59 dated government rules, purchases and deadlines show quantum demand arriving years before published forecasts expect it, with the race against China and Russia adding urgency, and landing across every layer IonQ already owns.
This report tracks 21 U.S. government events and 38 allied and international milestones, plus post-quantum deadlines in more than 30 countries and blocs. It lists every one of these dates on a single calendar and, for each, explains what happens and gives our insight into what it could mean for IonQ: the upside, the downside and a net read. No published forecast or industry report puts these dates in one place; most follow a single government or a single technology, while this calendar sets Washington, allied governments and post-quantum deadlines in more than 30 countries side by side, from this week through 2035. Each date links to its primary source, whether an executive order, a budget request, a ministry announcement or a company filing, so readers can check every entry themselves. The next 90 days alone hold 14 dated moments, starting this week, and Washington has 13 executive-order actions due on December 19. Thirteen of the U.S. events and 24 of the allied milestones offer IonQ meaningful upside. IonQ and its subsidiaries have a documented presence in 29 countries outside the United States, and IonQ now delivers solutions in more than 50, according to its CFO. That is the story for readers to take away: this is not one catalyst; it is a global, multi-year buying cycle, and it is starting now.
Key figures from this report · sources in each section
Section 4.1 matrix, Section 9 allied table and Section 9.15 deadlines · net reads are this report's judgment
A Note:
The view, stated plainly: governments around the world are getting ready to buy quantum technology at scale, and IonQ is better placed than any company reviewed here to ride that wave.
For most of the past decade, government support meant research grants and strategy papers. Important work, but slow. What's happening now feels different, because it's happening in many places at once.
Why IonQ in particular? Think about what governments are actually shopping for: computers, chips, networks, encryption, sensors and space systems, all at the same time. IonQ has an operating company in every one of those layers. It owns a Pentagon-accredited trusted chip foundry, holds the only trapped-ion seat in DARPA's final testing round, already works under federal contracts from DARPA, the NRO and the Space Development Agency, and has footholds in the United Kingdom, Italy, Switzerland, Slovakia, Romania, Poland, Korea and Canada. No other company in this review has that combination. When this many doors open at once, the company holding keys to most of them stands to gain the most. That is what makes this moment so exciting for IonQ.
Why the risks are still shown. It is important to show the whole picture, and because a case that has already faced its weak spots is a stronger case. So every downside that turned up is here: shared openings, the December 11 funding deadline, proposed science cuts, competitors with government backing, and rules that favor other technologies. After a hard look at all of it, the conclusion still holds: the coming wave of government action is far more likely to substantially lift IonQ.
What This Means Right Now
This is not a 2030 story. The first deadlines fall this week, and the decisions made in the next 90 days will shape who supplies the next five years. This section is written for two readers: investors deciding what to watch, and organizations deciding what to do. Every date below is sourced in the section it points to.
For investors: the next 90 days
Date | What happens | What to look for | IonQ units |
Oct 20 (today) | U.S. components and sensing plans due (Section 6.1) | Whether they name purchase commitments for U.S.-made quantum parts | SkyWater, Vector Atomic |
About Oct 22 | Civilian agencies' post-quantum migration plans due to OMB (Section 5) | Budget lines for encryption inventories and quantum-safe products | ID Quantique, Elisity (pending) |
Nov 3 | Midterm elections (Section 6.2) | The lame-duck agenda for the defense bill and quantum reauthorization | All |
Nov 5 | Proposals due for China's Hefei-run quantum hardware program (this series' CAS Five-Year Plan report) | Awards that name the institutions building China's hardware layer | All (competitive context) |
Nov 9–10 | U.S. Affiliates Rule stay and China's suspension of ytterbium and erbium export controls end (race section; this series' Moscow-Beijing report) | Whether quantum stays inside U.S. export rules; licensing and lead times for rare-earth inputs | IonQ systems, SkyWater |
Nov 17 | EuroHPC's six quantum calls close, worth €119 million (Section 9.12) | Bids for the €20 million trapped-ion and €24 million QKD calls | IonQ systems, ID Quantique |
Nov 20 | Korea's quantum-security mandate takes effect for more than 600 public bodies (Section 9.9) | First public purchases under the PQC-plus-QKD two-track rule | ID Quantique, IonQ systems |
Nov 30 | NATO quantum-safe pilot award (Section 9.2) | Whether the award includes QKD or only post-quantum software | ID Quantique |
Nov to Dec | Defense bill conference and quantum reauthorization votes (Sections 6.3, 6.4) | DARPA's benchmark guiding Pentagon purchases; the Quantum for Health Act; the applications sandbox | IonQ systems |
Dec 11 | U.S. federal funding runs out (Section 6.5) | Full-year funding, another stopgap or a lapse | IonQ Federal, all |
Dec 19 | National Quantum Strategy, QC-ADDS, foundry access and the post-quantum procurement rule (Sections 6.6, 6.7) | Whether trapped-ion computing and Trusted foundries are written in | IonQ systems, SkyWater |
Q4 2026 | Elisity deal expected to close | Closing, then the first combined Zero Trust and post-quantum offers | Elisity, ID Quantique |
Dec 31 | Korea's cluster plans and Saudi banks' encryption inventories due (Sections 9.9, 9.15) | Korean awards near IonQ's Seoul center; Gulf bank purchases | IonQ systems, ID Quantique |
Jan 1, 2027 | NSA's CNSA 2.0 rules begin (Section 9.15) | Vendor compliance spending | ID Quantique |
Signs the thesis is playing out: IonQ or a subsidiary named in a federal plan or award; QKD included in NATO or EuroHPC awards; new national network contracts for ID Quantique; deliveries of IonQ systems to KISTI, Cambridge, FIU, SDT and Horizon Quantum's Dublin testbed; and the Elisity deal closing on schedule.
