IonQ Completes the Quantum-Safe Stack: Why the Elisity Deal Makes IonQ the Security and Networking Leader Governments and Commerce Worldwide Need

 IonQ's agreement to acquire Elisity is one of the most consequential moves in the company's history, and it is the move we had been hoping to see. With it, IonQ takes an unequivocal position of strength in a security market that is growing fast and becoming more alarming by the month, and no other quantum computing company can match it. For months our research on China, Russia and the countries now racing to protect themselves kept reaching the same conclusion. IonQ had assembled the strongest quantum-safe portfolio in the industry: quantum computing, quantum networking, quantum key distribution through ID Quantique, quantum random number generation and post-quantum cryptography. One layer was still missing, and it was the layer adversaries exploit first: control over who and what is allowed to reach what inside a network. We wanted IonQ to own that layer, and now it will. Elisity brings identity-based Zero Trust to every user, device, workload, AI agent and non-human identity. Its IdentityGraph enforces least-privilege policy through a software layer that does not depend on the network underneath. The deal is all-stock and worth up to $1.3 billion, including an earnout of up to $150 million, with closing expected in the fourth quarter. It gives IonQ the whole path: the key that encrypts the data, the link that carries it, and the identity that is allowed to use it. This is not a cybersecurity tuck-in. It is the step that completes IonQ's full stack, and it arrives exactly when governments and banks are being told to act.

The timing matters because of the threat. Over several months, our Moscow–Beijing report has documented a quantum partnership between Russia and China that is deeper, better funded and more deliberate than most Western observers assume. Both states are pursuing quantum computing, quantum communication and the human networks that move expertise between them. Meanwhile their cyber services are already inside critical networks today. Salt Typhoon reached deep into American telecommunications carriers. UNC3886 attacked Singapore's critical infrastructure and then all four of its major telcos, which Singapore's Cyber Security Agency called "a deliberate, targeted, and well-planned campaign." Russian services have spent years probing European energy, government and diplomatic systems. Behind them come other dubious players: North Korea's industrial-scale theft and its fake IT workers, and the commercial brokers who sell access to whoever pays. Artificial intelligence is now accelerating all of it. IonQ frames the challenge as two overlapping priorities: containing attacks that move at machine speed today, and protecting sensitive information against the quantum threat tomorrow. Elisity answers the first, and IonQ's quantum-safe portfolio answers the second. All of this feeds harvest-now-decrypt-later, where adversaries copy encrypted traffic today and wait for a quantum computer to open it. As the U.S.-China Economic and Security Review Commission has reported, China is among the adversaries already doing exactly that. Our own conclusion is blunt: encrypted data stolen today is a quantum loss already in progress. IonQ's announcement quotes Niccolo de Masi: "Q-Day is coming much faster than predicted." The adversaries do not need to break today's encryption today. They only need to be inside the network and patient. Elisity is built to stop the first step, and IonQ's quantum-safe products are built to make the patience worthless.

Our China research shows how far ahead of the official picture Beijing already is. In "China's Quantum Push: What Beijing Is Assembling in Plain Sight," we documented from China's own procurement, standards and government records a state program that is further along than the assessments most U.S. and allied officials still cite. A China Telecom-controlled center in Beijing's E-Town district is building a full-stack quantum ecosystem that, in Beijing's own words, is benchmarked against IBM Qiskit and NVIDIA NVQLink. The research institute that leads Beijing's quantum-AI consortium belongs to CETC, the state defense-electronics group, and is on the U.S. Entity List alongside three other consortium members. China's state carriers run quantum-secured networks across some 40 cities and report 7.2 million quantum-communication users. Those carriers sit on the Pentagon's list of Chinese military companies, and China's mobilization law lets the state requisition their facilities. PLA universities co-draft China's national standards for quantum computing and quantum key distribution, and hardware for the next generation of quantum satellites is already in procurement. When the Chinese Academy of Sciences released its 15th Five-Year Plan on September 28, we tested our findings against it. Of 49 findings, 39 were confirmed or partly confirmed and none was contradicted. China is not racing toward a single device. It is racing to own the whole stack, and Beijing has said so in writing.

The danger reaches beyond China's borders. Origin Quantum's Wukong cloud, run by a company on the U.S. Entity List, had logged more than 49 million remote visits from 192 countries and regions by June 2026. The United States, Russia and Japan were its top foreign users, and its operating system is now free to download. A state ordnance conglomerate led its latest funding round. China is writing its own standards for post-quantum encryption and quantum networks, and it aims to offer a global quantum communication service by 2027. Russia is a willing partner in that push. The Chinese Academy of Sciences and Rosatom signed a quantum and photonics memorandum during President Putin's state visit in May, and our Hub and Spokes update traces sustained access by a Chinese state-funded trapped-ion program to members of a Russian national-program team. The strategic question for every allied government is now concrete: whose operators sit inside its keys, whose clouds hold its research, and whose code runs on its networks. Our answer is an in-alliance quantum-safe stack that allies operate themselves, and this acquisition takes IonQ a long step toward being the company that supplies it.

That is why we see this as a full-stack deal rather than a bolt-on. Our China validation report makes a point that the quantum industry rarely says aloud: key distribution does not protect compromised endpoints or insiders. Post-quantum cryptography and QKD protect data in transit, but they cannot stop a compromised device or a stolen identity from moving sideways once it is inside. Microsegmentation stops that lateral movement. Elisity's roadmap goes further and adds cryptographic inventory and quantum-risk data to IdentityGraph. A bank or ministry could then see which assets still run vulnerable cryptography, who can reach them, and how to fence them off while migration proceeds. Every regulator we have studied asks institutions to do exactly this, in roughly this order: inventory the cryptography, contain the risk, then migrate.

The U.S. government shows how wide the gap is. A Government Accountability Office audit, released publicly this month, found that none of the 24 major federal agencies it reviewed had fully put in place the post-quantum preparation practices the White House requires. Twenty-three lacked documented processes to keep a cryptographic inventory, and 19 were not using automated tools to discover the cryptography running on their networks. The Office of Management and Budget estimates the migration of priority federal systems at roughly $7.1 billion. That missing inventory, with an automated map of what is running and who can reach it, is exactly what Elisity's IdentityGraph roadmap is designed to supply. The deadlines are fixed:

• January 2027: the NSA's CNSA 2.0 requires new national security system purchases to support quantum-resistant algorithms.
• End of 2030: Executive Order 14412 requires high-value federal systems to move key exchange to post-quantum algorithms.
• 2030 and 2035: NIST's draft plan retires RSA and elliptic-curve encryption after 2030 and bans them after 2035.

With Elisity, IonQ can sell the whole sequence instead of only the last step.

Artificial intelligence makes this layer more valuable every month. Elisity was built to govern not only people and devices but workloads, AI agents and other non-human identities, and that is where the next wave of risk is gathering. Enterprises are deploying autonomous agents that log in, call applications and move data on their own. Each one is a new identity inside the network, and each one is a foothold an adversary can hijack or impersonate. Security teams cannot protect what they cannot see, and most have no reliable map of which agents exist or what those agents can reach. Our AI infrastructure report argued that IonQ belongs beneath the AI transition as part of the infrastructure it runs on. With Elisity, IonQ can also secure the AI estate itself. It can see every agent, limit what each one may touch, and protect its traffic with quantum-safe keys. As the AI and quantum eras arrive together, that combination is exactly what chief information security officers will be asked to deliver, and IonQ will be one of the few companies able to provide all of it.

The commercial case is just as strong. Elisity has more than 100 deployments worldwide and a growing roster of Fortune 500 customers. Its revenue and customer count are doubling year over year, and it reports zero churn. It works in a microsegmentation market IonQ sizes at more than $10 billion. The opportunity is enormous precisely because the world is so far behind: Juniper Research projects that only 27 percent of businesses worldwide will have deployed post-quantum cryptography by 2035. Elisity brings what quantum vendors have always struggled to build: a trusted seat with the chief information security officer, and enterprise and government sales channels that reach buyers long before they have a quantum budget. IonQ reported 40 percent year-over-year multiproduct revenue growth in the second quarter of 2026. Elisity gives that growth a far wider funnel. A customer who starts with Zero Trust today becomes the natural buyer of PQC, QRNG, QKD and eventually quantum computing tomorrow, all from a vendor already inside the security perimeter. Keeping James Winebrenner as CEO of the business protects the team and the customer relationships that make it valuable.

The deal also cements IonQ's leadership in networking. IonQ already points to national quantum networks in Switzerland, Poland, Romania and Slovakia. ID Quantique supplies the quantum key distribution behind Singtel's national quantum-safe network and a Korean government network linking dozens of departments. What those networks have lacked is a way to govern who uses them. Because Elisity's policy layer runs independently of the network underneath, a customer can deploy it across the switches, clouds and sites it already owns without tearing anything out. That means IonQ can secure the network a customer has today while building the quantum network it will need tomorrow, and manage identity policy and quantum keys as one system. When governments speak of digital sovereignty, this is what they mean: a network they can see, control and protect end to end, supplied by a trusted partner rather than an adversary's carrier. Few companies in the world can offer that, and IonQ is now one of them.

Our Switzerland report shows why this matters to sovereign buyers. Switzerland is home to ID Quantique, the Swiss secure-network infrastructure and the Geneva Quantum Network. It also faces documented Russian and Chinese intelligence activity on its soil, from Geneva's international organizations to its research and banking sectors. Switzerland's National Cyber Security Centre has taken a deliberately post-quantum-first position: in its December 2025 brief, QKD is "explicitly not considered" a stand-alone solution. Elisity speaks directly to that view. IonQ can now offer Swiss authorities and banks a layered answer: PQC everywhere, QKD where fixed high-value links justify it, and identity-based segmentation across the entire estate. That is a better fit for the Swiss doctrine of sovereignty by design than any single technology, and it lets IonQ meet the regulator where it already stands rather than argue with it.

Italy shows the same pattern in a European Union and NATO setting. Our Italy report documents sustained Russian and Chinese pressure on Italian defense, space, ports, telecommunications and the networks that carry Mediterranean traffic. Italy's response is gathering pace through its national post-quantum roadmap, its quantum strategy and the financial sector's own preparation. The Bank of Italy's Milano Hub is an immediate door, with a key date on November 5. Italian banks, energy operators and public administrations need cryptographic inventory, containment and migration all at once, delivered by a vendor that can respect Italian and European sovereignty requirements. Elisity turns IonQ's Italian proposition from "quantum technology for the future" into "security your teams can deploy this quarter, on a path to quantum safety."

In Asia the fit is just as direct. In Singapore, the Monetary Authority of Singapore has asked financial institutions since 2024 to build cryptographic inventories and crypto-agility, and in July 2026 it set formal supervisory expectations for quantum resilience by the end of the decade. IonQ, through ID Quantique, already supplies the quantum key distribution behind Singtel's national quantum-safe network. MAS has tested both PQC and QKD with its leading banks, and the S$220 million FSTI 4.0 grant scheme gives those banks money to act. With Elisity, IonQ can walk into DBS, OCBC, UOB, HSBC and the payment operators with a supervisory-ready answer covering inventory, segmentation and quantum-safe transport. In South Korea the opportunity is written into law. The amended Quantum Technology Industry Act, passed by the Cabinet in May, makes quantum security compulsory across more than 600 public bodies from November 20, 2026. That covers ministries, local governments and public institutions such as KEPCO. The National Intelligence Service has set PQC milestones running from 2027 to 2029. ID Quantique's QKD was the first to pass NIS verification and already protects a government network linking dozens of departments. IonQ also holds a Ministry of Science and ICT agreement and a growing KISTI partnership. Recent authentication failures at several major Korean banks are a reminder that identity, not only encryption, is where attackers walk in. Elisity closes that gap for a market that is now legally required to buy.

Critical infrastructure is where the stakes are highest and the fit is clearest. Power grids, water systems, hospitals, ports and telecommunications networks are full of connected devices that were never designed to defend themselves, and they are exactly where state actors have chosen to position. U.S. authorities have warned that Chinese state hackers have pre-positioned inside American critical infrastructure. Our Italy and Switzerland reports document Russian and Chinese attention to energy, ports and undersea links, and Korea's new law reaches public utilities such as KEPCO. Our own work on the energy sector, from Chattanooga's EPB to Alliander in the Netherlands, shows utilities are already preparing for the quantum era. They need a way to contain an intruder before it reaches the control systems that keep the lights on. Identity-based segmentation does that. Paired with quantum-safe keys on the links between substations, control centers and data centers, it gives grid and infrastructure operators protection that neither technology could give alone. For governments, this is not an IT upgrade. It is national resilience, and IonQ can now offer it as a single, trusted package.

The four countries tell one story. Each faces the same Russian, Chinese and North Korean pressure. Each regulator is converging on the same playbook: inventory, contain, migrate and verify. And each wants a trusted vendor that can deliver the whole playbook without handing control of its networks to anyone else. China, meanwhile, is offering the world its own stack: its clouds, its standards, its quantum-secured links. Before this deal, IonQ could answer the migrate and verify parts better than almost anyone. After it, IonQ can answer all four, through a single relationship that begins with a product the customer needs today. As Niccolo de Masi put it, Elisity "will bring proven enterprise policy enforcement scale and deployment experience to our quantum security strategy and will give IonQ a strong growth platform to serve customers." That is how a quantum company becomes a security platform with worldwide reach, and how quantum revenue stops depending on when a customer is ready to buy a quantum computer.

The structure of the deal reflects the same discipline. It is paid entirely in stock, with a price collar between $33.07 and $49.61 per IonQ share. Up to $150 million of the value comes as a contingent earnout, which ties part of the price to Elisity's future performance. Elisity's leadership stays in place, and its owners become IonQ shareholders with a direct stake in the combined company's success. The next steps are concrete:

• October 21: XLoD in Singapore.
• November 5: the Milano Hub.
• November 18–20: the Singapore FinTech Festival.
• November 20: Korea's mandate takes effect.
• Fourth quarter: the deal is expected to close.
• January 2027: the NSA's CNSA 2.0 requirement.

The signals that will show the deal working are joint IonQ–Elisity offers to banks and ministries, cryptographic inventory appearing inside IdentityGraph, and early wins in Korea's mandated public sector. Each of these is within reach in the months ahead.

We believe the market has not yet priced this in. It is the same blind spot our China research exposed: the assessments most officials still rely on describe a Chinese quantum program that Beijing has already moved past. Markets tend to value what they can measure this quarter, and the security consequences of quantum computing build quietly until a mandate, a breach or a deadline makes them impossible to ignore. Those deadlines are now on the calendar:

• Korea's mandate in November;
• Italy's financial hub this fall;
• Singapore's supervisory expectations;
• the NSA's January 2027 requirement;
• China's own 2027 target for a global quantum communication service.

Why owning Elisity, on these terms, is a great deal for IonQ. A partnership would have let IonQ resell Elisity; ownership lets IonQ build it into its own platform. That means wiring cryptographic inventory, quantum-risk data and IonQ's quantum-safe keys directly into IdentityGraph, so a customer manages identity, segmentation and post-quantum migration as one system. Governments and banks want one accountable, trusted vendor for that, and a partner could just as easily be signed by a rival or drift in another direction. IonQ also chose a company whose business is already working: revenue and customers doubling year over year, zero churn and more than 100 deployments. The terms protect IonQ's shareholders. The deal is paid entirely in stock, so IonQ keeps its cash for research and growth. A price collar limits how far share-price swings can move the cost, and up to $150 million of the value depends on Elisity's future performance. Elisity's leadership stays in place, and its owners become IonQ shareholders whose rewards rise only if the combined company succeeds. In short, IonQ secures the missing layer exclusively, on its own roadmap, from a proven business, without spending its cash.

In our view, Elisity is the piece that lets IonQ turn its quantum leadership into sales across every one of those markets. It is a strategic deal of real importance for IonQ, and we expect its significance to become clearer as each of those dates arrives.

Friends of IonQ owns equity positions in several quantum technology companies.

The Chinese Academy of Sciences’ Five-Year Plan Tells a Powerful Story of Quantum Advancement Ahead of Market Predictions

 A Quantum Tech Integration Report Prepared by Friends of IonQ

Our three-part, 200+ page series on China’s quantum and AI initiatives accurately mapped out, in published reports, China’s activities and roadmap before the Chinese Academy of Sciences published its Five-Year Plan. Of 49 findings we presented, 39 are now confirmed or partly confirmed, and none is contradicted by the plan.

49 findings tested

39 confirmed or partly confirmed

0 contradicted by the plan

Checked against the China Science Daily account and other reliable sources, September 29, 2026 · October 6, 2026

Table of Contents

The Report in Brief

Executive overview

What the Rankings Show, and What They Miss

What Losing to China Would Cost

Accuracy scorecard

What the clock shows

Part I — The operational stack

Part II — Space, networks, and the grid

Part III — Defense integration and how the academy is run

Part IV — Who buys, and on what terms

Part V — Further receipts

Part VI — The AI Force report and the quantum-AI lane

China’s external reach

NATO’s Quantum Technology Roadmap

Part VII — The receipt drawer

How to read the rows

The Report in Brief

Our research reached readers before the Chinese Academy of Sciences released its plan, and the plan proves it right. Our three-part series on China’s quantum program, built from hundreds of Chinese procurement, standards, and government records, was published on September 21 and 22, 2026, and the third report was released on September 27. On September 28, the Chinese Academy of Sciences released its 15th Five-Year Plan. The plan now confirms what those reports found: a state-run quantum program further along technically, operationally, and geopolitically than the most-cited public assessments describe. This report tests every finding in the three reports against the academy’s own accounts of that plan.

The stakes are not one market. If China wins this race, the United States and its allies lose more than revenue. They lose the encryption, navigation, materials and medicines of the next economy, and the intelligence and targeting edge of the next war. In the words of the U.S.-China Commission, whoever gets there first “could lock in irreversible strategic superiority” (USCC, November 2025). China is not racing to a device. It is racing to own the whole stack.

THE COST OF LOSING A quantum race lost to China is not market share lost. It is a standard, a supply chain and an archive lost, and none of them come back.

The three reports:

• “IonQ Full Platform Critical As President Trump Announces AI Force Ahead of China’s Xi’s Arrival in DC”, published September 21, 2026
• “Land, Sea, Air and Space: IonQ’s Full-Stack Bid to Keep America’s Quantum Lead over China”, published September 22, 2026
• “China’s Quantum Push: What Beijing Is Assembling in Plain Sight”, distributed privately on September 26 and published September 27, 2026

The record bears the reports out. Of 49 distinct findings, 39 are confirmed or partly confirmed in the academy’s accounts, 3 match functions the plan describes, and 7 sit within fields the plan names. None is contradicted by the plan. One is confirmed with its timing adjusted. Two further records point the same way. The Ministry of Science and Technology’s project system names Hefei National Laboratory as the body running China’s national quantum materials, devices, and equipment program, exactly the role the September 22 paper described. NATO’s first Quantum Technology Roadmap, drafted apart from the reports, sets the same priorities they drew from China’s record. The citable affirmations in Part I, The Operational Stack, are written for direct use in policy, budget, and alliance discussions.

49 distinct findings tested

39 confirmed or partly confirmed

3 architectural matches

7 housed under a named field

0 contradicted by the plan

 

THE CENTRAL RECOMMENDATION Fund the American and allied full stack. China is not racing to build one better device. It is racing to own the whole quantum stack — computing, networking, sensing and timing, space links, fabrication, and the software that joins them — under one state plan with a 2030 deadline. The United States and its allies hold every one of those pieces, but spread across firms, laboratories, and agencies that are funded separately and in smaller amounts. The answer is substantially more funding and sustained government attention for American and allied quantum companies, with priority for those building integrated, full-stack platforms, because the full stack is where China is racing. In trapped ions specifically, national policy should treat processor development and quantum networking as one platform problem, because China is standardizing both together. Every Strategic Assessment and Reaction in this report returns to that point.

What the findings mean China’s quantum program is substantially further along than the major published assessments that U.S. and allied officials rely on describe, as “China’s Quantum Push: What Beijing Is Assembling in Plain Sight” documented from China’s own records, and the academy’s plan now confirms the direction the three papers set out. Statements in the most-cited assessments — that Jinan-1 is in service, that China’s quantum-supercomputing integration is limited, that its quantum sensing remains in the laboratory — have been overtaken by the record. In the Series’ image, what China shows is one cup of a twelve-cup pot; the image illustrates partial disclosure, not a measured ratio, and this release is one more cup poured. The United States and its allies should treat it as a call to action.

China and Russia China is closely connected to Russia’s quantum effort: the CAS–Rosatom memorandum of May 2026 and the 2022 Moscow–Urumqi key test over Micius, a satellite that has since re-entered, are on the public record. The companion report, “The Moscow-Beijing Quantum Axis,” sets out the depth of the Russia–China quantum relationship, including three China-funded papers pairing Russian and Renmin physicists.

NATO On September 29, the day after the academy’s plan, NATO published the summary of its first Quantum Technology Roadmap. Approved by Allies in July and drafted apart from the papers, it sets the same priorities the papers drew from China’s record: quantum sensing for navigation without GPS, AI–quantum convergence, common standards, and post-quantum migration. It also confirms the papers’ warning on allied misalignment, with no public budget, no Alliance-wide post-quantum date, and a standards roadmap not due until 2029. A new section, NATO’s Quantum Technology Roadmap, maps it row by row.

Combined crosswalk of the September 21 AI Force report, the September 22 stack paper and the September 27 quantum-AI paper against the CAS promulgation. Author: Friends of IonQ.

How to use this report. It is a consolidated hit-and-miss so readers know the issues before a policy briefing, a budget decision, or an allied consultation. Each row closes with a Strategic Assessment and Reaction, after What this means for the United States, our Allies, and NATO. Three uses:

Who is building the stack the state, not a champion, on a 3+4+X grid with Hefei as a fulcrum.

Who is buying it chain-leader enterprises, a white list of technology results, and industrial-demand pull.

Which clocks, keys, and links are already in the field space and information as strategic high technologies, facilities ordered digital, networked, and intelligent.

Grade key

GRADE PLAN LANGUAGE

Confirmed: plan language A Chinese outlet printed the finding as a sentence or phrase from the plan or the academy’s account. This is the strongest receipt.

GRADE IN PRACTICE

Confirmed: already in practice China Science Daily’s look back at the 14th Five-Year period says the academy was already doing what the papers described, before CAS said so in this release.

GRADE TIMING FIXED

Confirmed, timing corrected The substance was right. The timing was not. The finding was already academy practice, not new in the 15th plan.

GRADE PARTLY

Partly confirmed The core of the finding is printed. One specific part, usually a name or a number, is not.

GRADE MATCH

Architectural match The plan describes the same function. No sentence states the specific claim.

GRADE HOUSED

Housed, not confirmed The plan names the broad field, such as space, materials, or information. The specific entity cited does not appear. It rests on the papers’ own sourcing.

Report details

Item	Detail
AI Force report	“IonQ Full Platform Critical As President Trump Announces AI Force Ahead of China’s Xi’s Arrival in DC,” with The Conversion Machine as its China half. Monday, September 21, 2026 (blog stamp Tuesday, September 22, Rome time). Figures current to September 20.
Stack paper	“Land, Sea, Air and Space: IonQ’s Full-Stack Bid to Keep America’s Quantum Lead over China.” Tuesday, September 22, 2026 (blog stamp Wednesday, September 23, Rome time). Figures current to September 22.
Quantum-AI paper	“China’s Quantum Push: What Beijing Is Assembling in Plain Sight.” Distributed privately to about 600 recipients on Saturday, September 26, 2026; published Sunday, September 27, 2026 (blog stamp Monday, September 28, Rome time).
CAS promulgation	Monday, September 28, 2026 (Beijing / CST). 《中国科学院“十五五”发展规划》, 2026–2030.
Outlets	中国科学报, first on its WeChat channel September 28 at 8:37, carried by CAS September 29 · 科技日报, Lu Chengkuan, September 28 · CCTV account carried by CAS, September 28 · Xinhua, September 28 · 中国青年报, Zhang Miao, September 28
Author	Friends of IonQ

Executive overview

Three papers, six days apart, mapped the same operating doctrine before the Chinese Academy of Sciences published it. On September 21 the AI Force report said China runs a conversion system, one pipeline from bench to defense-relevant use, and plans AI, quantum and space together. On September 22 the stack paper said Beijing was building a full quantum stack by decree. On September 27 the quantum-AI paper said Beijing was building the integration layer: a center benchmarked against IBM Qiskit and NVIDIA NVQLink, PLA universities among the drafters of national quantum standards, real-time error correction as a national task, and the next quantum satellites in procurement.

On September 28 CAS promulgated the plan. On September 29 China Science Daily published the academy’s own long account. The public text did not announce a logical qubit. It named quantum technology an important priority field beside integrated circuits and artificial intelligence. It named space, information, optoelectronics, energy and materials as strategic high technologies. It locked a “3+4+X” grid, with Hefei as a strategic fulcrum. It called the period the decisive sprint. Science and Technology Daily printed Assault Armies, Innovation Facility Groups, Pan-Shi, the capability map, the white list, chain-leader enterprises, and the chief-commander assistants.

THE RACE IS FOR THE FULL STACK Read together, the academy’s accounts describe a target that is the integrated system, not a qubit record: computing beside supercomputers, quantum-secured networks city by city, timing and sensing in the field, satellites in procurement, and domestic fabrication, all planned as one program. A device lead will not offset that. The allied response has to fund and buy integrated capability at the same scale, through American and allied companies that can deliver the whole stack.

Two limits The full plan text has not been published line by line; as of October 6, 2026, the academy has released only its own accounts, and for the 13th Five-Year Plan it posted the full outline months after release, so a full text may follow. The plan accounts were searched for a logical-qubit or fault-tolerance announcement and none was found. That is a statement about the plan, not about China’s published research, which does include logical-qubit demonstrations.

Source check The plan language in this report was checked on October 4, 2026, against the CAS account, Science and Technology Daily, Xinhua, the CCTV account as syndicated by China News Service, and the academy’s syndicated release text. The phrases checked were located, including the standing liaison mechanism (常态化对接机制) in the CAS account and data aggregation with security-protection capacity (数据汇集整合…安全防护能力建设) on the facilities upgrade. On October 6, 2026, the CCTV, China News Service, Science and Technology Daily, and Xinhua texts were reopened and their phrases located again, including the 3+4+X layout, the white list, the transfer patent library, the chain-leader action, the chief-commander assistant posts, the capability map, and the data-aggregation and security-protection language; the standing-liaison phrase rests on the October 4 check of the CAS account. The earliest public report of the plan found was Xinhua’s, at 8:13 a.m. Beijing time on September 28. The academy’s plan is separate from the national 15th Five-Year Plan Outline, approved by the National People’s Congress on March 12 and released in full on March 13, 2026. The two longest accounts were rechecked on October 6, 2026: China Science Daily’s September 29 account as posted by the academy (CAS, September 29, 2026), and China Youth Daily’s September 28 report (China Youth Daily, September 28, 2026). The phrases this report grades on, including 决胜冲刺期, the 13 infrastructures started and six accepted, the 39 talent measures, the Basic Research Ten Measures, 定事, 两张皮 and the 32-character guideline ending 开放协同, appear in those texts.

What the Rankings Show, and What They Miss

CRITICAL STATEMENT The rankings that officials and analysts quote most often already put China ahead in most of quantum. They still understate it, because they measure papers, not the state system this report documents.

Two public trackers shape much of what governments, investors and the press believe about national quantum standing: the Australian Strategic Policy Institute’s Critical Technology Tracker, which ranks countries by their share of the most-cited 10 percent of research papers, and MIT’s Quantum Index Report, which builds its publication figures on the same data and adds patents, investment, policy and hardware. Both are careful and widely used. ASPI’s tracker is distributed through the Pentagon’s Defense Technical Information Center (DTIC, AD1195270), and MIT says its index exists to help policymakers make decisions on “investment, adoption, impact and priority setting” (MIT QIR, About). What they show about China is serious on its own terms. What they cannot show is more serious still.

69 of 74 technologies China leads in ASPI’s 2021-2025 data

33.6% China’s share of top-cited quantum communication papers

33.9% China’s share in post-quantum cryptography

~60% China’s share of quantum patent filings, 2024 (MIT)

2023 last year in the newest fully published quantum country shares

 

In ASPI’s 2019-2023 data China leads quantum communication (33.6 percent of the most-cited papers against 16.8 for the United States), post-quantum cryptography (33.9 against 12.1), quantum sensors (24.1 against 23.8), gravitational sensors and magnetic field sensors; the United States leads quantum computing (33.6 against 15.9) and atomic clocks (ASPI, August 2024). By ASPI’s March 2026 update China leads 69 of 74 critical technologies (ASPI, March 25, 2026), and ASPI’s September 2026 quantum analysis warns that China is “catching up” in quantum computing as well (ASPI, September 11, 2026). MIT’s index, which counts all publications rather than only the most-cited, credits China with 23 percent of quantum computing papers, 39 percent of quantum communication papers and 7,308 quantum patent filings in 2024 against 2,301 for the United States (MIT Quantum Index Report, June 2025).

PAPERS ARE NOT SYSTEMS A citation count cannot see a quantum network running in some 40 cities, carriers buying at national scale, standards projects written by PLA universities, or a satellite in procurement. The academy’s plan is about deployment. The rankings measure publication.

ONE FIELD AT A TIME The trackers score quantum computing, quantum communication, sensors, clocks, AI and space as separate rows. China’s plan joins them: quantum beside supercomputers and AI, timing and sensing in the field, space and information as one strategic layer. The advantage is being built between the rows, where no tracker looks.

OUTDATED BY DESIGN The newest quantum percentages published in full stop at 2023. ASPI’s 2021-2025 rankings sit behind an account login, and its public 2026 releases give no quantum country shares; MIT’s newest index was published in June 2025. China’s 2026-2030 plan, its new standards committee and its 2026 programs are invisible to the published figures.

BEHIND THE CURTAIN ASPI states that it cannot estimate classified research, and that defense work is the most likely to move into closed laboratories. China’s next quantum satellite, its military integration and its unpublished budgets sit exactly there.

FALSE COMFORT In ASPI’s count of the most-cited papers, the United States leads only quantum computing and atomic clocks, and by MIT’s raw count China already publishes slightly more quantum computing papers (23 percent to 22). It is easy to read the American citation lead as reassurance. China leads the fields that deploy first: secure communication, post-quantum cryptography and sensing. Leading in citations is not leading in fielded capability.

What a full picture must track	What the rankings capture	What this report finds in China’s own record
Deployment	Not measured	Quantum-secured networks across some 40 cities and 7.2 million quantum-communication users by mid-2026 (rows 12 and 55)
Buyers	Not measured	Carriers and the grid as guaranteed buyers; chain-leader enterprises (rows 19, 20 and 68)
Standards	Not measured	TC578 trapped-ion projects and GB/T 47468-2026, with PLA universities among drafters (row 16)
Integration across fields	Each technology a separate row	Quantum with supercomputing and AI; space and information as one layer (rows 3, 31 and 32)
Space	Separate from quantum	A medium-high-orbit quantum satellite in preparation (rows 10 and 60)
Money	MIT: about $15 billion, “frequently disputed”	No public quantum budget line (row 21)
Timing	Five-year windows, published years later	2026-2030 named the decisive period (row 28)

Why this matters more for China than the numbers suggest The rankings are right that China is a research leader in most of quantum. Read as a scoreboard, they suggest a contest of laboratories in which the United States still holds computing. The record in this report describes something else: a state program that converts research into networks, standards, procurement and satellites on a schedule, and that publishes less about its military and space work than it builds. MIT’s publication figures come from ASPI’s data, so two trackers agreeing on China is one dataset agreeing with itself (MIT Quantum Index Report, June 2025). For Russia the same instruments are worse than incomplete: they barely register a program running three systems of 70 qubits or more (“The Moscow-Beijing Quantum Axis,” Section 2.5). For China they register the research and miss the system. In both cases policy built on the rankings alone will be set for a smaller, slower competitor than the record shows.

CRITICAL STATEMENT Incomplete and outdated rankings, cited by officials and analysts as the full picture, are themselves a national security risk. They tell free nations the race is about papers and that the United States still leads where it counts, at the moment China is fusing quantum, AI and space into one fielded system.

What Losing to China Would Cost

CRITICAL STATEMENT Encrypted data stolen today is a quantum loss already in progress. The U.S.-China Commission reports that adversaries, China among them, are already harvesting data to decrypt later.

The U.S.-China Commission puts the stakes plainly: the country that leads in quantum and AI “will control the encryption of the digital economy; enable breakthroughs in materials, energy, and medicine; and gain asymmetric and likely persistent advantage in intelligence and targeting.” It also “assumes China is aggressively pursuing cryptographically relevant quantum computing and deliberately obscuring where its most sophisticated programs are located and how far they have progressed” (USCC, November 2025). The U.S. intelligence community warns that early developers will gain “an extraordinary technological advantage” (ODNI, March 2026).

60% China’s share of quantum patent filings in 2024

~12,000 km China’s quantum communication backbone

7.2 million quantum-communication users in China, mid-2026

28-49% expert odds of a code-breaking quantum computer within ten years

2027 China’s target for a global quantum communication service

Sources for the figures: MIT Quantum Index, patents; Global Risk Institute, March 2026; South China Morning Post, October 2024; rows 12 and 55 for the network and users.

 

Priced is not valued

The figures most often quoted to size the prize are market forecasts: $1.3 to 2.7 trillion of value to companies by 2035 (McKinsey, April 2026) and $450 to 850 billion by 2040 (BCG, July 2024). This report treats them as a floor, not a ceiling. They price markets, not power; they add industries one by one and cannot see the value of owning the full stack; and they lag the field. McKinsey’s own estimate moved from “up to $2 trillion” in 2024 to $0.9-2.0 trillion in 2025 and $1.3-2.7 trillion in 2026 (McKinsey, April 2024; McKinsey, June 2025; McKinsey, April 2026), while the estimated size of a code-breaking machine fell from 20 million qubits to under one million (Gidney, May 2025). McKinsey calls its figures approximate and notes that Chinese activity lacks transparency; BCG says concrete applications “remain scarce” (BCG, June 2026).

Tier	What it covers	Examples	In the market forecasts?
Market value	Revenue from quantum in pharmaceuticals, chemicals, finance and logistics	The McKinsey and BCG ranges	Yes, partly
Security losses	What falling behind costs	About $1 billion a day without GPS (NIST and RTI, 2019); $2.0-3.3 trillion in one modeled quantum attack on U.S. payments (Hudson Institute, 2023); $7.1 billion to migrate federal civilian systems (White House, July 2024)	No
Strategic advantage	What the leader keeps	Standards, supply chains, partner blocs, intelligence and targeting edge	No, and it cannot be priced

PRICED IS NOT VALUED The most-quoted market forecasts price quantum as an industry. Against China it is a contest for encryption, navigation, standards and supply chains, and none of those appear on a revenue forecast. Every year the forecasts rise to meet a field that has already moved.