What would change the view: a government funding lapse that delays awards; the defense bill's benchmark language dropped in conference; post-quantum software chosen over QKD across allied awards; or delivery delays on the 256-qubit systems.
For organizations implementing quantum technology: what to do now
Hours, not weeks. AI is shrinking the time between finding a flaw and attacking it from weeks to hours. Post-quantum migration will reward organizations that already know what they run, and identity-based Zero Trust, the layer Elisity adds to IonQ, limits how far an attacker can move once inside.
How to choose and pilot: a decision framework
This series' enterprise frameworks turn those steps into a buying process (Quantum Technology Adoption: Enterprise Decision Making Framework; Analytical Review of IonQ and Quantinuum).
Demand the baseline. Never accept a speedup claim without the classical result it beat. The right vendor will welcome the comparison.
The clock is already running. The first post-quantum plans are due this week, Europe's funding calls close in four weeks, and Washington's quantum strategy lands December 19. Buyers who wait for fault-tolerant machines will be buying on someone else's schedule.
This report is research, not investment advice.
Contents
For investors and implementers: What This Means Right Now
Start here: The Thesis: A Market Maturing Faster Than the Forecasts
Then: What the Timelines Mean: Faster Growth, a Full-Stack Edge and the Race
Our Thesis: A Market Maturing Faster Than the Forecasts
The calendar in this report is itself the evidence. Governments are writing rules, funding programs and setting purchase deadlines years before the most widely cited forecasts expect quantum technology to matter.
McKinsey's 2026 Quantum Technology Monitor, the most quoted forecast, stopped collecting data in March 2026 (PostQuantum). That cutoff came before the June 22 executive orders, Commerce's equity-backed CHIPS letters, NATO's first quantum roadmap, Korea's three national clusters, and the post-quantum deadlines set this summer in Riyadh, Bern and Singapore. BCG's long-range forecast still places full fault tolerance after 2040 (BCG). IonQ's published roadmap targets 80,000 logical qubits by 2030 (Nasdaq).
This series called it early. In June, this series' The Quantum Networking Tsunami opened by stating that "quantum technology has matured faster than almost anyone forecast." Since then, the forecasts have been chasing the field. McKinsey raised both ends of its value range within a single year, and IonQ alone reported $130 million of revenue in 2025, about a quarter of BCG's estimate of about $550 million for the entire 2025 quantum market (IonQ Leads Quantum and Stands Out Among 24 Tech Peers). As the series put it in October, "Every year the forecasts rise to meet a field that has already moved," which is why it treats published forecasts as a floor, not a ceiling (The Chinese Academy of Sciences' Five-Year Plan Tells a Powerful Story of Quantum Advancement Ahead of Market Predictions).
The forecasts are chasing the field. IonQ's 2025 revenue alone was about a quarter of BCG's estimate for the entire 2025 quantum market.
McKinsey via PostQuantum; BCG; EO 14413 and 14412; NSA CNSA 2.0 and ANSSI; IonQ roadmap via Nasdaq
Every blue mark falls before BCG's broad-advantage era begins, and most fall within the next four years.
Three forces pulling the timeline forward
Sources for each force are linked in the lists below
1. Geopolitics: rivals are not waiting.
2. Technology: the hard parts are arriving on schedule or early.
3. Full-stack integration: buyers are purchasing systems, not parts.
Forecast versus calendar
Widely cited view | What it assumes | What the calendar shows |
McKinsey Quantum Technology Monitor 2026 | Data through March 2026; total quantum market of $60 billion to $100 billion by 2035 | The executive orders, CHIPS equity letters, NATO roadmap, Korea clusters and new post-quantum deadlines all came after the cutoff |
BCG long-term forecast | A noisy early era to 2030; full fault tolerance after 2040 | IonQ targets 1,600 logical qubits in 2028 and 80,000 by 2030; DARPA judges utility-scale designs through 2029 |
Market-research ranges | Quantum computing worth anywhere from about $12 billion by 2034 (Value Market Research) to $198 billion by 2040 (Roots Analysis) | Governments have set dated purchase rules for 2026 to 2031 whichever forecast proves right |
What this does and does not mean. Faster maturity here means buying, rules and deployment, not a promise that fault-tolerant machines arrive early. QuantumCTek, China's leading quantum-communication supplier, told investors in September that a universal fault-tolerant computer is at least ten years away (10jqka). Governments are not waiting for that machine. They are buying networks, sensors, clocks, secure chips and quantum-safe encryption now.
Why it matters for IonQ. A market that matures through procurement rewards companies that can deliver today across several layers. That is the profile the rest of this report tests, event by event.
What the Timelines Mean: Faster Growth, a Full-Stack Edge and the Race
Key finding. Dated deadlines turn a slow-building market into a scheduled one. That schedule favors companies that can deliver many layers at once, and it raises the cost of falling behind China and Russia.
How the timelines can accelerate growth
Forecasts assume buyers adopt quantum technology when it feels ready. The calendar replaces that judgment with dates, and dates move money.