The commercial cost

Chemistry and materials are the most credible near-term targets; claims for broad optimization and machine learning are weaker (Hoefler, Häner and Troyer, 2023). China’s advantage in each field below comes less from any single device than from its state system for turning research into deployment, which this report documents row by row.

If the allies lead, and if China leads

	If the U.S. and allies lead	If China leads
Pharmaceuticals and life sciences	Allied firms own the molecular-simulation platforms, the patents and the drug candidates.	Allied drugmakers license discovery platforms and run proprietary chemistry on Chinese machines and clouds; candidates and IP move with them.
Chemicals, materials and batteries	Allied industry designs the next catalysts and battery chemistries.	China designs them first and owns the supply chains built around them.
Finance	Allied banks price risk and settle payments on systems they control.	Critical calculations run on a rival’s hardware or cloud, and payment systems face the exposure one model puts at $2.0-3.3 trillion (Hudson Institute, 2023).
Logistics and manufacturing	Efficiency gains compound across allied supply chains.	A centrally directed state applies them at national scale; evidence here is the weakest of the seven.
Energy and the grid	Allied utilities set the reference designs.	China pairs quantum with its state grid, which already buys quantum-secured links (row 57), and exports the designs.
Cybersecurity and communications	The world adopts post-quantum standards set through NIST and allied bodies.	China fields its own post-quantum standards within three years and pushes its positions through ITU and ISO/IEC; incompatible “quantum-secure” blocs follow (The Quantum Insider, March 2026).
Sensing, timing and navigation	Allied industry sells resilient timing to telecom, finance and transport.	China sells the clocks, sensors and networks that keep economies running when GPS fails; a GPS outage costs the U.S. about $1 billion a day (NIST and RTI, 2019).

How China turns a lead into lock-in

Research Most quantum papers since 2022

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Patents 60% of 2024 filings

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Standards TC578 and a new ITU/ISO-facing committee

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Supply chain Localized under export controls, then exported

▶

Partner bloc Global quantum service targeted for 2027

CRITICAL STATEMENT The first nation to field the full stack sets the standards everyone else must buy. China is building every layer to be that nation.

The military cost

The 2024 China Military Power Report states that “PLA leaders view quantum sensing capabilities as tools to improve submarine detection,” and that the PLA may use quantum networks and key distribution to reinforce command and control (2024 China Military Power Report, via HPCwire). RAND judges China the world leader in quantum communications, by both research and deployed systems (RAND testimony, February 2024). The risk map separates what is under way from what is contested.

Military consequences of a Chinese quantum lead

Where the risk sits	Level	Why
Data stolen now, decrypted later	UNDER WAY	Harvesting is already happening; NSA warns of potentially devastating impact (USCC, November 2025; NSA, CNSA 2.0)
Navigation without GPS while GPS is denied	FEW YEARS	Quantum PNT could be fielded within a few years (CNAS, May 2025); BeiDou and GLONASS coordinate timing to 2030
Networks that close off U.S. signals intelligence	DEPLOYED	A national backbone and satellite links already run; NSA doubts QKD’s security, but lost access is the risk (2024 China Military Power Report, via HPCwire; NSA on QKD)
Decryption of archives and forged signatures	2030s	Machine-size estimates keep falling (Gidney, May 2025); 28-49% odds within ten years (Global Risk Institute, March 2026)
Submarine detection	CONTESTED	PLA intent is stated; physics limits range, and skeptics see no near-term threat (International Security, 2026)
Quantum-accelerated AI for targeting and command	SPECULATIVE	USCC links quantum to targeting advantage; RAND sees no guaranteed near-term applications (RAND testimony, February 2024)
Quantum radar against stealth aircraft	LOW CREDIBILITY	Defense Science Board: no upgraded capability for DoD (CRS, May 2026)

CRITICAL STATEMENT A navigation system that keeps time while GPS is jammed is a battlefield advantage before any quantum computer exists. China already flies the clocks and runs the networks.

Where the skeptics are right, and where they are not Skeptics have the stronger case on submarine detection at strategic range and on quantum radar (International Security, 2026; CRS, May 2026). RAND’s Edward Parker argues a secret code-breaking machine is unlikely because its footprint would be visible (Lawfare, September 2023). The falling size of code-breaking machines weakens that argument (Gidney, May 2025), and the U.S.-China Commission assumes China is deliberately obscuring its most advanced programs (USCC, November 2025). The three most credible risks, harvested data, navigation without GPS and closed networks, depend on no contested breakthrough. This report claims those, not the speculative ones.

What owning the full stack gives China

 

U.S. export controls pushed China to build its own dilution refrigerators and microwave components, and Chinese laser makers now sell to U.S. laboratories (RUSI, June 2025). Chinese quantum computers are being exported, including a computing center in Spain, a neutral-atom machine on order for Pakistan, and cooling systems planned for Russia and Iran (MERICS, October 2025; USCC, November 2025). The Special Competitive Studies Project finds the U.S. lead “slight… but eroding” (SCSP, June 2026). China’s state funding is estimated at $4 billion to more than $15 billion; no independent body has verified any figure, which is itself part of the risk.

Archives ■  Once read, stolen data cannot be secured again ■  Diplomatic, military and commercial secrets with long lives	Standards ■  Once adopted, standards last decades ■  China is writing its own for post-quantum encryption and quantum networks
Supply chains ■  Once localized, they are beyond sanctions ■  Then they are exported	Partner blocs ■  Once wired to one network, partners stay ■  Russia, Pakistan, South Africa and BRICS are the first candidates

CRITICAL STATEMENT China does not need to win every layer. It needs to own enough of them that it cannot be sanctioned, and to sell the rest to its partners.

The migration clock

 

The NSA requires new national security system purchases to support quantum-resistant algorithms from January 2027 (NSA, CNSA 2.0). Executive Order 14412 requires high-value and high-impact federal systems to move key exchange to post-quantum algorithms by the end of 2030 and signatures by the end of 2031 (EO 14412, June 22, 2026). NIST’s draft plan retires RSA and elliptic-curve encryption after 2030 and bans them after 2035 (NIST IR 8547, draft). China targets a global quantum communication service by 2027 (South China Morning Post, October 2024).

CRITICAL STATEMENT Incomplete and outdated data, cited as the full picture, tells free nations they have time. China’s clock ends in 2030, and the margin is thin and shrinking.

Accuracy scorecard

Of 49 distinct findings, 39 are confirmed or partly confirmed in the academy accounts, 3 match by function, and 7 are housed under a named field. Component rows that only repeat a parent’s proper noun are printed in full below and are not counted again. Rows 25, 26 and 27 carry their own printed sentence and are counted.

Label	Rows	Count
Confirmed: plan language	1, 2, 8, 9, 14, 19, 20, 22, 23, 25, 27, 28, 29, 31, 32, 40, 41, 44	18
Confirmed: already in practice	24, 26	2
Confirmed, timing corrected	18	1
Partly confirmed	3, 6, 7, 10, 15, 16, 21, 30, 33, 37, 39, 42, 43, 45, 46, 47, 48, 49	18
Architectural match	11, 17, 38	3
Housed, not confirmed	4, 5, 12, 13, 34, 35, 36	7
Distinct findings		49
Components, printed in full	50–71	22

What the clock shows

CRITICAL STATEMENT The doctrine was already running before CAS published it.

China Science Daily’s September 29 account shows that much of what the plan names was already academy practice in the 14th Five-Year period. The buyer mechanism is one pipeline. Science and Technology Daily prints the white list, the transfer patent library, and the SASAC action to cultivate chain-leader enterprises. China Science Daily prints the two-way drive of technology supply and industrial-demand pull (突出科技创新供给和产业需求牵引双向发力), aimed at the two-skins problem that China Youth Daily also names. The carrier names are the papers’. The closed loop is the plan’s. Re-listing a 14th Five-Year practice in the 15th plan is continuity, not a new program.

Six days, three reports, one plan

Sept 21 AI Force report: a conversion system

▶

Sept 22 Stack paper: the state is the integrator

▶

Sept 27 Quantum-AI paper: the integration layer

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Sept 28 CAS publishes the 15th Five-Year Plan

▶

Sept 29 China Science Daily account; NATO roadmap

Date	Event	What it carried
Mon, September 21	“IonQ Full Platform Critical As President Trump Announces AI Force Ahead of China’s Xi’s Arrival in DC”	A conversion system. AI, quantum and space planned as one race. A Beijing center chartered to combine quantum computing with AI and high-performance computing.
Tue, September 22	“Land, Sea, Air and Space: IonQ’s Full-Stack Bid to Keep America’s Quantum Lead over China”	The integrator is the state. The lead is in communications and components. State Grid and China Telecom are the demand channel.
Sun, September 27	“China’s Quantum Push: What Beijing Is Assembling in Plain Sight”	The integration layer. PLA universities named drafters of national quantum standards. Real-time error correction as a national task. Next quantum satellites in procurement.
Mon, September 28	CAS publishes the plan	CCTV: the priority list, the grid, Pan-Shi, the facilities upgrade. Xinhua: the release and the core task. Science and Technology Daily: the matrix, the capability map, the white list, the chain-leader action, the chief-commander posts. China Youth Daily: the two-skins problem and the 32-character guideline.
Tue, September 29	China Science Daily	The decisive sprint, the Basic Research Ten Measures, mission-driven institutionalized basic research, split-to-fight, the 39 talent measures, the three reforms, and de-bloat. Several describe the 14th Five-Year period. The account first ran on the paper’s WeChat channel on September 28 at 8:37.
Tue, September 29	NATO roadmap summary; Ministry of Science and Technology press conference	NATO: quantum sensing for navigation without GPS, AI–quantum convergence, common standards, a post-quantum pilot, no public budget. Ministry: a set of national major science and technology tasks, with AI and quantum among the frontier fields.

Part I — The operational stack

HOW TO USE THIS PART The stack is a state system, not a device race. A government, an agency, or an allied planner asking who holds the Chinese program is asking about the house, not a qubit count.

Beijing’s program is four layers, not a device roadmap. Institutional demand sits on top. Cryptographic gateways sit under it. Software and control sit under that. Classical-quantum hardware is the base. The plan does not draw this diagram. It funds the field that sits across it.

1. State integration, not a champion

ACCURACY

Confirmed: plan language

What we said. The September 22 paper: Hefei National Laboratory administers the megaproject, MOST issues the guidelines, and carrier ownership plus statute do the joining. No single firm owns every layer. The September 21 report adds that China runs a conversion system, with a national laboratory that funds itself and defense-led firms in one pipeline from bench to defense-relevant use.

What the plan said. China Science Daily: the core task is to seize the commanding heights (抢占科技制高点), and the guideline’s second clause is systematic layout and assault leadership (体系布局、攻坚引领). The national-team line is printed in row 23. The plan does not name Hefei National Laboratory. The function is printed. The org chart is ours. China Youth Daily names systematic scientific-research combat as the plan’s first distinctive feature.

Further Chinese record. Outside the plan, a Chinese government record now prints the papers’ org chart. On September 17 the Ministry of Science and Technology’s national project system published the 2026 first-batch guidelines for the National Key R&D special project on key quantum materials, devices, and equipment (国家量子科技关键材料器件设备研发), naming Hefei National Laboratory as the responsible body (合肥国家实验室主责). Proposals are accepted from September 28 to November 5. The laboratory has been on the U.S. Entity List since May 2024. Hefei National Laboratory also runs the management office of the national major project on quantum communication and quantum computers. The grade is unchanged, because it measures the plan, but the administering role the September 22 paper described is now on the state’s own record. Sources: MOST national project system notice; Hunan provincial government reposting; ScienceNet, May 2026.

Further record. The national quantum program funds its layers together, not apart. Tsinghua University’s trapped-ion network-node work on multiplexed ion–ion entanglement acknowledges two awards from the Innovation Program for Quantum Science and Technology at once: 2021ZD0301604, from the program’s computing family, and 2021ZD0301102, from its communication and repeater family. A single experiment drawing on both shows computing and networking being built as one system. Source: arXiv preprint 2510.20392.

What this means for the United States, our Allies, and NATO. The United States and its allies are competing with a state system, not a single Chinese company. Beijing assembles computing, networking, sensing, space, and fabrication under one plan; the allied base holds the same pieces across many firms, laboratories, and agencies, with no one responsible for the whole. The gap is coordination, not invention. The clearest proof that the pieces can work together is where they already do, as in Chattanooga, where quantum computing runs beside a public utility’s quantum network on the utility’s own fiber.

STRATEGIC ASSESSMENT AND REACTION Assessment: China’s advantage is integration by decree, and fragmented Western programs will keep producing excellent parts without a fielded system. Reaction: fund an integrated national quantum program with multi-year appropriations substantially above current levels, give one lead office the authority to coordinate across agencies, and launch joint allied and NATO projects that test computing, networking, and sensing together rather than as separate grants, with priority for American and allied companies building integrated, full-stack platforms.

2. Quantum as a field, not a device

ACCURACY

Confirmed: plan language

What we said. The September 22 paper defined eight layers and said Beijing is strongest in communications and components and level on physical qubits. The September 27 paper said the competition is architecture versus architecture. It added that the integration layer is being chosen in 2026 and 2027, in machine rooms rather than at summits.

What the plan said. CCTV and Science and Technology Daily list quantum technology (量子科技) as an important priority field beside integrated circuits and artificial intelligence. No logical-qubit claim appears. The silence held. The same list also names life science and biotechnology, brain-computer interfaces and controlled fusion. Those are the release’s neighbors; the pairing with chips and AI is the papers’ point.

What this means for the United States, our Allies, and NATO. The plan does not announce a fault-tolerant processor, but China has published logical-qubit demonstrations. The United States and its allies should set the yardstick: error-corrected logical qubits and system-level capability, not physical-qubit totals. A credible logical-qubit claim should state the physical qubits behind it, the error rates, and the code used, and allied programs should publish to that standard.

STRATEGIC ASSESSMENT AND REACTION Assessment: the field will be decided by fault tolerance, and a sudden Chinese logical-qubit announcement would reset the public conversation overnight. Reaction: fund fault-tolerance milestones directly through multi-year, milestone-based federal awards; agree on a common U.S.–allied benchmark for logical qubits; and keep a standing, sourced net assessment so that any Chinese announcement is measured, not merely reported.

3. Classical-quantum integration

ACCURACY

Partly confirmed

What we said. The September 27 paper: China has named the integration layer — software, control, interconnect and error correction — as strategic. The September 22 paper had Origin Pilot and Tianji 4.0. The September 21 report adds that a Beijing quantum-classical integration center controlled by China Telecom Quantum Group is building a domestic software stack combined with AI and high-performance computing.

What the plan said. China Youth Daily prints the two-skins problem (科技创新与产业发展“两张皮”) as a problem the plan will solve. That supports industrial coordination, moving research into production; it does not by itself confirm a classical-quantum control stack. Neither outlet names Origin Pilot. China Science Daily pairs it with the two-way drive of technology supply and industrial-demand pull (突出科技创新供给和产业需求牵引双向发力).

What this means for the United States, our Allies, and NATO. China is spending to close the gap between the laboratory and working systems, and it is building its own software stack combined with AI and high-performance computing. Allied centers already run quantum systems beside national supercomputers, as at Korea’s KISTI, and the American software and interconnect standards that China benchmarks itself against, such as CUDA-Q and NVQLink, give the allied side a head start. That lead holds only if allied computing centers adopt it.

STRATEGIC ASSESSMENT AND REACTION Assessment: integration with existing supercomputers is where near-term value sits, and centers that wait may face two incompatible ecosystems, one of them Chinese. Reaction: fund quantum–supercomputing integration at Department of Energy and allied national computing centers now, and make open, allied interface standards a condition of that funding.

4. Multi-modality, including the third route

ACCURACY

Housed, not confirmed

What we said. A superconducting-only reading was wrong on September 22. Origin and USTC on superconducting. Hyqubit (Huayi Boao, 华翊博奥, also written HYQ) on trapped ions. Origin Pilot described as supporting neutral atoms. A CAS–Rosatom memorandum of May 21, 2026. The September 21 report notes that the founder of the trapped-ion firm HYQ is Tsinghua-affiliated.

What the plan said. No outlet names the three modalities or Rosatom. Optoelectronics (光电) is a strategic high technology in the CCTV account. The entity record is ours. Rosatom is the May 2026 memorandum under open cooperation. Optoelectronics appears beside space, information, materials, energy and ocean in that list.

Further Chinese record. China is now standardizing trapped ions at the national level: TC578 carries a national reference-architecture project for trapped-ion quantum computing systems alongside a parallel architecture project for superconducting systems (row 16). The grade is unchanged, because the plan does not name modalities, but the hedge across routes is now visible in the standards record.

What this means for the United States, our Allies, and NATO. Beijing is backing several hardware routes at once — superconducting, trapped-ion, and neutral-atom — and has a trapped-ion program of its own. No one yet knows which modality will scale first. An allied portfolio that bets everything on one route risks being on the wrong one when error correction arrives.