Dates move money. Forecasts wait for buyers to feel ready. The calendar sets the date for them, and every deadline in this report is a budget decision someone has to make.
How dated rules turn into repeat demand · the report's assessment
Why full-stack companies stand to gain most
This series has tracked that integration from the start. Its June Quantum Frontier Report scored IonQ highest of 12 quantum companies and called it "the clearest example of owned vertical integration in the cohort." After IonQ's September Investor Day, the series concluded that "IonQ is no longer a quantum computing company. It has become the industrial base for the quantum industry" (IonQ's Investor Day Puts The World On Notice With Quantum Full Stack). Its September stack comparison found IonQ "the only American column entry that is 'own' from fabrication through space links" (Land, Sea, Air and Space).
The software layer that ties the stack together
IonQ's full stack is not only hardware. Its computers are sold through Amazon Braket, Microsoft Azure Quantum and IonQ's own cloud, and developers reach them through the tools they already use: Qiskit, Cirq, PennyLane, qBraid and NVIDIA's CUDA-Q, which has built-in IonQ support (IonQ docs). In January, IonQ bought Seed Innovations, a software and R&D firm serving the Department of War and the Intelligence Community; IonQ said the deal "expands IonQ's software capabilities" (The Quantum Insider). On the security side, ID Quantique's Clarion KX is "one united platform to manage hybrid cryptography on the network," and its Solteris appliance runs post-quantum cryptography on its own or alongside quantum key distribution (ID Quantique). Elisity is a software company, and IonQ says it will combine "Elisity's Zero Trust framework with IonQ's PQC and QKD capabilities" (IonQ).
That matters for the calendar. Where agencies or NATO start with software-based post-quantum cryptography, IonQ is still in the bid. And two upcoming programs favor cloud-delivered machines: the near-term applications sandbox added to the Senate reauthorization (Nextgov) and NATO's planned Allied Quantum Computing Access Network.
Independent software is choosing IonQ hardware.Singapore's Horizon Quantum builds a programming stack designed to run on any type of quantum computer, which this series called "something no other company in quantum computing is attempting" (Horizon Quantum: The Compelling Quantum Software Layer). On March 31, Horizon agreed to buy one of IonQ's first 256-qubit chip-based systems for $35 million, which founder Joe Fitzsimons said will "bring trapped ion and world-leading gate fidelities to our testbed" (Bernama; Horizon prospectus). Horizon plans to install it at a new testbed in Dublin, a move Ireland's enterprise minister, Peter Burke, welcomed (The Quantum Insider). IonQ also holds about 7.8% of Horizon's shares, per Horizon's filings (series report). When the leading independent quantum software company picks IonQ for its own flagship machine, it is a vote of confidence in the platform, and an IonQ system in an EU member state serves European customers who require local infrastructure.
Software-first is not a loss for IonQ. Through ID Quantique's hybrid cryptography platforms, Elisity's Zero Trust software and the major clouds, IonQ competes whether a buyer starts with software, hardware or both.
The real action: post-quantum cryptography plus quantum key distribution
The quantum-safe market is not choosing between post-quantum cryptography and quantum key distribution. Its leading buyers are combining them. Post-quantum cryptography is math: new algorithms, deployable in software, that no known computer can break. Quantum key distribution is physics: keys carried on single photons, where any attempt to intercept them disturbs the signal and is detected. An algorithm can fall to a new mathematical attack or a flaw in how it is coded; the physics does not change. Layered together, an attacker has to defeat both. IonQ is the only company in this review that sells both, along with the key management that joins them and, once the Elisity deal closes, the identity layer that decides who gets the keys.
ID Quantique product pages; IonQ Elisity release (8-K); IonQ on Capella and Skyloom; IDQ on Eagle-1 · status as of October 2026
Governments are writing the hybrid model into policy. On May 12, 2026, South Korea's cabinet approved an amendment requiring ministries, local governments and public institutions to build quantum security, adopting "software-based PQC and hardware-based QKD in parallel" in what the government calls a two-track strategy. The mandate takes effect on November 20, 2026, for more than 600 public bodies (IonQ Completes the Quantum-Safe Stack; MTN; Newsis). The EU builds its quantum network, EuroQCI, as "an integral part of IRIS²," its secure satellite communications system, with all 27 member states taking part (European Commission). Singapore's regulator tells businesses to work with its national network operators to "integrate quantum-safe solutions such as Quantum Key Distribution (QKD) and Post-Quantum Cryptography (PQC)" (IMDA).
Banks and telecom carriers are already running hybrids. SK Telecom built a product that pairs its post-quantum software with ID Quantique's Clavis XG and called it "the strongest quantum security available today" (Korea JoongAng Daily). IDQ's Slovakia network uses hybrid QKD and PQC for its international links (Section 9.11). Spain's national network validated financial data transfers "by means of a hybrid key scheme" combining classical cryptography, QKD and PQC (Indra), and Shinhan Bank tested a hybrid QKD and PQC link across about 22 km of Seoul with KT and Toshiba (Toshiba).
Space is the next layer, and IonQ is building for it. IonQ bought Capella and Skyloom with satellite key distribution in view; on Skyloom, Niccolò de Masi said "we're ultimately building a platform for quantum key distribution, not just on the ground" (The Quantum Insider). ID Quantique already supplies the quantum random-number board for Europe's Eagle-1 key-distribution satellite, due in late 2027 (ID Quantique). No other U.S. company in this review pairs fiber quantum networks with its own space terminals.
Where QKD is not favored, and where its opening is. The NSA "does not support the usage of QKD or QC to protect communications in National Security Systems" and views post-quantum cryptography as "a more cost effective and easily maintained solution" (NSA). France, Germany, the Netherlands and Sweden jointly called QKD "only suitable for niche use cases" and put post-quantum cryptography first (ANSSI). Those positions are real, and they set QKD's place: not every link, but the highest-value ones. That niche is government backbones, banks, power grids and data centers in the countries that are building QKD anyway, and in U.S. civilian and state infrastructure, which the NSA's rule for national security systems does not cover. IonQ is already there, from the Florida LambdaRail corridor and EPB's network in Chattanooga to the national networks in Romania, Slovakia, Poland and Korea. An IonQ buyer can start with post-quantum software and add quantum keys on the links that matter most, from the same vendor.
The forecast is a floor. MarketsandMarkets projects the QKD market to grow from $0.48 billion in 2024 to $2.63 billion by 2030 (MarketsandMarkets). As with the wider market, that estimate predates Korea's law, the EU's IRIS² integration and the hybrid deployments above.
Math plus physics. From November 20, Korea will require its public sector to deploy post-quantum cryptography and quantum key distribution in parallel. IonQ is the only company in this review that sells both, plus the key management that joins them.
Full-stack synergy, against the calendar
Five live combinations show how one buyer, one date and several IonQ units line up.
Combination | Layers joined | Dated hook | IonQ units |
Korea: national computer, encrypted government network and cluster funding | Compute, networking, security | Cluster plans due Dec 31, 2026; funding 2027 to 2030; public quantum-security market from H2 2027 | IonQ systems, ID Quantique, Lightsynq |
Cambridge: Superion 256, campus network and national-center access | Compute, networking | Centre opened Oct 15, 2026; three years of NQCC access through Innovate UK | IonQ systems, Lightsynq |
Quantum-safe migration: national QKD networks, key management and a Zero Trust policy layer | Security, networking | CNSA 2.0 on Jan 1, 2027; EU and allied plans due end-2026; federal deadlines 2030 and 2031; Elisity close expected Q4 2026 | ID Quantique, Elisity (pending), IonQ Federal |
Trusted chips to fielded sensors: Trusted foundry, merchant quantum line, photonics and optical clocks | Manufacturing, sensing | Components plan Oct 20, 2026; foundry access Dec 19, 2026; three sensor projects fielded by Sep 30, 2028 | SkyWater, Nexus Photonics, Vector Atomic |
Space links and timing: radar prototypes, optical terminals and clocks | Space, sensing | HALO Europa demonstrations by Nov 2027; FY2027 Space Force budget; Golden Dome | Capella, Skyloom, Vector Atomic |
What the calendar rewards. Four traits recur across these dates: a local presence that meets sovereignty rules, offers that span several layers, Trusted domestic manufacturing, and independent validation such as DARPA's Stage C testing. IonQ shows all four today; the open question is whether eleven units deliver as one.
Built to deliver: money, track record, energy and AI
A calendar rewards the companies that can deliver on its dates. Four facts that the forecasts leave out show IonQ can.
Money and momentum
IonQ expects 2026 revenue of $450 million to $460 million including SkyWater from July 31, and $280 million to $290 million on its own, with organic growth of about 100% (IonQ outlook; IonQ Q2 2026). Second-quarter revenue was $80.1 million, up 287%, and remaining performance obligations, the contracted backlog, rose 297%. Gartner expects all quantum computing revenue worldwide to reach $869.9 million in 2026 and $1.1 billion in 2027 (Gartner); IonQ's standalone guidance equals about a third of that, though the comparison is not like for like: IonQ's revenue also includes networking, security, sensing and space, which Gartner's figure does not count.
IonQ annual results and 2026 outlook releases; Gartner, October 8, 2026
The balance sheet matches the ambition. IonQ held $3.0 billion in cash and investments on June 30, and $2.0 billion after paying for SkyWater. Then, on October 14, Heights Capital bought $2.0 billion of stock at $40 a share, above the market, along with seven-year warrants on 100 million more shares at $69.46, which would bring in about $6.9 billion more if exercised (IonQ).
Bigger than the forecasts allow. IonQ's standalone 2026 guidance, which spans computing, networking, security, sensing and space, equals about a third of Gartner's estimate for quantum computing revenue alone. After the Heights raise, IonQ's cash is roughly twice the $2.1 billion Quantinuum, its largest pure-play rival, reported on June 30.
A record of delivering
This series' delivery ledger counts 16 IonQ commitments met, 8 still open and none slipped (The Delivery Verdict). IonQ's 2025 revenue of $130.0 million beat its guidance by 20%, first-quarter 2026 revenue came in 30% above the midpoint of its range, and full-year guidance has been raised three times this year: to $260–270 million in May, $280–290 million in August and $450–460 million with SkyWater in September (IonQ 2025 results; IonQ Q1 2026). The next dates are public: Superion 256 deliveries in 2027, full fault tolerance "in a 2027 lab setting," a manufacturable commercial system in 2028, and a cost per qubit more than 300 times lower across the roadmap (IonQ). Owning SkyWater cut the 256-qubit development cycle from nine months to two, and SkyWater signed a multi-year foundry partnership with Qolab. On security, Congruity360 signed an $8.18 million agreement to deploy IonQ's PQC and QKD appliances across the U.S. (IonQ Investor Day; IonQ).