STRATEGIC ASSESSMENT AND REACTION Assessment: China is hedging across modalities, and the allied response should hedge just as deliberately. Reaction: sustain funding across several modalities until one demonstrates scalable error correction, and fund the shared industrial layers that serve every modality — foundries, photonic interconnects, and control electronics — so the allied base keeps its options open.

5. Cryogenics

ACCURACY

Housed, not confirmed

What we said. Origin builds dilution refrigeration in-house. CETC’s XS1000 still depends on a helium-3/helium-4 mixture. The September 21 report adds that export controls pushed China to manufacture dilution refrigerators domestically in Hefei.

What the plan said. No outlet names the XS1000, helium-3, or Cryo-CMOS. Materials and information are strategic high technologies. The names are the entity record under a printed field. China Science Daily’s 14th Five-Year record lists materials and energy among its key-core-technology breaks.

What this means for the United States, our Allies, and NATO. China is working to localize dilution refrigerators and still depends on helium-3. The allied side has the same exposure: the September 27 paper cites RAND’s warning that U.S. supply already depends on European and Japanese dilution refrigerators and specialized lasers. Cryogenics, helium-3, and precision lasers are shared dependencies for the whole allied quantum base, and they sit across several allied countries.

STRATEGIC ASSESSMENT AND REACTION Assessment: a handful of components are single points of failure for allied quantum programs, and no one government owns the map of them. Reaction: map the critical quantum supply chain across NATO and partner nations, fund helium-3 recovery and alternatives, and build allied second sources and reserves for refrigerators, lasers, and optics.

6. Upstream materials

ACCURACY

Partly confirmed

What we said. State Grid Anhui replaced a cut-off foreign diamond supply and fielded diamond current sensors. The September 21 report adds that a Hefei instrument maker exports diamond-NV systems worldwide.

What the plan said. Materials (材料) are a strategic high technology in the CCTV account. The articles do not name diamond or lithium niobate. The field is printed. The sensor is ours. China Science Daily’s retrospective also lists materials and energy among the 14th Five-Year breaks.

What this means for the United States, our Allies, and NATO. Materials and supply are national priorities in China, and when a foreign diamond supply was cut off, a Chinese state utility replaced it at home. Governments buying quantum systems will ask the same questions of every supplier: where the chips and materials are made, and who can audit them. Accredited trusted foundries, such as those holding DMEA Category 1A accreditation, are the answer that question needs, and there are too few of them for quantum work.

STRATEGIC ASSESSMENT AND REACTION Assessment: export controls slow China but do not by themselves secure allied supply, and China has already answered controls by localizing. Reaction: expand trusted-foundry capacity for quantum devices, fund domestic and allied sources for critical materials such as synthetic diamond and lithium niobate, and coordinate sourcing with allies so that controls and supply move in step.

7. Pilot-scale verification

ACCURACY

Partly confirmed

What we said. On June 7, 2026, a Norinco-led round of about CNY 3 billion was aimed at kilo-qubit and 10,000-qubit pilot lines and a 12-inch wafer line. The September 21 report records the same round and its use for ten-thousand-qubit chip pilot lines.

What the plan said. China Science Daily’s retrospective: 13 major national science infrastructures started, six accepted. Science and Technology Daily: platform-type Innovation Facility Groups (创新设施群). Neither names Norinco. The platforms and the acceptance count are printed. The round is ours. Science and Technology Daily presents Innovation Facility Groups as one of three new forms, beside research consortia and Assault Armies.

Further Chinese record. The Hefei-administered special project described in row 1 funds key quantum materials, devices, and equipment. A proposal not led by an enterprise must bring in at least one enterprise that researches, manufactures, and markets high-end scientific instruments. That is the step from laboratory to pilot line, written into the funding rules. The awards that follow the November 5 deadline will name the institutions and firms building this layer.

What this means for the United States, our Allies, and NATO. Beijing is using defense capital — a Norinco-led round of about CNY 3 billion — to build kilo-qubit and 10,000-qubit pilot lines and a 12-inch wafer line. The step from pilot to production is where the allied side is weakest: Western programs mostly fund research and leave scale-up to private capital, and commercial foundries share their lines with non-quantum customers.

STRATEGIC ASSESSMENT AND REACTION Assessment: China is financing the industrial step that turns prototypes into volume, and private capital alone will not match a state defense conglomerate. Reaction: use defense industrial-base authorities and substantially larger multi-year appropriations to fund dedicated quantum pilot and production lines in the United States and allied nations.

8. The house, not the milestone

ACCURACY

Confirmed: plan language

What we said. Both papers. Beijing does not need a published logical qubit yet. It can absorb a fault-tolerant processor into infrastructure it already owns. No quantum budget line is public. The September 27 paper adds that China discloses less than it builds.

What the plan said. China Science Daily calls 2026–2030 the decisive sprint (决胜冲刺期). CCTV makes 抢占科技制高点 the core task. One of the six goals is a major break in key core technologies. No outlet announces a fault-tolerant machine or publishes a budget figure. Another of the six goals is a stronger source of original innovation.

What this means for the United States, our Allies, and NATO. The contest is over who owns the infrastructure a fault-tolerant machine plugs into: networks, sensors, timing, satellites, and the facilities that host them. China is building that house now, before its computer is ready. The United States and its allies can field much of the same infrastructure today, and what they deploy should be designed to sit beside the fault-tolerant machine, not wait for it.

STRATEGIC ASSESSMENT AND REACTION Assessment: waiting for a fault-tolerant computer before investing in the surrounding infrastructure would hand China the reference designs. Reaction: fund deployable quantum networking, sensing, and timing now as national and allied infrastructure, and plan them as one program with computing rather than as separate budget lines.

Part II — Space, networks, and the grid

HOW TO USE THIS PART The grid and the space field are printed. A government, an agency, or an allied planner asking where the Chinese program sits is asking about Hefei, the 3+4+X layout, and space as a strategic high technology.

The regional sentence is exact, in CCTV and Science and Technology Daily. That is the “3+4+X” tiered layout (梯次化区域布局体系).

Tier	Regions
Strategic highlands (3)	Beijing-Tianjin-Hebei; Shanghai and the Yangtze River Delta; the Guangdong-Hong Kong-Macao Greater Bay Area
Strategic fulcrums (4)	Hefei; Chengdu-Chongqing; Wuhan; Xi’an
Strategic nodes (X)	A set of key regions

9. The grid, before it had a name

ACCURACY

Confirmed: plan language

What we said. The September 22 paper placed the program’s center in Hefei — the national laboratory, Origin and the Houdian substation — with Beijing’s Scenario Handshake and Shanghai’s Pearl plan as other nodes. The September 27 paper adds that Hefei alone reports 107 quantum firms with revenue above CNY 6 billion.

What the plan said. The hierarchy is the plan’s language. Hefei as a strategic fulcrum (战略支点) is printed. The specialization inside each fulcrum is ours. The core claim, that the grid existed before it had this name, is the sentence. Beijing-Tianjin-Hebei and Shanghai with the Yangtze River Delta are named as strategic highlands, the tier above Hefei.

What this means for the United States, our Allies, and NATO. China concentrates its program in a handful of named regions, with Hefei as a strategic fulcrum, under one national layout. The United States has regional hubs, such as Chattanooga’s utility network and the Tennessee Quantum Communications Research Center, but they grew up locally and compete with each other for the same funds. Allied nations face the same fragmentation at the national level.

STRATEGIC ASSESSMENT AND REACTION Assessment: a national layout lets China concentrate talent, capital, and infrastructure where they compound; scattered hubs dilute all three. Reaction: designate and fund a small number of national quantum regions with federal and state co-investment, and link them with matching allied centers rather than spreading awards thinly.

10. Space as procurement

ACCURACY

Partly confirmed

What we said. Micius re-entered in January 2026. A higher-orbit quantum satellite was targeted for end-2026 readiness. A constellation tied to more than 12,000 km of fiber was described as a five-year-plan target. The September 27 paper adds that China’s next orbital quantum layer is in procurement before any launch is announced.

What the plan said. Space (空间) is a strategic high technology in the CCTV account. Row 24 records 光电空间 as a 14th Five-Year break. No outlet names Micius or a constellation. The September 27 paper records that Jinan-1 re-entered in October 2025. The field claim holds. Space is listed with optoelectronics, information, materials, energy and ocean.

What this means for the United States, our Allies, and NATO. Space is a named strategic field in China, and its next quantum satellites are in procurement before any launch is announced. The United States and its allies have the satellite, optical-terminal, and networking base to field space-based key distribution and timing, but no funded program yet compares directly with China’s.

STRATEGIC ASSESSMENT AND REACTION Assessment: after Jinan-1’s re-entry, China has a gap year in orbit, and the window for an allied demonstration is short. Reaction: fund an allied space-to-ground key-distribution and timing demonstration within the next budget cycle, with NATO partners sharing ground stations.

11. The key-trust design

ACCURACY

Architectural match

What we said. Beijing–Vienna over Micius. The Russia–China channel of about 3,800 km. The September 22 inference: the satellite owner sits inside every key it relays. The September 21 report places that channel between ground stations near Moscow and Urumqi.

What the plan said. The plan names space and data security on the facilities upgrade. It does not describe the key path. The trust inference was ours. The plan describes the function, not the key path, which is why this row is graded as an architectural match. Open coordination (开放协同) closes the guideline, so foreign partners sit inside the plan’s frame.

Further record. The companion report “The Moscow-Beijing Quantum Axis” dates the Russia–China key link: on March 1, 2022, Russian and Chinese teams completed a full-cycle quantum key distribution test via Micius between Zvenigorod, near Moscow, and the Nanshan station near Urumqi, about 3,800 kilometers apart, confirmed in English, Russian, and Chinese sources. The link is operational evidence for the key path the September 22 paper described. It is historical: Micius re-entered the atmosphere on January 25, 2026, and no successor Russia–China link has been announced.

What this means for the United States, our Allies, and NATO. An ally that takes keys from a Chinese satellite accepts a trust design it cannot audit, because the satellite owner sits inside every key it relays. Allied governments can avoid that exposure by running networks they operate themselves, with post-quantum cryptography as the security baseline; the NSA does not currently recommend quantum key distribution for national security systems, so QKD should be judged mission by mission. Source: NSA, Quantum Key Distribution and Quantum Cryptography. The September 27 paper notes that inside China fiber remains the wartime primary and space is the extension path, a design allies can build with their own operators.

STRATEGIC ASSESSMENT AND REACTION Assessment: the trust argument is an inference, not a proven compromise, so it should be raised as a design question rather than an accusation. Reaction: adopt a NATO principle of operator-owned key infrastructure, fund allied networks built on it, and engage first the partners China has already approached.

12. City rings

ACCURACY

Housed, not confirmed

What we said. QuantumCTek’s networks across 40 cities. The September 27 paper had China Telecom’s 16 city networks and China Mobile’s “Light Up 100 Cities” network. It adds that China Telecom reports 7.2 million quantum-communication users as of mid-2026.

What the plan said. No outlet names the 40 cities. Information is a strategic high technology, and industrial-demand pull is printed in rows 19 and 20. The city count is ours. No outlet gives a user count either.

What this means for the United States, our Allies, and NATO. China already sells quantum-secured networking city by city, reaching millions of users. The United States has a handful of metropolitan deployments, with Chattanooga as the reference. The gap is scale, and scale decides whose reference designs the rest of the world adopts.

STRATEGIC ASSESSMENT AND REACTION Assessment: if China’s user base keeps growing while allied deployments stay few, China will write the templates others follow. Reaction: fund a repeatable metro-network program for U.S. and allied cities, starting with utilities and carriers that can copy the Chattanooga model.

13. Sensing and timing as the near-term deliverable

ACCURACY

Housed, not confirmed

What we said. Houdian, reported by People’s Daily on July 29, 2026, combined measurement, communication and computing, with 85 domestic devices. Tiangong-2’s cold-atom clock ran in orbit for almost three years. The September 27 paper adds that QuantumCTek’s cold-atom gravimeter was placed on a first-unit procurement catalog in 2026.

What the plan said. No outlet names Houdian or Tiangong-2. The housing is space and information as strategic high technologies. The exhibits are ours. Precision measurement is not given its own sentence.

Further record. Russia and China signed an agreement on February 4, 2022, making GLONASS and BeiDou time scales complementary, under a joint satellite-navigation committee in place since 2015. China is developing mercury-ion clocks for BeiDou, and Russia ion and thulium clocks for GLONASS (“The Moscow-Beijing Quantum Axis,” Sections 4.5 and 4.6). Coordinated timing outside GPS is the most militarily relevant outcome in view.

What this means for the United States, our Allies, and NATO. China fields quantum sensing and timing before quantum computing, and its sensors are already entering procurement catalogs. These capabilities matter most where combat systems must operate without GPS, the next frontier of warfare. U.S. programs, including DARPA’s atomic-clock production effort, show the capability exists on the allied side; the question is whether it is fielded at scale.

STRATEGIC ASSESSMENT AND REACTION Assessment: a United States that falls behind in quantum sensing could wake up “naked and blind” in key strategic domains. Reaction: make quantum navigation, timing, and sensing a funded priority in U.S. and NATO defense planning, backed by production contracts rather than research grants alone.

14. Digital interconnection

ACCURACY

Confirmed: plan language

What we said. The September 22 paper had Three-Body, 20 AI models in orbit, and the September 20 on-board target identification. The September 27 paper adds that a center under the PLA Information Support Force has trialled more than ten types of experimental equipment across cloud computing, AI and quantum technology.

What the plan said. CCTV: major facilities are to be upgraded to digital, networked and intelligent operation (数字化、网络化、智能化), with unified standards and data security. This sentence is in the public text. The launch names are ours. The finding is the sentence. The same upgrade includes data aggregation and security-protection capacity.

What this means for the United States, our Allies, and NATO. China is networking its major facilities and computing in orbit, with unified standards and data security. The allied answer is connected sensing, timing, and compute links between space and ground, built to allied standards. The pieces exist across allied industry; they are not yet joined.

STRATEGIC ASSESSMENT AND REACTION Assessment: China is fielding connected systems, while allied capabilities are bought and tested separately. Reaction: fund one linked sensing, timing, and networking demonstration across U.S. and allied agencies before scaling it, and set common NATO interface standards from the start.

Part III — Defense integration and how the academy is run

HOW TO USE THIS PART The command posts are printed. The statute numbers are not. A government, an agency, or an allied planner asking how the program is run is asking about the chief-commander posts and systematic combat, not a decree title.

China Youth Daily’s first distinctive feature of the plan is to strengthen systematic scientific-research combat (强化科技创新体系化攻关). China Science Daily’s retrospective says the organization for that method was already being built in the 14th Five-Year period.

15. The statutes, and the dual chief

ACCURACY

Partly confirmed

What we said. The September 22 paper named an exit-control decree of September 15 and the National Defense Mobilization Law of October 1. The September 27 paper adds that under the mobilization law China’s carriers and their facilities can be requisitioned and modified.

What the plan said. Science and Technology Daily prints the posts: Chief Commander Assistants (总指挥助理) and Chief Technical Architect Assistants (技术总师助理), as the route for training reserve leaders inside major tasks. No outlet names either statute. The posts are the plan’s. The statute numbers are ours. China Youth Daily and the CAS account tie the talent highland to an assault team (攻坚队) for the commanding heights. The release itself is called a charge signal (冲锋号) and a mobilization order (动员令): the mobilization language is the academy’s, while the statute numbers are the papers’.

What this means for the United States, our Allies, and NATO. Beijing runs major tasks through command posts and can mobilize firms, facilities, and scientific talent by law. Washington and its allies work through contracts and partnerships. Official Chinese commentary counts scientific talent and digital technology as mobilization resources, so any Chinese supplier or research partner can, in principle, be redirected by the state.

STRATEGIC ASSESSMENT AND REACTION Assessment: the statutes show capacity, not use, and the September 21 report lists the signs that would show them applied narrowly. Reaction: treat dependence on Chinese quantum suppliers and partners as a supply-chain risk across allied programs, and fund faster contracting paths so the allied model can match state speed without state direction.

16. Standards as the insertion point

ACCURACY

Partly confirmed

What we said. On April 23, 2026, State Grid Anhui founded the first power-quantum standardization technical committee. The September 27 paper: the National University of Defense Technology and the Information Engineering University are named drafters of GB/T 47468-2026 and GB/T 47679.2-2026. The first covers quantum-computer testing and the second QKD security.

What the plan said. CCTV: the facilities upgrade includes unifying standards and specifications (标准规范统一). No outlet reprints either standard or names the committee. Standards as a control layer is printed. The committee and the standard numbers are ours. The same upgrade pairs standards with data security.

Further Chinese record. China’s standards bodies are writing the stack down layer by layer. The National Quantum Technology Standardization Technical Committee (TC578) now carries project 20264590-Z-469, a registered project for a national guiding technical document on the reference architecture of trapped-ion quantum computing systems, not yet issued, beside companion architecture projects for superconducting quantum operating systems and quantum computing service platforms. Its national standard GB/T 47468-2026, Performance testing methods of quantum computing system, was published April 30, 2026, takes effect November 1, 2026, and was drafted by 30 organizations, including USTC, Hefei National Laboratory, the National University of Defense Technology, the trapped-ion company Huayi Boao, China Telecom’s quantum group, and the Beijing Academy of Quantum Information Sciences. On July 30, 2026, the Ministry of Industry and Information Technology also launched its own Quantum Information Standardization Technical Committee, with its secretariat at the China Academy of Information and Communications Technology, to write industry standards across quantum computing, communication, and precision measurement. Sources: National Standards Platform, GB/T 47468-2026; C114, May 15, 2026; Cailian Press, July 30, 2026.