Sixteen met, none slipped. A roadmap is only as good as the record behind it. IonQ's record says its dates are a schedule, not a wish.
The energy advantage
Superconducting quantum computers run inside dilution refrigerators. RAND found Google's Sycamore drew about 26 kilowatts, most of it for refrigeration, and that a refrigerator's power draw is "essentially independent of the number of qubits operating inside of it" (RAND, arXiv). IonQ's trapped ions are cooled by lasers, with no millikelvin refrigerator, and IonQ says Superion "draws less power than a rack of GPUs" (IonQ). A study that instrumented a Forte Enterprise system measured energy rising roughly linearly with qubits for shallow circuits, with an energy break-even against classical simulation around 34 qubits; it is a preprint covering one workload (arXiv).
Power is now a gate on computing. PJM, the largest U.S. grid, cleared its capacity auction at the $333.44 per megawatt-day cap for 2027–28, its third record in a row, driven almost entirely by data centers (Utility Dive). A quantum computer that fits standard racks, as EPB's Forte Enterprise does in Chattanooga, can go where power and cooling are scarce, and refrigeration plants do not fly in satellites. This series has made the full case in IonQ's Energy Advantage.
Power is the new gate. When grids cap out and data centers wait for megawatts, the quantum computer that needs no refrigeration plant is the one that gets installed.
Inside the AI data center
On September 23, IonQ said a Superion 256 will be the first on-premises quantum computer at NVIDIA's Accelerated Quantum Research Center, "directly linked with an NVIDIA GB200 NVL72 system via NVIDIA NVQLink" and run through NVIDIA's CUDA-Q software, with installation in 2027 (IonQ). That puts a U.S.-fabricated quantum processor on the AI industry's flagship rack, where this series has argued quantum computing's first real payoff will come (China's Quantum Push; An IonQ Solution for the AI Force). AI raises the stakes for every other layer too: model weights and training data are exactly the long-lived secrets that harvest-now-decrypt-later attacks target.
On the AI industry's flagship rack. The first quantum computer at NVIDIA's quantum research center will be a U.S.-fabricated IonQ Superion 256, wired directly to NVIDIA's AI supercomputer.
The race: what losing could mean
The companion China and Russia reports argued that the stakes go well beyond market share. Five consequences stand out.
Losing is permanent. As this series has put it, "A quantum race lost is not market share lost. It is a standard, a supply chain and an archive lost, and none of them come back."
The West computes; China deploys. This series' review of top-cited research found the United States and its allies ahead in quantum computing (33.6% of top-cited papers against China's 15.9%) and atomic clocks (29.5% against 19.4%). China leads in quantum communication (33.6% against 16.8%), post-quantum cryptography (33.9% against 12.1%) and magnetic sensing (35.2% against 16.6%), and it filed about 60% of the world's quantum patents in 2024 (The Chinese Academy of Sciences' Five-Year Plan). As the series concluded, "A lead in the laboratory that is not fielded is a lead that China will overtake." Russia adds weight from a smaller base: it produces about 3% of the world's quantum papers yet fields 70- and 72-qubit machines, has budgeted more than 29 billion rubles for 2025 to 2030, and since March 2026 requires FSB approval for research with foreigners in listed fields (The Moscow-Beijing Quantum Axis).
What Washington and its allies should do
The series' China and Russia reports end in specific, fundable asks. The ones that bear most directly on this calendar:
Buy, don't just study. Every ask above turns a plan into a purchase. The calendar shows the plans are written; what is missing is the money and the order.
China: QuantumCTek annual report via C114; Russia: ComNews; Poland: EuroHPC; Romania: IonQ; Korea: GGBA; Florida: IonQ; Japan target: Section 9.13
The allied networks are real and growing, and IonQ equipment runs most of them. But China and Russia are building at national scale while allies build country by country. Russian Railways now runs 7,858 km of quantum-key network across European Russia on equipment certified by the FSB, Russia's security service, and plans to cover the whole country by 2030 (ComNews). In orbit, China's Micius satellite, which pioneered space-based key exchange, re-entered the atmosphere in January 2026. A smaller satellite, Jinan-1, fell back to Earth in October 2025, so China has no known quantum-key satellite in orbit (The Moscow-Beijing Quantum Axis). The catch is what cannot be seen: China does not disclose everything it launches, it has promised three low-orbit quantum satellites for 2026 and a higher-orbit one ready for launch by the end of 2026 (China's Quantum Push), and its stated goals are a global quantum communication service by 2027 and a satellite constellation by 2030 (PostQuantum). What is visible is a floor, not a ceiling.
↗ Gidney and Ekerå 2019 and Gidney 2025 (arXiv); 2026 design as reported by The Quantum Insider · hollow point = reported, not peer-reviewed
Stolen today, read tomorrow. Encrypted data taken now can be unlocked once a capable quantum computer exists, and the estimated machine needed to break today's standard encryption keeps shrinking. For records that must stay secret for years, the risk has already started.
Each new estimate shrinks the machine an adversary needs. That is why the federal deadlines of 2030 and 2031 matter now, not then.