Further Chinese record. A second trapped-ion standard project joins computing to networking. TC578 project 20265079-T-469, a recommended national-standard project, Performance testing methods of interconnection nodes based on trapped-ion systems (离子阱互联节点性能测试方法), completed its public-comment period from August 28 to September 27, 2026. Its listed supporting national project is “long-distance quantum communication based on quantum repeaters” (基于量子中继的远程量子通信), and its drafters include Huayi Boao, Hefei National Laboratory, the National University of Defense Technology, Tsinghua University, USTC, and Renmin University. The committee itself was reorganized on March 6, 2026: renamed from the National Quantum Computing and Measurement Standardization Technical Committee to the National Quantum Technology Standardization Technical Committee, its remit was widened to computing and simulation, measurement, communication and networks, and enabling technologies, with Pan Jianwei as chair and Zhang Qiang of the Jinan Institute of Quantum Technology as secretary-general. Sources: National Standards Platform, 20265079-T-469; China National Institute of Standardization, March 6, 2026.

Further record. The joint Russian–Chinese report by the Russian International Affairs Council and Fudan University (Report No. 117, 2026) relays a proposal from Renmin University’s Chongyang Institute to build a “de-Westernized” system of technical standards with BRICS and SCO partners, naming quantum computing as a frontier area. Standards as a control layer is now stated by Chinese authors themselves.

What this means for the United States, our Allies, and NATO. China uses national standards as a control point, with PLA universities among the drafters. Standards set now will decide which products governments are allowed to buy. EO 14412 requires high-value and high-impact federal systems to move key establishment to post-quantum algorithms by the end of 2030 and digital signatures by the end of 2031, so standards choices are already tied to deadlines.

STRATEGIC ASSESSMENT AND REACTION Assessment: standards work is slow and easy to underfund, and allied absence leaves the field to Beijing. Reaction: fund sustained U.S. and allied participation in the international bodies that govern key distribution and post-quantum cryptography, and coordinate NATO positions before each vote.

17. Hybrid PQC-QKD

ACCURACY

Architectural match

What we said. The September 27 finding: Beijing does not run QKD versus post-quantum cryptography. The deployed posture is both. The paper adds that China’s 2030 plan calls for a new cryptographic system fusing the two.

What the plan said. No outlet uses the labels PQC or QKD. Data security on the facilities upgrade is the housing. The hybrid posture is the finding. The labels are ours. Security-protection capacity is also named on the facilities upgrade.

What this means for the United States, our Allies, and NATO. China deploys quantum key distribution and post-quantum cryptography together. Allied doctrine is divided: some governments favor post-quantum migration alone, while others see a role for key distribution on the highest-value links. The September 21 report frames post-quantum migration as the baseline that key distribution sits with, not the product it replaces.

STRATEGIC ASSESSMENT AND REACTION Assessment: divergent allied doctrine leaves gaps between partners that an adversary can exploit. Reaction: agree on a common NATO posture — post-quantum migration everywhere, with key distribution evaluated for the links where traffic aggregates — and fund migration on schedule.

18. The triad — corrected

ACCURACY

Confirmed, timing corrected

What we said. The Norinco wafer-line round and the Hefei substation put quantum on the same program as semiconductors and the grid. The September 21 report adds that, on Beijing’s own reasoning, escalation in AI is a reason to expect escalation in quantum.

What the plan said. China Science Daily, in the 14th Five-Year “定事” block, says special action plans were formulated and implemented for dual-carbon, integrated circuits, artificial intelligence, quantum technology, and life science. The 15th plan’s priority list then puts integrated circuits, AI and quantum in the same sentence. The coupling already existed. It was not new in the 15th plan. The dual-carbon plan on the same list brings energy into that coupling.

What this means for the United States, our Allies, and NATO. China treats chips, AI, and quantum as one program, and has done so since the 14th Five-Year period. The United States and its allies plan these fields separately. Because the coupling is years old in China, the allied task is catching up, not getting ahead.

STRATEGIC ASSESSMENT AND REACTION Assessment: chips, AI, and energy already carry large budgets, and quantum risks becoming a minor line inside them. Reaction: name quantum explicitly in U.S. and allied chip, AI, and grid programs, with dedicated funding lines inside each.

Part IV — Who buys, and on what terms

HOW TO USE THIS PART The buyer is a chain-leader enterprise, fed through a white list of technology results. A government, an agency, or an allied planner asking who takes the output is asking about industrial-demand pull, not a startup market.

19. The carriers are the off-takers

ACCURACY

Confirmed: plan language

What we said. China Telecom controls QuantumCTek and Tianyan. China Mobile took the first HYQ-B100. State Grid Anhui runs Houdian. The September 27 paper adds that the state-asset regulator directs state enterprises to quantum as a source of “assassin’s mace” technologies.

What the plan said. Science and Technology Daily: CAS will jointly implement an institute-enterprise collaboration action with SASAC, to cultivate chain-leader enterprises (创新链“链长企业”). China Science Daily: the two-way drive of technology supply and industrial-demand pull (突出科技创新供给和产业需求牵引双向发力), aimed at the two-skins problem. No outlet names China Telecom or State Grid. The buyer mechanism is printed. The names are ours. The academy account pairs the action with a standing liaison mechanism with regulators, local governments and leading technology firms.

What this means for the United States, our Allies, and NATO. In China, state carriers and the grid are guaranteed buyers. The United States and its allies have no comparable guaranteed national buyer, so suppliers depend on agency-by-agency wins while China’s carriers buy at national scale. China Telecom has publicly committed to a nationwide space-ground quantum network by 2030.

STRATEGIC ASSESSMENT AND REACTION Assessment: without anchor demand, allied industry will scale more slowly than China’s. Reaction: create multi-year anchor-customer programs for federal, utility, and carrier networks, with Chattanooga as proof of concept.

20. Demand created by matching

ACCURACY

Confirmed: plan language

What we said. The Scenario Handshake of September 16 matched more than 60 firms to industrial buyers. The September 27 paper adds that its project list includes underwater sensing and imaging, and quantum-secured communications for vehicles.

What the plan said. Science and Technology Daily prints a white list for the supply of technology results (科技成果供给“白名单”) and a high-quality transfer patent library. The Handshake is ours. The list of results is the plan’s; the account does not say it screens vendors or buyers. The same outlet pairs it with the SASAC chain-leader action.

What this means for the United States, our Allies, and NATO. China is building a state channel from laboratory results to industrial buyers: a white list of technology results, a transfer patent library and matching events like the Handshake. U.S. technology transfer runs through individual laboratories, agencies and companies rather than one national quantum channel. The Handshake’s application areas, including underwater sensing and secured vehicle communications, overlap with allied defense needs.

STRATEGIC ASSESSMENT AND REACTION Assessment: for now, the advantage in moving technology to buyers is China’s. Reaction: launch a federal quantum vendor-matching pilot that pairs qualified suppliers with agencies and critical-infrastructure operators, and open it to allied firms.

21. The budget that cannot be read

ACCURACY

Partly confirmed

What we said. No Chinese quantum budget line is public. The September 27 paper adds that the Pentagon puts China’s military spending at 32 to 63 percent above the announced budget.

What the plan said. No outlet publishes a quantum figure. Science and Technology Daily’s Smart CAS task builds a command platform whose core is a dynamic research capability map (科研“能力地图”). The missing line is ours. The map is 科技日报’s. The same task adds an allocation center for innovation resources and a command-and-dispatch center.

What this means for the United States, our Allies, and NATO. China’s real quantum spending cannot be read from outside, so the United States and its allies should plan against a larger effort than the public record shows. The one audited window, QuantumCTek’s filings, shows RMB 310 million in revenue, which measures commercial sales, not the state program behind them.

STRATEGIC ASSESSMENT AND REACTION Assessment: arguments built on unknown numbers can be dismissed as alarmist, but the known numbers already justify action. Reaction: fund quantum through sustained, multi-year appropriations substantially above current levels, citing the audited and Pentagon figures and saying plainly what remains unknown.

22. Pan-Shi and the intelligent scientist

ACCURACY

Confirmed: plan language

What we said. The September 22 AI exhibit was the July 18 USTC line at WAIC. The September 27 paper: Origin Quantum reports fine-tuning a billion-parameter model on its superconducting computer. The paper notes that the claim was repeated by state media but not independently replicated.

What the plan said. CCTV and Science and Technology Daily: a full chapter on AI leading a change in the research paradigm; Pan-Shi (磐石科学基础大模型); Intelligent Scientist Systems (智能科学家系统). The labels are the plan’s. The direction is the papers’. The company exhibits are ours. The same chapter lists a scientific corpus and a scientific data center.

What this means for the United States, our Allies, and NATO. China is building AI for science on its own models, with quantum alongside. The United States has placed AI at the center of national strategy through the AI Force; quantum belongs inside that effort, not on a separate track.

STRATEGIC ASSESSMENT AND REACTION Assessment: quantum-AI claims on both sides are early and easy to overstate. Reaction: fund quantum-AI work within U.S. and allied AI programs, and make published, reproducible results the basis for awards.

Part V — Further receipts

HOW TO USE THIS PART The window is named. The period is the decisive sprint, and open cooperation is a reform task.

23. National team, national task

ACCURACY

Confirmed: plan language

What we said. The September 22 paper: the integrator is the state, and Beijing is building its quantum stack by decree. The September 27 paper adds that China offers its facilities to the world while its specialists are subject to exit controls.

What the plan said. China Science Daily prints the value line. As the national team and the national personnel (国家队、国家人), the academy must keep the national task in mind and carry the national responsibility (心系国家事、肩扛国家责). The guideline opens with 使命聚焦. It closes on open coordination (开放协同). One of the six goals to 2030 is a national science and technology think tank (国家科学技术思想库): the think-tank task is printed, and the appointments are the papers’.

Further Chinese record. At a State Council Information Office press conference on September 29, Minister of Science and Technology Yin Hejun said the ministry would systematically lay out a set of national major science and technology tasks under the national plan, with AI and quantum among the frontier fields. The national-task framing now comes from the ministry as well as the academy. Source: Sina, September 29.

What this means for the United States, our Allies, and NATO. Chinese laboratories are told to carry national tasks as the national team. The United States and its allies rely on companies, universities, and national laboratories working under contract. That model can be faster, but only when contracts move at the pace of the work.

STRATEGIC ASSESSMENT AND REACTION Assessment: national missions need a clear purpose and commercial speed of delivery, and slow awards forfeit the second. Reaction: fund national quantum missions through milestone-based contracts that reward delivery, and shorten award timelines across U.S. and allied agencies.

24. Optoelectronics and space, already a pair

ACCURACY

Confirmed: already in practice

What we said. The September 22 paper treated orbital links as one layer of the stack. The September 27 paper had the next quantum satellites in procurement. It also cites China National Radio, June 30, 2026, on a constellation of medium- and high-orbit satellites and low-orbit microsatellites linked to ground fiber.

What the plan said. China Science Daily’s retrospective lists 光电空间 among the 14th Five-Year key-core-technology breaks. The 15th plan then lists optoelectronics and space as strategic high technologies. The retrospective places that pair beside information technology, deep-sea detection, and materials and energy.

What this means for the United States, our Allies, and NATO. China pairs photonics with space, as it already did in the 14th Five-Year period. Optical links in orbit are where allied photonics, networking, and space industries meet, and that overlap is a capability the allied side can field now.

STRATEGIC ASSESSMENT AND REACTION Assessment: allied photonics and space programs are funded separately, which slows joint capability. Reaction: fund one joint photonics-and-space roadmap across U.S. and allied agencies rather than two separate lines.

25. Future industry, laid out in advance

ACCURACY

Confirmed: plan language

What we said. Both papers. Beijing is building the house the fault-tolerant machine will move into. It does not need the machine in order to lay out the industry. The September 21 report set out what an American full-stack provider can supply today and what a published roadmap adds by 2030.

What the plan said. The supply chapter covers three horizons: upgrading traditional industry, strategic emerging clusters, and a forward layout for future industries (未来产业前瞻布局). Quantum sits in the priority list beside that sentence. The goal of a major break in key core technologies sits alongside it.

What this means for the United States, our Allies, and NATO. China is building the industry before the machine is ready. The United States and its allies can deploy networking, sensing, and timing today while computing scales, and deploying now also builds the user base the fault-tolerant machine will need.

STRATEGIC ASSESSMENT AND REACTION Assessment: judging quantum only on computing milestones understates what can be fielded now. Reaction: fund near-term deployments with the same weight as computing milestones, and report both in national quantum strategies.

26. Infrastructures already accepted

ACCURACY

Confirmed: already in practice

What we said. The September 22 paper had Origin’s kilo-qubit and 10,000-qubit pilot-line round. The September 21 report adds that the round was led by Norinco, a state defense conglomerate.

What the plan said. China Science Daily’s retrospective: 13 major national science infrastructures started, six accepted, some indicators at international leading level. The Norinco round is ours. The acceptance count is the academy’s. Science and Technology Daily’s Innovation Facility Groups are the 15th plan form for such platforms.

What this means for the United States, our Allies, and NATO. China is commissioning national-scale facilities: 13 major science infrastructures started and six accepted. Allied quantum manufacturing capacity is comparable national infrastructure and should be funded as such, not only bought from. Trusted-foundry accreditation is what lets that capacity count for defense work.

STRATEGIC ASSESSMENT AND REACTION Assessment: domestic quantum manufacturing is scarce, and capacity claims need output behind them. Reaction: fund quantum manufacturing as national infrastructure, with published production targets and accredited facilities in the United States and allied nations.

27. A corridor before the grid had a name

ACCURACY

Confirmed: plan language

What we said. The September 22 paper: the Pearl announcement was a four-jurisdiction space-computing corridor across Shanghai and Beijing-Tianjin-Hebei. The September 21 report adds that the Fifteenth Five-Year Plan calls for gigawatt-scale space-based digital and intelligent infrastructure.

What the plan said. The 3+4+X sentence names those two as strategic highlands, with Hefei, Chengdu-Chongqing, Wuhan and Xi’an as fulcrums. The corridor date is ours. The highlands are the plan’s. The Guangdong-Hong Kong-Macao Greater Bay Area is the third highland.

What this means for the United States, our Allies, and NATO. China links its leading regions with shared computing and space infrastructure. The United States and its allies can build regional corridors that connect research centers, utilities, and federal sites, and the Chattanooga network is a natural first node.

STRATEGIC ASSESSMENT AND REACTION Assessment: corridors need several operators to agree, which slows deployment. Reaction: fund one corridor between two existing sites with federal and state co-funding, as a template for others in the United States and allied nations.

28. The window, named

ACCURACY

Confirmed: plan language

What we said. The September 22 paper framed 2026–2030 as the window in which the stack is decided. The September 27 paper adds that the integration layer is being chosen in 2026 and 2027.

What the plan said. China Science Daily names the period the decisive sprint (决胜冲刺期) to seize the commanding heights and complete the Four Firsts. It calls the release the charge signal (冲锋号) and the mobilization order (动员令).

What this means for the United States, our Allies, and NATO. Beijing has named 2026–2030 its decisive period, and U.S. and allied roadmaps run on the same clock. The DOE Quantum Genesis Q competition, which pays for systems of 100, 150, and 200 logical qubits, sits inside that window.

STRATEGIC ASSESSMENT AND REACTION Assessment: any slip in the allied timeline will be read against China’s schedule. Reaction: fully fund the Genesis Q milestones and comparable allied programs through 2030, and publish progress against them.

29. Open cooperation, as a reform task

ACCURACY

Confirmed: plan language

What we said. The September 22 paper: the CAS–Rosatom channel, and intercontinental key exchange, were already part of the stack, not a side diplomacy. The September 21 report adds that China has demonstrated intercontinental key exchange near 12,900 kilometers.

What the plan said. China Science Daily lists international scientific cooperation among the reform tasks, and the guideline closes on open coordination (开放协同). The partners are ours. The task is the plan’s. No outlet names a foreign partner.

Further record. On November 3–4, 2025, the Chinese and Russian heads of government agreed to draft a China–Russia Science, Technology and Innovation Cooperation Roadmap for 2026–2030 and to open and share large science facilities, according to the joint communiqué published by China’s Ministry of Foreign Affairs. The joint RIAC–Fudan report names quantum computing among the directions discussed. Russia has run an annual Russia–China quantum workshop since 2024; the 2025 edition was hosted at USTC in Hefei, and the 2026 edition in Moscow was co-chaired by a Renmin University and Beijing Academy of Quantum Information Sciences professor (“The Moscow-Beijing Quantum Axis,” Sections 3.1 and 4.2).

What this means for the United States, our Allies, and NATO. China extends its reach through partners such as Russia. Allies can source the full quantum stack from inside the alliance, through national institutes such as Korea’s KISTI and partners across Europe. Quantum processors are already being placed inside allies’ national AI supercomputing, as in Korea’s Hangang program.

STRATEGIC ASSESSMENT AND REACTION Assessment: the alliance itself is misaligned, with thirty-two national programs and no common measure, and export rules and local-content demands slow allied cooperation. Reaction: create a NATO quantum coordination framework with common benchmarks and streamlined export rules among allies, and fund joint programs through national institutes.