A track record on China. This series published three China reports between September 21 and September 27, 2026, before the Chinese Academy of Sciences released its 15th Five-Year Plan on September 28. Of the 49 findings those reports presented, 39 are now confirmed or partly confirmed and none is contradicted, by the series' own grading against published accounts of the plan, whose full text has not been released (The Chinese Academy of Sciences' Five-Year Plan). One example: the reports placed the program's center in Hefei, and the plan now names Hefei a "strategic fulcrum." The October Moscow-Beijing Quantum Axis report extends that work to Russia and states the stakes plainly: "A quantum race lost is not market share lost. It is a standard, a supply chain and an archive lost, and none of them come back." And as Land, Sea, Air and Space: IonQ's Full-Stack Bid to Keep America's Quantum Lead over China put it, "China does not need to win the computing race to win the stack race."
39 of 49. Findings from this series' September China reports that the Chinese Academy of Sciences' Five-Year Plan later confirmed or partly confirmed, with none contradicted, by the series' own grading.
What losing would mean. The companion reports argued that integration is the moat: the power that first combines quantum computing, secure networks, sensing, AI and space at scale gains a lasting commercial and military advantage. The calendar gives the United States and its allies a window measured in years, not decades, and full-stack suppliers are the fastest way to fill it.
1. Executive Summary
The calendar raises government demand in every layer IonQ serves, and IonQ enters it with an operating unit, existing federal work or a program seat in each. As in any government market, the openings are competitive, and several depend on appropriations still before Congress.
The headline. Washington is turning quantum from a research topic into a buying program, and here's the exciting part: IonQ has an operating company in every layer it's buying, from computers and chips to networks, security, sensors and space. Over the next eight months, 13 of the 21 U.S. events tracked here open a door for at least one IonQ unit.
The big picture in plain English
Here's a simple way to think about it: the federal government is quantum technology's first big customer, its rule-maker and its referee, all at the same time.
When all three roles move at once, the companies that sell across computing, networking, security, sensing and space get more chances to win. IonQ is one of the very few that sells in all of these areas, and that's exactly why it deserves close attention.
The calendar in four steps
Five things to know
Where the doors are opening
Layer | What Washington is doing | IonQ unit ready for it | When |
Computing | National quantum computer effort; national test center; DARPA validation; NDAA benchmark policy | IonQ systems, Oxford Ionics | Dec 19, 2026; NDAA in Dec; Stage C through 2029 |
Manufacturing | Wider access to War Department quantum foundries; plan for U.S.-made quantum components; proposed Manufacturing USA quantum institute | SkyWater (DMEA Category 1A trusted foundry), Nexus Photonics | Oct 20 and Dec 19, 2026; NQI floor votes |
Networking | DOE plan for quantum networking that links computers; $10M entanglement line | Lightsynq, Qubitekk | Oct 20 report; NDAA in Dec |
Security | Post-quantum procurement rule; faster module validation; crypto inventories; 2030 and 2031 deadlines | ID Quantique, IonQ Federal | Dec 19, 2026; Mar 19, 2027; 2030 to 2035 |
Sensing and timing | Three War Department sensor projects; Commerce plan for network-enhanced timing | Vector Atomic | Projects fielded by Sep 30, 2028 |
Space and missile defense | Space Force growth; NASA quantum plan; Golden Dome | Capella, Skyloom, Vector Atomic | FY2027 budget cycle |
Europe | EU Quantum Act procurement and investment tools | ID Quantique, IonQ's EU operations | Late 2026 or 2027 |
Beyond Washington: allied and international openings
The opportunity is not only American. NATO, the EU, the UK, Canada and the AUKUS partners have all moved from quantum strategies to dated trials, pilots and funding, and Section 9 tracks 21 of their milestones. In plain terms, allies are now deciding which quantum sensors, secure links and computing services they will test and standardize over the next three years.
And it reaches further still. Korea has written IonQ into its national quantum plan. ID Quantique hardware runs national networks in Romania, Slovakia, Poland and Greece, Korea's government network and Singapore's quantum-safe network. Europe's next funding round closes November 17, and regulators from Riyadh to Singapore have set post-quantum dates for 2026 and 2027 (Sections 9.9 to 9.15).
What it will take. Allied programs favor domestic suppliers, NATO's first secure-link pilot calls for post-quantum software rather than quantum key distribution, and Canada and the EU are funding local champions such as Xanadu and the Quantum Internet Alliance. IonQ's local footholds let it compete as an insider rather than an outsider.
What makes IonQ's position stand out
What to watch in the next 60 days
Keeping it in perspective
The enthusiasm here is real, but so is the need to stay clear-eyed. The openings are broad and real; like any government market, they're competitive, and some depend on Congress.
Sections 6 to 8 give each event's full upside and downside.
Bottom line. IonQ walks into the busiest stretch of quantum policymaking yet with a unit in every layer Washington is buying and federal work already under way. The moments that matter most are the defense bill, full-year funding and how the December 19 plans get written. If those break well, the calendar works in IonQ's favor. Each one is worth watching closely.
2. How to Read This Report
A quick guide before you dive in. You can read this report two ways: start with the executive summary for the big picture, or jump straight to any event that matters to you.
Deadline dates for the executive orders are counted from June 22, 2026, using the day counts in the White House texts. Day 60 is August 21, day 90 is September 20, day 120 is October 20, day 180 is December 19, day 210 is January 18, 2027, and day 270 is March 19, 2027.
3. The IonQ Platform: Map and Unit Profiles
Key finding. IonQ runs operating units in all six layers governments are buying, from trusted chips to satellites. No peer reviewed covers more than three.
IonQ's units sit in six layers that the executive orders and Congress address: computing, manufacturing, networking, security, sensing and timing, and space. Several peers operate in one or more of the same layers; Section 10 compares them.