Part VI — The AI Force report and the quantum-AI lane

HOW TO USE THIS PART AI, quantum, and space are planned together. A government, an agency, or an allied planner asking about the integration layer is asking about Pan-Shi, the intelligent-scientist systems, and the two-skins problem.

30. A conversion system, not a research program

ACCURACY

Partly confirmed

What we said. The September 21 report: China runs a conversion system — leadership signal, a national laboratory, defense-led firms, statute and standards — one pipeline from bench to defense-relevant use. The September 27 paper summarizes it as a system that retains its specialists, converts its firms and finances its champions through defense capital.

What the plan said. China Youth Daily: the plan is to solve the two-skins problem. Science and Technology Daily prints the white list, the transfer patent library and the SASAC chain-leader action. The conversion machinery is the plan’s. The defense end of the pipeline is ours. China Youth Daily and the CAS account also list technology transfer and conversion (科技成果转移转化) among the reform tasks.

What this means for the United States, our Allies, and NATO. China turns research into fielded capability through one pipeline. The allied version runs through contracts, customers, and private capital, not state direction. Its weakness is the handoffs between research, scale-up, and procurement.

STRATEGIC ASSESSMENT AND REACTION Assessment: a pipeline that breaks at each handoff will lose to one that does not. Reaction: fund the transitions — pilot lines, testbeds, and first procurement — so allied research moves to fielded systems without stalling.

31. AI, quantum and space, planned together

ACCURACY

Confirmed: plan language

What we said. The September 21 report: AI, quantum technology and space are one race, and China plans them together. It adds that whoever integrates the three at scale holds a moat that is commercial and military at once.

What the plan said. CCTV and Science and Technology Daily list quantum beside artificial intelligence as priority fields, and CCTV lists space as a strategic high technology. CCTV and Science and Technology Daily give AI leading a change in the research paradigm its own chapter. The pairing is the plan’s. The moat argument is ours. Pan-Shi and the Intelligent Scientist Systems sit inside that chapter.

What this means for the United States, our Allies, and NATO. This is the core message of the report: China plans AI, quantum, and space together. The United States and its allies hold assets in all three, spread across many firms and agencies. It is also the frame for the AI Force: quantum and space belong in the same conversation as AI.

STRATEGIC ASSESSMENT AND REACTION Assessment: whoever integrates the three at scale holds an advantage that is commercial and military at once. Reaction: plan AI, quantum, and space under a single U.S. strategy coordinated with allies, and fund at least one reference deployment that combines two of the three, led by American and allied companies able to deliver the full stack.

32. AI–quantum fusion as national policy

ACCURACY

Confirmed: plan language

What we said. The September 27 paper: the State Council’s “AI+” Opinions direct AI–quantum collaborative innovation. It adds that a quantum-intelligence alliance was launched at China’s flagship AI conference in July.

What the plan said. Quantum and AI sit in the same priority sentence, beside Pan-Shi and the Intelligent Scientist Systems. No outlet uses the word fusion or cites the State Council document. The pairing is printed. The document title is ours. The AI-for-science chapter rests on CAS strengths that include control science and scientific data.

What this means for the United States, our Allies, and NATO. China treats AI and quantum as one policy area. The United States should keep quantum inside its AI policy, including the AI Force, rather than handling it as a separate, slower track. EO 14409 on advanced AI innovation and security is a federal vehicle where quantum can be named.

STRATEGIC ASSESSMENT AND REACTION Assessment: if quantum is left out of AI policy, it will compete for separate, smaller budgets. Reaction: write specific quantum language and funding into U.S. AI policy documents and allied AI agreements.

33. The academy inside the quantum-AI consortium

ACCURACY

Partly confirmed

What we said. The September 27 paper: the CAS Institute of Computing Technology and the CAS Institute of Software are members of Beijing’s Quantum-AI Collaborative Innovation Consortium, led by CETC’s CAEIT. It notes that CAEIT has been on the U.S. Entity List since July 2021, and that three members are also listed.

What the plan said. Science and Technology Daily names domain research consortia (科研联合体) as one of the three 15th plan forms. No outlet names the Beijing consortium. The form is printed in Science and Technology Daily. The membership is ours. The other two forms are task-based Assault Armies and platform-type Innovation Facility Groups.

What this means for the United States, our Allies, and NATO. CAS institutes, one of them Entity-Listed, sit inside China’s quantum-AI consortium. U.S. and allied research institutions, companies, and funders should screen partners and suppliers against these institutions. The September 27 paper recommends screening every consortium member against the Entity List and the Section 1260H list.

STRATEGIC ASSESSMENT AND REACTION Assessment: an unscreened academic or supplier tie can become a security and compliance problem. Reaction: make partner screening a condition of U.S. and allied quantum funding, and share screening lists among allies.

34. Quantum-supercomputing fusion in Hefei

ACCURACY

Housed, not confirmed

What we said. The September 27 paper: the Hefei Quantum-Supercomputing Fusion Computing Center went online in January 2026 on the Chaohu Mingyue supercomputer. It adds that the center runs two superconducting machines of more than 180 qubits and a 12-qubit trapped-ion machine, and opened services to users worldwide.

What the plan said. Hefei is a strategic fulcrum, and major facilities are to be upgraded to digital, networked and intelligent operation. The center is not named. Data security is named on the same upgrade.

What this means for the United States, our Allies, and NATO. China already runs quantum machines beside a national supercomputer and offers access to users worldwide. That open access is a direct bid for the research communities the allied side wants to keep. Allied supercomputing centers, such as Korea’s KISTI, already integrate quantum systems.

STRATEGIC ASSESSMENT AND REACTION Assessment: free or low-cost Chinese access could draw researchers in third countries. Reaction: fund integrated quantum access at allied supercomputing centers and extend research access to partner countries.

35. Integration benchmarked against American platforms

ACCURACY

Housed, not confirmed

What we said. The September 27 paper: a China Telecom-controlled center in Beijing E-Town, launched March 31, 2026, is benchmarked, in the municipal government’s words, against IBM Qiskit and NVIDIA NVQLink. It quotes the bureau’s phrase for that benchmark, a full-stack ecosystem (对标…全栈生态).

What the plan said. No outlet names the center or the American benchmarks. The benchmark names are the municipal record under the integration layer. The upgrade does call for unified standards and specifications.

What this means for the United States, our Allies, and NATO. China measures itself against American software and interconnect standards, naming IBM Qiskit and NVIDIA NVQLink. The interfaces China is copying are an allied asset. The September 27 paper notes that NVQLink’s round trip is under 4 microseconds against trapped-ion error-correction cycles of 1 to 5 milliseconds, which shows how naturally classical and quantum systems can pair.

STRATEGIC ASSESSMENT AND REACTION Assessment: China is copying the same interfaces, so compatibility alone is not a moat. Reaction: pair open allied interface standards with trusted-hardware and allied-sourcing requirements in federal procurement.

36. Real-time error correction as a national task

ACCURACY

Housed, not confirmed

What we said. The September 27 paper: national tasks call for real-time error correction, and a May 2026 white paper uses NVQLink as its case study. It records an American trapped-ion company’s real-time decoder handling simulated workloads of up to 408 logical qubits on a single CPU with under 0.3 percent delay.

What the plan said. One of the six goals to 2030 is a major break in key core technologies. No outlet mentions error correction or a logical qubit. The task record is ours. The plan does not confirm it, and it does not deny it. The plan does not announce a fault-tolerant processor.

What this means for the United States, our Allies, and NATO. Error correction is where the computing race will be decided. Published U.S. results, including peer-reviewed break-even demonstrations on trapped-ion hardware, are direct evidence for the allied side. Chinese teams have also published logical-qubit results, so the comparison that matters is scale: code distance, logical error rates, logical operations and the physical resources behind them.

STRATEGIC ASSESSMENT AND REACTION Assessment: a Chinese breakthrough could be announced without warning. Reaction: fund error-correction milestones through DOE’s Genesis Q competition and allied programs, and keep allied results peer-reviewed and public.

37. Ocean and the navigation layer

ACCURACY

Partly confirmed

What we said. The September 27 paper: a marine absolute-gravimeter national standard, tied to China’s positioning, navigation and timing system. The September 21 report adds that China has tested a diamond magnetometer aboard a deep-sea submersible.

What the plan said. Ocean (海洋) is a strategic high technology in the CCTV account, and China Science Daily’s retrospective lists deep-sea detection among the 14th Five-Year breaks. The standard is ours. The field is printed. The CCTV account also lists atmosphere, ocean and ecology as a sustainability field.

What this means for the United States, our Allies, and NATO. China ties ocean sensing to navigation through a marine absolute-gravimeter national standard. Quantum clocks, gravimeters, and magnetometers offer navigation where GPS is denied or distrusted, a direct need for U.S. and allied navies.

STRATEGIC ASSESSMENT AND REACTION Assessment: maritime programs have long qualification cycles. Reaction: fund early qualification of quantum navigation sensors in U.S. Navy and allied test programs.

38. An organized channel for overseas talent

ACCURACY

Architectural match

What we said. The September 27 paper: a national overseas-scientist fund of RMB 1–3 million over three years. It adds that an Entity-Listed quantum academy recruits through it.

What the plan said. China Youth Daily and the CAS account: the talent highland is to be a gathering place (集聚地) for talent from home and abroad and a school (大学校) for skills the nation urgently needs. China Science Daily lists international scientific cooperation among the reform tasks. The fund is ours. The talent mechanism is the plan’s direction. No sentence states the fund. China Youth Daily also lists integrated development of education, science and talent as a distinctive feature.

Further record. A named Chinese talent program now appears on the record. The October 5, 2025, paper “Surface Ion Trap for Fast Microwave Gates” (Chips, MDPI), co-authored by the head of the Russian Quantum Center’s ion-computing group as a Renmin University visiting scholar, was funded by China’s National Natural Science Foundation and the Beijing Foreign High-level Talent Program. The grade is unchanged, because the plan does not name the program, but the mechanism row 38 describes is documented (“The Moscow-Beijing Quantum Axis,” Section 4.3).

What this means for the United States, our Allies, and NATO. China recruits overseas scientists in an organized way. U.S. and allied institutions need clear policies on research partnerships and foreign recruitment, because talent security is now part of national security.

STRATEGIC ASSESSMENT AND REACTION Assessment: tighter rules can slow hiring in a scarce field. Reaction: pair talent-security policies with funded fellowships, visas, and training programs that grow the allied quantum workforce.

39. A space-ground quantum network, already a five-year target

ACCURACY

Partly confirmed

What we said. The September 21 report: China has written a space-ground quantum network into its five-year plan, and has demonstrated intercontinental key exchange near 12,900 kilometers. The September 22 paper: China has written an integrated space-ground quantum network into its five-year plan, and has flown hardware since Micius. The September 27 paper adds China Telecom’s commitment to a nationwide space-ground quantum network by 2030.

What the plan said. Space (空间) and information are strategic high technologies in the CCTV account. CCTV orders major facilities upgraded to digital, networked and intelligent operation. The network phrase is the papers’. The fields and the interconnection are the plan’s. Because no outlet uses the network phrase, no outlet gives it a date either.

Further record. The repeater layer that a nationwide network needs is advancing in trapped ions. In “Long-lived remote ion–ion entanglement for scalable quantum repeaters” (Nature, April 2, 2026), Pan Jianwei’s team at USTC and Hefei National Laboratory kept two trapped-ion memories entangled over 10 kilometers of fiber for longer than it takes to create the next entangled pair, the threshold a working repeater requires, using a telecom interface built on periodically poled lithium niobate. The same setup ran device-independent quantum key distribution over 10 kilometers and showed a positive key rate over 101 kilometers. The paper names nationwide quantum networks as the goal. Its first listed funding award is national major project 2021ZD0301105, the strongest candidate for the repeater project that supports China’s trapped-ion interconnection-node standard (row 16); no record yet maps that project’s title to the number. Sources: \Nature\; arXiv preprint 2602.08472.

What this means for the United States, our Allies, and NATO. China plans a single space-ground quantum network. Allied counterparts exist: the Department of Energy’s 2020 quantum internet blueprint and the EU’s EuroQCI, which pairs terrestrial networks with a space segment. The gap is deployment and scale, not the absence of a plan. The design the papers describe — fiber first, space as the extension — is one allies can build. Sources: DOE, July 2020; European Commission, EuroQCI.

STRATEGIC ASSESSMENT AND REACTION Assessment: a 2030 Chinese target gives planners a clear benchmark, but a U.S. network needs coordination across agencies that rarely buy together. Reaction: fund a joint federal pilot linking one fiber network to one satellite ground station, and extend it to allied partners.

40. Systematic, forward-looking layout

ACCURACY

Confirmed: plan language

What we said. The September 22 paper: Beijing builds the stack as a nation, not as a company, and the layout is strategic rather than investigator-led. The September 27 paper: the competition is architecture versus architecture. The September 21 report adds that the program is designed to be seen late.

What the plan said. CCTV, September 28: the layout is to be strategic, forward-looking and systematic (战略性、前瞻性、体系化布局). The sentence is in the public text. China Science Daily’s guideline carries the same idea in systematic layout and assault leadership (体系布局、攻坚引领).

What this means for the United States, our Allies, and NATO. China plans the whole system, not individual projects, and the United States should plan its side the same way. A program designed to be seen late also means U.S. and allied planners should not wait for Chinese announcements before acting.

STRATEGIC ASSESSMENT AND REACTION Assessment: U.S. planning is spread across agencies, and no single owner of the whole may emerge on its own. Reaction: brief the AI Force and national-security staff on a system-level quantum plan, with a lead office and a multi-year budget substantially above current levels, and give full-stack American and allied providers a direct role in delivering it.

41. Security protection on the facilities upgrade

ACCURACY

Confirmed: plan language

What we said. The September 21 report: a state that believes a rival can harvest its data answers by making communications and secrets uncollectable, and China already runs that program. The September 22 paper put cryptographic gateways under institutional demand. The September 21 report adds that China’s quantum-secured infrastructure spans some 40 cities and more than six million users.

What the plan said. The CCTV account carried by CAS: the facilities upgrade includes data aggregation, unified standards, and security-protection capacity (安全防护能力建设). The protection task is printed. The city network is ours. The same account lists information as a strategic high technology.

What this means for the United States, our Allies, and NATO. China is hardening its networks against harvest-now, decrypt-later collection. U.S. and allied agencies, banks, and utilities face the same risk today. The September 21 report notes that EO 14409 names the cyber defense of hospitals, banks, and utilities.

STRATEGIC ASSESSMENT AND REACTION Assessment: key distribution does not protect compromised endpoints or insiders, and oversold claims will backfire. Reaction: fund post-quantum migration across critical infrastructure on the federal timeline, with key distribution for the links where traffic aggregates.

42. Control science as an academy advantage

ACCURACY

Partly confirmed

What we said. The September 22 paper: Origin described chip, measurement, control, environmental support and operating system as self-developed. Tianji 4.0 supports more than 500 qubits. The September 21 report adds that the CAS Center for Excellence delivered a 504-qubit chip, Xiaohong, to QuantumCTek in April 2024.

What the plan said. The CCTV account: the AI-for-science chapter rests on CAS strengths in mathematics, computer science, control science (控制科学), and scientific data. Control science is printed. Tianji is not named. Pan-Shi is the model that chapter builds.

What this means for the United States, our Allies, and NATO. China counts control science as a national strength. Control electronics decide qubit fidelity, and allied control systems and domestic chip production are the counterpart.

STRATEGIC ASSESSMENT AND REACTION Assessment: control electronics depend on supply chains that cross several countries. Reaction: fund domestic and allied production of quantum control electronics and include it in trusted-supply programs.

43. A scientific corpus and a data center

ACCURACY

Partly confirmed

What we said. The September 21 report: the September 16 Beijing center is chartered to combine quantum computing with AI and high-performance computing. The September 22 paper had twenty AI models in orbit. The September 21 report adds that the center is controlled by China Telecom Quantum Group and is building a domestically produced quantum software stack.

What the plan said. CCTV and Science and Technology Daily list the scientific corpus (科学语料库) and the scientific data center (科学数据中心) beside Pan-Shi and the Intelligent Scientist Systems. The infrastructure names are the plan’s. The company exhibits are ours. The facilities upgrade adds data aggregation.

What this means for the United States, our Allies, and NATO. China is building shared data infrastructure for AI-driven science, including a scientific corpus and a scientific data center. The United States can make quantum computing part of its own AI-for-science infrastructure, and the DOE Genesis Mission and the Genesis Q competition are the obvious entry points.

STRATEGIC ASSESSMENT AND REACTION Assessment: DOE is funding AI-for-science infrastructure now, and quantum risks being left out. Reaction: include quantum explicitly in Genesis Mission awards and in allied AI-for-science programs.

44. Transfer of results as a reform task

ACCURACY

Confirmed: plan language

What we said. The September 21 report: Beijing’s advantage is conversion capacity, moving research into components, pilot lines, standards, procurement pull and defense-relevant use. The September 22 paper: China is building the customer, not only the supplier. The September 21 report adds that QuantumCTek’s return to profit, RMB 5.39 million, shows that commercial sustainability is not the binding constraint.

What the plan said. China Youth Daily and the CAS account list technology-transfer and conversion (科技成果转移转化) among the reform tasks, and name deep fusion of scientific and industrial innovation (科技创新和产业创新深度融合) as a distinctive feature of the plan. Science and Technology Daily supplies the tools: the white list and the transfer patent library.

What this means for the United States, our Allies, and NATO. China has made commercialization a reform task. U.S. firms already convert research into revenue and deployed products, while China’s champion earns a thin profit with state backing. That record should be in front of policymakers.

STRATEGIC ASSESSMENT AND REACTION Assessment: commercial traction is evidence policymakers can verify, but it does not replace public investment against a state-backed rival. Reaction: pair private capital with public funding for scale-up and first procurement.

45. Education, science and talent as one

ACCURACY

Partly confirmed

What we said. The September 21 report: the conversion system is visible in appointments before it is visible in contracts, and USTC is the talent origin of the Hefei cluster. The September 22 paper: no single firm owns the stack; the laboratory and the carriers do. The September 21 report notes that the chief designer of the Micius science application system was chairman of QuantumCTek from 2018 to 2023.

What the plan said. China Youth Daily lists integrated development of education, science and talent (教育科技人才一体发展) as a distinctive feature; Science and Technology Daily and Xinhua also name it. The CAS account says the talent highland is to produce an assault team (攻坚队). The appointments are ours. China Science Daily records 39 talent measures from the 14th Five-Year period.

What this means for the United States, our Allies, and NATO. China ties universities directly to its program. U.S. and allied university and national-laboratory relationships are the allied talent pipeline. Tracking who moves between Chinese labs, firms, and state posts is also a diligence tool for partner screening.

STRATEGIC ASSESSMENT AND REACTION Assessment: some academic partners may have ties to listed Chinese institutions. Reaction: fund university quantum programs and pair each with the partner screening described in row 33.

46. Communications, components, and procurement first

ACCURACY

Partly confirmed

What we said. The September 21 report: escalation in AI is a reason to expect escalation in quantum, first in communications, components and state procurement. The September 22 paper: Beijing is strongest in communications and components. The September 21 report rests that reading on QuantumCTek’s 2025 annual report and on the 15th Five-Year Plan.

What the plan said. Information and materials are strategic high technologies in the CCTV account. Science and Technology Daily prints the chain-leader action, and China Science Daily prints industrial-demand pull. The order of escalation is the papers’. The three fields are the plan’s. No outlet ranks them against each other.

What this means for the United States, our Allies, and NATO. China’s lead is in communications and components, so that is where the United States and its allies will feel competition first. Allied quantum networking is the front line.

STRATEGIC ASSESSMENT AND REACTION Assessment: Chinese networking is cheaper and at larger scale in third markets. Reaction: fund allied quantum networking for governments and critical infrastructure, where trust outweighs price, and support exports to partner nations.

47. Gigawatt-scale space infrastructure, as a five-year target

ACCURACY

Partly confirmed

What we said. The September 21 report: the Fifteenth Five-Year Plan calls for gigawatt-scale space-based digital and intelligent infrastructure. The September 22 paper: the Pearl plan, September 12–13, gigawatt-scale computing in orbit by 2030. The September 21 report adds that the United States confirmed on September 14 and 15 that it has weapons in orbit, and Beijing warned against turning space into a battlefield.

What the plan said. Space is a strategic high technology, and major facilities are to be digital, networked and intelligent. The gigawatt figure and the 2030 date are the papers’. The field and the upgrade are the plan’s. No outlet repeats the gigawatt figure.

What this means for the United States, our Allies, and NATO. China plans large-scale computing in orbit. U.S. space-based infrastructure, including commercial radar satellites operating under National Reconnaissance Office contracts, gives the allied side a base to build on as that market forms.

STRATEGIC ASSESSMENT AND REACTION Assessment: gigawatt-scale orbital computing is a long-dated goal and may slip. Reaction: fund near-term space services, such as optical links and timing, ahead of long-range compute.

48. Four orientations, not investigator-led topics

ACCURACY

Partly confirmed

What we said. The September 22 paper: the integrator is the state. The September 21 report adds that a leadership signal starts the conversion pipeline.

What the plan said. Science and Technology Daily and the CCTV account: the layout adheres to the Four Orientations (四个面向). The phrase is the plan’s. The procurement notices are ours. The guideline’s opening words, mission focus (使命聚焦), point the same way.

What this means for the United States, our Allies, and NATO. China directs research from national needs. U.S. and allied funding lands best when framed around named national missions rather than technologies alone, which is also how the AI Force and national-security agencies set priorities.

STRATEGIC ASSESSMENT AND REACTION Assessment: generic technology funding loses priority to named missions. Reaction: attach quantum funding to named national and NATO missions.

49. Ocean, atmosphere, and ecology as a field

ACCURACY

Partly confirmed

What we said. The September 21 report: undersea and timing are where the program converts to military effect first. The September 27 paper: a marine absolute-gravimeter national standard, tied to positioning, navigation and timing. The September 21 report adds that China’s submarine fleet is projected at up to 80 hulls by 2035 and that China has flown drone-mounted magnetometers offshore.

What the plan said. The CCTV account lists ocean (海洋) as a strategic high technology. It also lists atmosphere, ocean and ecology (大气海洋与生态环境) as a sustainability field. The sensors and the hull count are ours. China Science Daily’s retrospective lists deep-sea detection among the 14th Five-Year breaks.

What this means for the United States, our Allies, and NATO. Undersea sensing and timing are where China’s program reaches military use first. U.S. and allied navies need quantum sensing and timing in that domain. The September 21 report notes that Japan is budgeting quantum sensors for fiscal 2027, a sign allied navies are moving too.

STRATEGIC ASSESSMENT AND REACTION Assessment: these programs are often classified and slow to award. Reaction: fund cleared maritime quantum-sensing programs and coordinate them with allied navies.

China’s external reach

CRITICAL STATEMENT The release confirms the cooperation task, not the map.

China Youth Daily’s 32-character guideline closes on open coordination (开放协同), and the academy account lists international scientific exchange and cooperation (国际科技交流合作) as a reform task. That is the global-footprint sentence in the release. The September 28–29 accounts do not print Rosatom, Russia, Vienna or South Africa. The partner list is the papers’.

The footprint the papers recorded. None of the following appears in the academy accounts:

• Russia. The September 21 report recorded that the Chinese Academy of Sciences and Rosatom signed a memorandum covering quantum and photonics on May 21, 2026, during President Putin’s state visit. The September 22 paper treated that channel as part of the stack, not side diplomacy. The roughly 3,800-kilometer Moscow–Urumqi key link tested over Micius in 2022 (the satellite re-entered in January 2026), and a possible helium-3 route through Russia, are also the papers’ record.
• Keys abroad. Beijing–Vienna over Micius, Jinan-1 keys to South Africa, and intercontinental key exchange near 12,900 kilometers.
• Access offered to the world. Wukong, reached from more than 190 countries and regions, and the Hefei fusion center, open to users worldwide.
• Scale at home. Quantum-secured networks across some 40 cities and 7.2 million quantum-communication users by mid-2026.
• Talent. An organized overseas-scientist fund through which an Entity-Listed quantum academy recruits.

Russia, beyond the memorandum The public record shows a Chinese state-funded trapped-ion program with sustained access to members of one Russian technical team working on Russia’s national quantum-computing program, through a visiting appointment, Chinese grants, co-authored technical papers and a recurring Russian-Sino workshop. It shows no confirmed transfer of proprietary technology and no Chinese processor traced to a Russian design. China’s surface-trap and addressing capability is its own. Huayi Boao’s patent CN115409190A, published November 29, 2022, already treats microwave-electrode, gradient-magnetic-field addressing as known technology and rejects it in favor of optical addressing, and the National University of Defense Technology reports an in-house surface-electrode trap with coherent control of chains of up to 20 ions, funded under national project 2021ZD0301605 (Acta Physica Sinica, 2025). The Russian contribution visible in the record is narrower: specialist work on fast microwave gates. The relationship is sustained, not incidental. The Chinese trapped-ion leader who hosted a Russian Quantum Center delegation in November 2023 later co-authored the Russian-led fast-microwave-gate design, co-chaired the 2026 Russian-Sino workshop in Moscow, and leads a group at Renmin University. Renmin University is among the drafting institutions of China’s trapped-ion interconnection-node standard project; no record names his group as a drafter. No record shows Russian content in that project or Russian participation in China’s national projects. “The Moscow-Beijing Quantum Axis” sets out the relationship in full. It also states the limit plainly: the public evidence for joint trapped-ion work rests on three China-funded co-authored papers, one visiting appointment and an annual workshop, and none shows fabrication of the joint design. Russia’s FSB approval rule for research with foreign participants in listed fields, in force since March 1, 2026, will keep that record thin.

What this means for the United States, our Allies, and NATO. The release tells allies that China will keep cooperating outward; the papers show where. The choice in front of allied governments is whose operators sit inside their keys, whose clouds hold their research, and whose people carry their engineering knowledge. The answer is an in-alliance stack that allies operate themselves, backed by the partner and talent screening in rows 33 and 38.

STRATEGIC ASSESSMENT AND REACTION Assessment: the alliance is misaligned, and tacit knowledge moves through people faster than through hardware. Reaction: fund operator-owned allied networks and computing access, and adopt key-person protection policies across allied quantum programs.

NATO’s Quantum Technology Roadmap

CRITICAL STATEMENT The Alliance has now written down the priorities the three papers drew from China’s record.

Allies approved NATO’s first Quantum Technology Roadmap on July 30, 2026, and NATO published a public summary on September 29, the day after the academy’s plan. The roadmap was drafted before and apart from the papers, so the overlap is an independent allied check on where the papers put the weight. It has five lines of effort, with public deadlines from 2026 to the third quarter of 2029.

NATO's clock against China's

2026-27 QUESTOR sensor sea trials

▶

Q2 2027 Quantum Assessment Criteria

▶

Q4 2027 Brussels-Mons post-quantum pilot

▶

Q3 2029 Alliance standards roadmap

▶

2030 China's decisive sprint ends

What the papers said	What NATO’s roadmap sets	Rows
Sensing and timing are the near-term deliverable, and navigation without GPS is where forces need quantum first	QUESTOR sea trials in 2026 and 2027 at the Centre for Maritime Research and Experimentation, testing quantum sensors for positioning, navigation, and timing where satellite signals are unavailable	13, 37, 49
AI, quantum, and space must be planned together	The roadmap examines how quantum interacts with AI, space, and next-generation communication networks; the Transatlantic Quantum Community discussed AI–quantum convergence in Washington on September 24–25	31, 32, 47
The alliance is misaligned, with national programs and no common measure	Quantum Assessment Criteria due in Q2 2027, a standardization specialist team in Q3 2027, and an Alliance quantum standards roadmap not until Q3 2029; the Transatlantic Quantum Community is informal and covers 24 of 32 Allies	16, 29, 54
Post-quantum migration is out of step across allies	Post-quantum standards adoption is listed as ongoing, with no date; the only dated network work is a Brussels–Mons post-quantum pilot in Q4 2027, while U.S. federal deadlines are 2030 and 2031	17, 41
Allies need computing access inside the alliance, not through China’s open clouds	A concept for an Allied Quantum Computing Access Network, due in Q4 2027	34, 53
Funding is the binding constraint	The public summary contains no budget; the Science and Technology Organization’s work depends on national priorities and funding; the €8 million estimate for the Brussels–Mons pilot is the only public figure	21

What this means for the United States, our Allies, and NATO. NATO and the papers agree on what matters; they differ on speed. China’s plan ends its decisive sprint in 2030. Most of NATO’s dated deliverables through 2027 are reports, criteria, and concepts, and the Alliance standards roadmap arrives in late 2029.

STRATEGIC ASSESSMENT AND REACTION Assessment: the roadmap is the right frame, but it lacks the money and the clock to match China’s program. Reaction: Allies should attach national funding lines to the roadmap, pull the standards roadmap forward from 2029, set an Alliance-wide post-quantum migration date aligned with the U.S. 2030 and 2031 deadlines, move the QUESTOR sensors from trials toward procurement, and bring the remaining eight Allies into the Transatlantic Quantum Community. Above all, Allies should direct procurement to American and allied companies that can field integrated, full-stack capability, because that is the capability China is building.

Sources: NATO’s public summary of the roadmap and its announcement, September 29, 2026, as reported and analyzed by PostQuantum, October 2, 2026, and The Quantum Insider, September 30, 2026.

Part VII — The receipt drawer

These rows are the proper nouns under earlier findings. They are the receipt drawer, not a second score. They are printed in full and are not counted again.

50. A standing liaison, not a pitch

ACCURACY

Graded with row 20

What we said. The September 22 paper: the Scenario Handshake matched more than 60 firms to industrial buyers. The September 21 report records the same September 16 launch, matching firms with industrial and government customers.

What the plan said. The account orders a standing liaison mechanism (常态化对接机制) with industry regulators, local governments and leading technology firms, plus the SASAC institute-enterprise action. The Handshake is ours. The standing channel is the plan’s. It sits beside the white list and the transfer patent library.

What this means for the United States, our Allies, and NATO. China keeps a permanent channel between labs and buyers. The United States and its allies need standing channels between agencies, operators, and suppliers, not one-off solicitations, because standing relationships give early sight of requirements.

STRATEGIC ASSESSMENT AND REACTION Assessment: standing channels take senior time to maintain and rarely survive without an owner. Reaction: establish a standing U.S. quantum liaison office with allied counterparts.

51. The refrigerator, domestic

ACCURACY

Graded with row 5

What we said. The September 22 paper: Origin builds dilution refrigeration in-house. CETC’s XS1000 is liquid-helium-free and still needs a helium-3/helium-4 mixture. The September 21 report adds that helium-3 comes almost entirely from tritium decay in weapons stockpiles.

What the plan said. No outlet names the XS1000. Materials and information are strategic high technologies, and the 14th Five-Year record claims key-core breaks in materials and energy. The hardware names remain ours. No outlet mentions cryogenics.

What this means for the United States, our Allies, and NATO. Refrigeration and helium-3 remain a constraint for superconducting programs on both sides. A single large refrigerator holds on the order of 40 liters of helium-3, which makes the dependency easy to explain to budget officials.

STRATEGIC ASSESSMENT AND REACTION Assessment: helium-3 scarcity is a concrete, measurable supply risk. Reaction: fund helium-3 recovery, alternatives, and allied reserves.

52. Control electronics, owned

ACCURACY

Graded with row 3

What we said. The September 22 paper: Tianji 4.0, unveiled in 2025, supports more than 500 qubits. Origin described chip, measurement, control, environmental support and operating system as self-developed. The September 21 report notes that a co-founder of Origin Quantum is a professor at USTC.

What the plan said. The plan does not name Tianji. Information is a strategic high technology, and the matrix is built on major platforms. The control-layer claim is the stack paper’s. Control science is named in the AI-for-science chapter.

What this means for the United States, our Allies, and NATO. Owning the control layer is strategic for both sides. Allied systems built on a stack owned from chip to software are easier to trust.

STRATEGIC ASSESSMENT AND REACTION Assessment: buyers will still need third-party verification. Reaction: fund independent testing facilities for quantum control layers in the United States and allied nations.

53. A national cloud as the distribution layer

ACCURACY

Graded with row 19

What we said. The September 22 paper: Wukong, reached from more than 160 countries, and Tianyan, run by USTC and China Telecom. Distribution is a layer, not a press release. The September 27 paper adds that the Hefei fusion center opened quantum computing services to users worldwide.

What the plan said. Demand-side pull and the chain-leader action are the plan’s distribution sentence. The cloud names and the country count are ours. No outlet names a cloud service.

What this means for the United States, our Allies, and NATO. China distributes quantum computing through national clouds reached from more than 190 countries and regions by June 2026 (China News Service, June 15, 2026). The major U.S. cloud platforms are the allied comparison, and cloud access is how researchers in third countries choose a platform.

STRATEGIC ASSESSMENT AND REACTION Assessment: Chinese access may be cheaper. Reaction: fund research credits for allied and partner-country researchers on U.S. and allied quantum clouds.

54. Export controls answered upstream

ACCURACY

Graded with row 6

What we said. The September 22 paper: Origin on the Entity List since May 2024, QuantumCTek since November 2021, and State Grid Anhui replacing a cut-off diamond supply. The answer was domestic materials and tools, not a waiver. The September 21 report adds that export controls produced a localized Chinese supply chain, down to domestic dilution-refrigerator manufacture.

What the plan said. Materials are a strategic high technology in the CCTV account. The Entity List dates and the diamond cutoff are ours. The 14th Five-Year record claims key-core breaks in materials and energy.

Further record. Because of Russia’s opposition, the Wassenaar Arrangement could not agree significant control-list additions in its 2023 and 2024 cycles, with quantum computing among the technologies discussed; allies moved to national controls instead, and the United States issued its own quantum controls in September 2024 (“The Moscow-Beijing Quantum Axis,” Section 7.3). Russia’s veto protects both partners, and the national patchwork is the allied misalignment this report describes.

What this means for the United States, our Allies, and NATO. Export controls pushed China to localize. Controls alone slow China; trusted domestic and allied supply is what keeps the United States and its allies ahead.

STRATEGIC ASSESSMENT AND REACTION Assessment: allied misalignment is a strategic risk in its own right — the September 21 report counts thirty-two national programs with no common measure, divergent doctrine on key distribution, and out-of-step post-quantum migration. Reaction: brief export-control officials and allied ministries together, so controls and allied sourcing move in step.

55. Forty cities, already service

ACCURACY

Graded with row 12

What we said. The September 22 paper: QuantumCTek operates quantum-secure networks across 40 cities, a return to net profit in 2025, revenue RMB 310 million. The September 21 report put the user count near six million. The September 27 paper reports China Telecom’s figure of 7.2 million quantum-communication users by mid-2026.