↗ IonQ group structure · 11 units in six layers plus a federal channel
Units are drawn from IonQ's SkyWater investor presentation, its Skyloom closing release (which also confirms the super-majority stake in ID Quantique), and its Q2 2026 results(SkyWater closed July 31, 2026; Nexus Photonics acquired). Qubitekk was acquired in early 2025 (SDxCentral).
Unit Profiles
Each unit below already holds at least one federal contract, accreditation, deployment or program seat; the right-hand column names the calendar events in Sections 6 to 8 that it lines up with.
Unit | What it does | Federal touchpoints already in hand | Calendar events it lines up with |
IonQ systems(College Park, MD) | Trapped-ion quantum computers: Tempo, and the chip-based 256-qubit Superion line; first 256-qubit system sold to the University of Cambridge | DARPA QBI Stage C, up to $300M; DARPA HARQ interconnect program | NDAA QBI provision; QC-ADDS partnership models; national assessment center; one-year national security assessment |
Oxford Ionics(UK) | Electronic qubit control on chips made in standard semiconductor fabs | Integrated into the Superion roadmap under Stage C validation | Oct 20 components plan; QC-ADDS; War Department foundry access |
SkyWater (MN, FL) | U.S. pure-play foundry and advanced packaging; acquisition closed July 31, 2026. Its Quantum Solutions line (launched Sep 8, 2026) serves outside quantum firms as a merchant foundry, with superconducting (SC250) and silicon-nitride photonics (SP90) platforms; Qolab is the first named customer | DMEA Category 1A Trusted across 100% of operations | Oct 20 components plan; Dec 19 foundry access; NQI manufacturing institute; FAR compliance as a contractor; merchant volume from CHIPS-letter recipients |
Nexus Photonics | Integrated photonics for miniaturization and mass manufacturing of quantum systems | Supplies photonics into IonQ's trusted manufacturing flow | Oct 20 components plan; NQI manufacturing institute |
Lightsynq | Quantum memory and interconnects for networked quantum computers | First commercial quantum memory unit in a live fiber network (EPB, Tennessee); memory node sold into the U.S. Mid-Atlantic regional quantum internet | NDAA $10M entanglement line; DOE distributed-computing plan; NSF user facilities |
Qubitekk | Entanglement sources and quantum networking hardware; acquired early 2025 | Part of the EPB quantum network stack | NDAA entanglement line; DOE networking plan |
ID Quantique(Switzerland) | Quantum key distribution (Clavis XG, ClavisXG Multiplex), quantum random number generators, key management (Solteris); IonQ holds a super-majority stake | National quantum communication networks in Switzerland, Slovakia, Romania and Poland | FAR PQC rule; module validation; agency PQC plans; crypto bill of materials; 2030 and 2031 deadlines; EU Quantum Act |
Elisity(pending) | Identity-based Zero Trust and microsegmentation; more than 100 customer deployments; announced Oct 12, 2026, closing expected Q4 2026 subject to regulatory approval | IonQ plans to add cryptographic inventory and risk data to Elisity's IdentityGraph, pairing it with IonQ's PQC and QKD | Agency PQC plans; crypto bill of materials; FAR PQC rule; 2030 and 2031 deadlines; allied inventories and plans due end-2026 |
Vector Atomic(CA) | Optical atomic clocks and navigation sensors for GPS-denied settings | DARPA $28M extension for 25 Evergreen-05 clocks; $30M option for 100 more | Sensor fielding by Sep 30, 2028; Commerce network-enhanced timing plan; Golden Dome |
Capella Space | Commercial synthetic aperture radar imagery, including a new InSAR service | NRO Radar Commercial Augmentation award (Aug 2026); SDA HALO Europa Track 1 prototype, $48.9M per SDA, two spacecraft for tactical waveforms and secure LEO links, demonstrations by Nov 2027 | Space Force budget; Golden Dome sensing layer; NASA space quantum plan |
Skyloom | Free-space optical communications terminals; acquisition closed January 2026 | 84 optical terminals on orbit for SDA's Tranche 1 network; Skyloom-based terminals in a €6.5M Leonardo contract (Italy) | Space Force and SDA spending; Golden Dome links; NASA plan |
IonQ Federal | Government unit selling all of the above to the U.S. and allies; led by former NGA director Robert Cardillo as executive chair | SHIELD IDIQ eligibility; SDA HALO award (IonQ cites $39M; see Capella); memoranda with Anduril and Sandia; GDIT partnership | Every federal event in this report |
Sources: IonQ Q1 2026 results; IonQ Q2 2026 results; TelecomTV on Oxford Ionics and Vector Atomic; SkyWater DMEA accreditation; IonQ Skyloom closing; SDxCentral on IonQ Federal and Qubitekk; Quantum Computing Report on IonQ Q1; TipRanks on the NRO award; Benzinga on the DARPA clocks.
↗ IonQ Stage C release; IonQ Q1 and Q2 2026 results; Benzinga on the DARPA clocks
100% Trusted. Every SkyWater operation, from the Minnesota fab to Florida packaging, holds DMEA Category 1A Trusted accreditation, the Pentagon's highest for defense chipmaking.
Global footprint: 29 countries documented, more than 50 served
Key finding. IonQ's footprint is far wider than any single announcement shows. The company went from selling in a few countries to delivering solutions in more than 50 in about a year, and the government calendar in this report lands in markets where it is already present.