What the plan said. Information is a strategic high technology. No outlet names the 40 cities or the user count. Deployment-as-service is the papers’. Demand-side pull is the plan’s sentence for this kind of deployment.

What this means for the United States, our Allies, and NATO. China already sells quantum-secured networking as a service at scale; that is the gap U.S. and allied metropolitan networks need to close. QuantumCTek’s research spending at 39.7 percent of revenue shows how much of that service is still state-backed development.

STRATEGIC ASSESSMENT AND REACTION Assessment: China’s scale lowers its costs. Reaction: make deployment counts the main metric of U.S. and allied networking programs.

56. Demand created by a match, not a market

ACCURACY

Graded with row 20

What we said. The September 22 paper: Beijing E-Town’s Scenario Handshake, September 16, more than 60 firms to industrial buyers in six areas. The September 21 report: government as customer, creating a market before the technology is mature. It flags underwater sensing and substations among the Handshake’s application areas.

What the plan said. The white list, the standing liaison and the chain-leader action are that function written as policy. The Handshake date is ours. The SASAC action supplies the buyers.

What this means for the United States, our Allies, and NATO. Government-created demand works in China. A U.S. program that matches vendors to buyers would tell suppliers what buyers want and shorten development.

STRATEGIC ASSESSMENT AND REACTION Assessment: without such a program, demand stays fragmented. Reaction: create a federal matching program open to allied suppliers.

57. The grid as anchor customer

ACCURACY

Graded with row 19

What we said. The September 22 paper: Houdian 220 kV substation, 85 domestic devices, People’s Daily on July 29, power-flow run on Wukong, next an Anhui power quantum-secure network. The September 27 paper notes a parallel U.S. case: a DOE-funded project in Chattanooga ran QKD between an electric utility’s substations.

What the plan said. Chain-leader enterprises and industrial-demand pull are the plan’s buyer sentence. State Grid is not named. The substation is ours. Dual-carbon sits on the same 14th Five-Year special-action list as quantum.

What this means for the United States, our Allies, and NATO. China uses its grid operator as an anchor customer. U.S. utilities, such as EPB in Chattanooga, show the same model can work in the United States.

STRATEGIC ASSESSMENT AND REACTION Assessment: utility procurement is slow and local. Reaction: fund utility quantum security through federal grid-resilience programs and work through utility associations to reach several utilities at once.

58. A standards committee before the plan

ACCURACY

Graded with row 16

What we said. The September 22 paper: April 23, 2026, State Grid Anhui founded the first power-quantum standardization technical committee. The September 27 paper adds that PLA universities are named drafters of two national quantum standards.

What the plan said. CCTV: the facilities upgrade includes unifying standards and specifications. The committee is ours. Standards as a control layer is the plan’s. Data security is named on the same upgrade.

What this means for the United States, our Allies, and NATO. China set utility quantum standards early. U.S. and allied utility standards for quantum security are still open, which leaves room to shape them.

STRATEGIC ASSESSMENT AND REACTION Assessment: standards bodies move slowly. Reaction: fund U.S. and allied participation in the grid standards groups that cover quantum security.

59. The microsatellite as the buying unit

ACCURACY

Graded with row 10

What we said. The September 22 paper: Jinan-1 cut the payload from about 250 kilograms to about 23, and the ground station from about 13 tonnes to about 100 kilograms. The September 27 paper records that Jinan-1 re-entered in October 2025. It also notes that the most-cited Western assessments still describe Jinan-1 as in service.

What the plan said. Space is a strategic high technology. No outlet names Jinan-1. The weight cut is ours. The re-entry is the later paper’s record. Space is listed with optoelectronics among the strategic high technologies.

What this means for the United States, our Allies, and NATO. Small, affordable satellites are China’s buying unit. Allied agencies relying on outdated assessments, which still describe Jinan-1 as in service, may misjudge China’s next launches.

STRATEGIC ASSESSMENT AND REACTION Assessment: overstatement in either direction costs credibility. Reaction: update allied net assessments with dated, sourced facts.

60. Higher orbit, targeted

ACCURACY

Graded with row 10

What we said. The September 22 paper: a medium-to-high-orbit quantum satellite at roughly 10,000 km, payload performance about ten times Micius, launch readiness targeted for end-2026. Status undisclosed. The September 27 paper lists any launch of the medium-high-orbit satellite as an indicator to watch.

What the plan said. Space as a strategic field is the housing. The altitude and the date are the stack paper’s, sourced to a 2024 statement. No outlet names a satellite or a launch date.

What this means for the United States, our Allies, and NATO. A higher-orbit Chinese quantum satellite would widen China’s coverage. Allied agencies will need to know whether a U.S. or allied higher-orbit option exists.

STRATEGIC ASSESSMENT AND REACTION Assessment: higher-orbit missions are costly and slow. Reaction: fund a staged allied path that starts with low-orbit links.

61. Constellation tied to fiber

ACCURACY

Graded with row 10

What we said. The September 22 paper: a quantum constellation of higher-orbit satellites and low-orbit microsatellites connected to a national fiber network of more than 12,000 km, already described as a five-year-plan target. The September 27 paper cites China National Radio, June 30, 2026, on the constellation being built at an accelerating pace.

What the plan said. Space and information are both strategic high technologies, and major infrastructures are to be digitally interconnected. The 12,000 km figure is ours. Information is the field that houses the fiber layer.

What this means for the United States, our Allies, and NATO. China joins satellites and fiber into one network. The United States and its allies can build the same design: fiber first, with space as the extension.

STRATEGIC ASSESSMENT AND REACTION Assessment: the design needs both telecom and space partners to agree. Reaction: fund one pilot pairing an existing quantum fiber network, such as Chattanooga’s, with a satellite ground station.

62. Foreign partners on a Chinese key path

ACCURACY

Graded with row 11

What we said. The September 22 paper: Beijing–Vienna over Micius, the Russia–China channel of about 3,800 km, Jinan-1 keys to South Africa. The inference: the satellite owner sits inside every key it relays. The September 21 report places the Russia–China link between ground stations near Moscow and Urumqi.

What the plan said. The plan names space, data security, and open cooperation. It does not describe the key path. The trust inference stays ours. Open coordination closes the guideline.

What this means for the United States, our Allies, and NATO. Partners on a Chinese key path are an allied concern. Allied ministries can be asked directly whether their keys ever cross a foreign-operated satellite.

STRATEGIC ASSESSMENT AND REACTION Assessment: some partners value low-cost access over control. Reaction: start with allies that already restrict Chinese telecom equipment, and fund operator-owned alternatives for them.

63. Two statutes as integrating instruments

ACCURACY

Graded with row 15

What we said. The September 22 paper: Decree 841, exit control, September 15, 2026, can hold specialists. The National Defense Mobilization Law, October 1, 2026, can mobilize the firms. The September 21 report quotes the new Article 8 on advanced technologies in mobilization. It also names, as a sign the decree is applied narrowly, its use only on rare-earth and battery personnel.

What the plan said. No outlet names either statute. Systematic combat, assault leadership and the chief-commander posts are the housing. The statute names are the papers’. China Youth Daily’s systematic scientific-research combat is the plan’s closest phrase.

What this means for the United States, our Allies, and NATO. Beijing can direct its firms by law; Washington and its allies rely on contracts. Firms that can be requisitioned are a supply risk for any allied buyer.

STRATEGIC ASSESSMENT AND REACTION Assessment: the law’s use in quantum is not yet proven. Reaction: treat it as a supply-chain risk, not a certainty, in allied procurement rules.

64. Defense capital in the pilot line

ACCURACY

Graded with row 7

What we said. The September 22 paper: Norinco led Origin’s pre-IPO round of about CNY 3 billion on June 7, 2026, for kilo-qubit and 10,000-qubit pilot lines and a 12-inch wafer line. The September 21 report describes Norinco as a state defense conglomerate.

What the plan said. The SASAC chain-leader action and the key-core-technology goal are the housing. Norinco is not named. The round is ours. Innovation Facility Groups are the 15th plan form for such platforms.

What this means for the United States, our Allies, and NATO. Defense capital funds China’s pilot lines. That makes a strong case for defense-funded quantum manufacturing capacity in the United States and allied nations.

STRATEGIC ASSESSMENT AND REACTION Assessment: defense industrial-base funds come with long timelines, so delay compounds. Reaction: open defense industrial-base programs to quantum manufacturing now.

65. A photonic channel outward

ACCURACY

Graded with row 29

What we said. The September 22 appendix: CAS–Rosatom memorandum, May 21, 2026, photonic and quantum cooperation, signed during President Putin’s state visit. The September 27 paper describes the CAS–Rosatom link as an institutional channel that now includes a quantum link test.

What the plan said. China Science Daily lists open cooperation among the reform tasks, and optoelectronics as a strategic high technology. Rosatom is not named. International scientific cooperation is a reform task.

What this means for the United States, our Allies, and NATO. China is extending photonic cooperation to Russia. Allies will prefer photonics suppliers and research partners outside that channel.

STRATEGIC ASSESSMENT AND REACTION Assessment: allied photonics capacity is scattered across Europe and North America. Reaction: fund joint allied photonics research through national institutes.

66. Neutral atom, as a supported modality

ACCURACY

Graded with row 4

What we said. The September 22 paper: Origin Pilot, downloadable from February 2026, supports superconducting, trapped-ion and neutral-atom hardware. The September 27 paper notes a 12-qubit trapped-ion machine at the Hefei fusion center.

What the plan said. No outlet names neutral atoms. Optoelectronics is the housing. The modality claim is the papers’. Optoelectronics appears in the CCTV account’s list.

What this means for the United States, our Allies, and NATO. China hedges across modalities, and a trapped-ion machine already sits in its flagship fusion center. Allied programs should track Chinese results in every modality, not only the one they favor.

STRATEGIC ASSESSMENT AND REACTION Assessment: China is building capacity in every leading modality. Reaction: keep allied comparison figures current across modalities, and fund foundries and interconnects that serve whichever modality scales.

67. A carrier took the first trapped-ion machine

ACCURACY

Graded with row 19

What we said. The September 22 paper: Hyqubit’s HYQ-B100, more than 100 ions, first unit to China Mobile Research Institute. China Mobile is also a middleware investor. The September 21 report notes that HYQ’s founder is Tsinghua-affiliated.

What the plan said. Chain-leader enterprises are the plan’s buyer. China Mobile is not named. The delivery is ours. Demand-side pull is the plan’s buyer sentence.

What this means for the United States, our Allies, and NATO. A Chinese carrier bought China’s first trapped-ion machine. U.S. and allied telecom carriers are natural buyers and distributors of quantum systems.

STRATEGIC ASSESSMENT AND REACTION Assessment: carriers are cautious buyers of new technology. Reaction: fund carrier pilots that bundle computing access with secure networking.

68. A carrier owns the network firm

ACCURACY

Graded with row 19

What we said. The September 22 paper: China Telecom has controlled QuantumCTek since January 2025, and runs Tianyan. The September 21 report adds that China Telecom’s Tianyan-504 system integrates a 504-qubit CAS chip.

What the plan said. The institute-enterprise action with SASAC is the plan’s ownership sentence. China Telecom is not named. Chain-leader enterprises are the plan’s name for such owners.

What this means for the United States, our Allies, and NATO. Carriers own China’s quantum network firms, which gives those firms guaranteed distribution. Allied carriers have started: BT and Toshiba opened a commercial quantum-secured metro network trial in London in 2022. None yet owns a national quantum network firm the way China’s carriers do. Source: Computer Weekly, April 2022.

STRATEGIC ASSESSMENT AND REACTION Assessment: allied quantum network firms lack distribution. Reaction: encourage carrier partnerships through anchor-customer and pilot funding.

69. Quantum timing already flown

ACCURACY

Graded with row 13

What we said. The September 22 paper: Tiangong-2’s cold-atom clock, 2016, first cold-atom clock operated in orbit, running almost three years. The September 27 paper notes that QuantumCTek’s cold-atom gravimeter is on a first-unit procurement catalog.

What the plan said. Space is a strategic high technology. Tiangong-2 is not named. Precision measurement is not given its own sentence.

What this means for the United States, our Allies, and NATO. China has flown a quantum clock. The United States has comparable clock technology with a DARPA production award behind it, and timing is a near-term market.

STRATEGIC ASSESSMENT AND REACTION Assessment: space qualification is costly. Reaction: fund a flight demonstration of allied quantum clocks with an agency partner.

70. On-board compute, results only downlinked

ACCURACY

Graded with row 14

What we said. The September 22 paper: September 20, Chaozhisuan-1 identifies targets in orbit and downlinks the result. Pengcheng fuses a 5G base station, AI compute, and laser and microwave links on one spacecraft. The September 27 paper adds that a PLA Information Support Force center has trialled experimental equipment across cloud computing, AI and quantum.

What the plan said. The facilities upgrade is digital, networked and intelligent. The September 20 launch is ours. Data security is named on the same upgrade.

What this means for the United States, our Allies, and NATO. China now computes in orbit. On-board processing reduces downlink needs, a feature defense users value.

STRATEGIC ASSESSMENT AND REACTION Assessment: allied quantum computing in space is still prospective. Reaction: fund sensing and communications payloads first, then on-board compute.

71. Gigawatt-scale orbital compute, dated

ACCURACY

Graded with row 47

What we said. The September 22 paper: September 12–13, the Pearl plan, gigawatt-scale computing in orbit by 2030. No quantum processor is in orbit yet. The house is. The September 21 report adds that the Fifteenth Five-Year Plan calls for gigawatt-scale space-based infrastructure.

What the plan said. Space is a strategic high technology. The gigawatt date is ours. No outlet repeats the gigawatt figure.

What this means for the United States, our Allies, and NATO. China plans gigawatt-scale computing in orbit by 2030. U.S. agencies will want a domestic answer, and it will need power, links, and timing as much as compute.

STRATEGIC ASSESSMENT AND REACTION Assessment: the 2030 target may slip. Reaction: fund the supporting services — power, links, and timing — ahead of headline compute.

How to read the rows

Thirty-nine of 49 distinct findings are confirmed or partly confirmed. Three match by function. Seven are housed under a named field. Twenty-two component rows — 50 to 71 — are printed in full above and are not counted again.

THE BOTTOM LINE China’s own plan confirms what our three reports found: Beijing is building the full quantum stack as one state program, with academy goals set to 2030. The United States and its allies can match it only by funding and buying at the same scale, with substantially more money and sustained attention for American and allied quantum companies, and priority for those building integrated, full-stack platforms.

Conclusion

China is much further ahead in quantum than public reports and data indicate. The rankings officials quote most often already place China ahead in most of quantum, and they still understate it. They count research papers, stop at 2023, and score each technology in isolation. They cannot see what this report documents from China's own records: quantum-secured networks running in some 40 cities with 7.2 million users, a backbone of roughly 12,000 kilometers, carriers and the grid buying at national scale, national standards written by state laboratories and PLA universities, satellites in procurement, and a Chinese Academy of Sciences plan that names 2026 to 2030 the decisive sprint. Our three reports mapped that system before the academy published its plan. Of 49 findings, 39 are now confirmed or partly confirmed, and none is contradicted.

The United States and its allies still lead in important areas. They lead in quantum computing research and hardware, holding twice China's share of the most-cited quantum computing papers (33.6 percent to 15.9), and in published error-correction and fault-tolerance results. They lead in atomic-clock research (29.5 percent to 19.4) and in deployable clocks now entering production. They set the software and interconnect standards China measures itself against, from Qiskit to CUDA-Q and NVQLink, and they run the cloud platforms with the largest developer base. China still depends on others for the deepest inputs: pulse-tube coolers, helium-3, and high-end test instruments.

China leads where quantum deploys first. It leads quantum communication, with more than twice the United States' share of top-cited papers (33.6 percent to 16.8) and the world's largest fielded quantum-secured networks, on the ground and by satellite. It leads post-quantum cryptography research (33.9 percent to 12.1), quantum sensing (24.1 percent to 23.8), and magnetic-field sensing by a wide margin (35.2 percent to 16.6). It filed about 60 percent of the world's quantum patents in 2024. It is writing national standards across the stack, and its lasers and photonics are now sold to U.S. laboratories. These are the fields that turn into encryption, navigation without GPS, and closed networks first, before any code-breaking machine exists.

The outcome will be decided by which ecosystem moves faster from research to use. The West leads where quantum computes. China leads where quantum is already deployed, and it is building every layer as one state program on a clock that ends in 2030. The high-stakes quantum race will turn on which ecosystem, the West or the East, is fueled with more funding and research, and which puts existing quantum technologies to work immediately in its commercial economy and its military operations. For the United States and its allies, that means substantially more money and sustained attention for American and allied quantum companies, priority for those building integrated, full-stack platforms, and deployment now of the networks, sensors, clocks, and computing access that already work. A lead in the laboratory that is not fielded is a lead that China will overtake.Disclosure

This report is published by Friends of IonQ, a group of researchers and analysts focused on the quantum ecosystem at-large, and how quantum technology can enhance the human condition while fortifying the national security of the United States and its allies.

Members of Friends of IonQ hold a long position a several quantum tech related companies. No individual nor Friends of IonQ receives any compensation or future considerations from any company to prepare or share our research. 

This report is based solely on public sources. It is not investment advice and not a solicitation to buy or sell any security.