IonQ and its subsidiaries have a documented presence in 29 countries outside the United States: 9 where an IonQ company is established, 15 with customers or deployments, 1 with a signed agreement and 4 named as launch markets. Each country is counted once, at its strongest tie.
29 countries and counting. IonQ and its subsidiaries have a documented presence in 29 countries outside the United States, and IonQ now delivers solutions in more than 50, according to its CFO.
↗ IonQ 10-K subsidiaries, Q1 and Q2 2026 results and call, IDQ and partner releases · sources in the table below
That count is a floor, not a ceiling. IonQ reported in May that it had sold solutions in more than 30 countries, against only a few a year earlier (IonQ Q1 2026 results). In August its CFO said IonQ delivers solutions in more than 50 countries and receives inquiries from many more (Q2 2026 call). ID Quantique says its products are in more than 60 countries on every continent (it-sa profile). Most customers behind those figures are not named, so the table lists only countries with public evidence. That is why this report's 29 differs from other counts, including IonQ's own and earlier figures in this series: it counts a country only where an IonQ unit's presence, a named customer, an agreement or a launch market can be documented by name.
Country | Tie | IonQ units | Evidence | Source |
United Kingdom | Established | Oxford Ionics, IonQ UK | Oxford Ionics headquarters; Cambridge Quantum Innovation Centre with a Superion 256 system; NQCC access through Innovate UK | |
Switzerland | Established | ID Quantique, IonQ Switzerland, Oxford Ionics DACH | IDQ headquarters in Geneva; QuantumBasel is IonQ's official European innovation center, over $60M through 2029, fifth-generation system in final assembly | |
Italy | Established | IonQ Italia, Skyloom | IonQ Italia subsidiary; founding member of the Q-Alliance hub under the national strategy; Skyloom-based terminals for Leonardo | |
South Korea | Established | IonQ, ID Quantique | IDQ Korean subsidiary; government-backed IonQ research hub in Seoul; KISTI and SDT systems | |
Sweden | Established | IonQ Sweden | IonQ Sweden AB, listed among IonQ's operating countries | |
Canada | Established | IonQ Canada | IonQ Quantum Canada Inc., listed among operating countries; MOU with government-funded CMC Microsystems | |
Austria | Established | ID Quantique | IDQ's EU service and support center in Vienna, acquired in 2024 | |
Germany | Established | IonQ | IonQ Quantum International GmbH; named by the CFO as a customer country | |
Israel | Established | IonQ | IonQ Quantum Israel Ltd.; named by the CFO as a customer country | |
Romania | Customers | ID Quantique | RoNaQCI national network, 36 links over more than 1,500 km | |
Slovakia | Customers | ID Quantique | skQCI national network linking the Presidential Palace and the National Security Authority | |
Poland | Customers | ID Quantique | National quantum communication network deployment, reported in Q1 2026 | |
Greece | Customers | ID Quantique | HellasQCI national network uses IDQ devices | Section 9.11 |
Lithuania | Customers | ID Quantique | First national quantum-key pilot ran on IDQ equipment (2025) | |
Czechia | Customers | ID Quantique | CETIN commercial quantum-key link between Prague data centers serving O2 (2025) | |
Türkiye | Customers | ID Quantique | Turkcell intercontinental quantum-key trial in Istanbul; IDQ platforms adopted into its network (2025) | |
Singapore | Customers | ID Quantique; IonQ | IDQ supplies Singtel's national NQSN+ network; Singapore-based Horizon Quantum is buying a 256-qubit IonQ system | Section 9.13 |
Malaysia | Customers | ID Quantique | MIMOS and Telekom Malaysia 52 km demonstration on IDQ equipment (Dec 2025) | |
Japan | Customers | IonQ, Skyloom, Capella | Named by the CFO as a customer country; Skyloom co-developing terminals with NEC; government reported in 2024 as Capella's second-largest radar-data customer | |
United Arab Emirates | Customers | IonQ, ID Quantique | TII access to IonQ systems; IDQ MOU with Abu Dhabi Maritime Academy (2025) | |
Australia | Customers | IonQ | Named by the CFO as a customer country | |
Portugal | Customers | IonQ | Named by the CFO as a customer country; also a Lutech launch market | |
India | Customers | IonQ | Named by the CFO as a customer country | |
Denmark | Customers | IonQ | Named by the CFO as a customer country | |
South Africa | Agreement | ID Quantique | MOU with the University of KwaZulu-Natal; a reseller company is planned (Nov 2025) | |
Spain | Launch market | IonQ Italia | Lutech collaboration launch market (Sep 2026) | |
France | Launch market | IonQ Italia | Lutech collaboration launch market (Sep 2026) | |
San Marino | Launch market | IonQ Italia | Lutech collaboration launch market (Sep 2026) | |
Vatican City | Launch market | IonQ Italia | Lutech collaboration launch market (Sep 2026) |
Two items sit outside the count. Capella was reported in 2024 to be pursuing sovereign radar satellites for the United Kingdom and the United Arab Emirates, with no newer confirmation found. IonQ's purchase of Elisity, announced October 12, 2026, has not closed, and Elisity's country footprint is not public.
4. The Calendar at a Glance
Key finding. The next 60 days carry more weight than the next two years. Thirteen executive-order actions, the defense bill, a federal funding deadline and NATO's first quantum award all land before year-end.
The window peaks on December 19, when both executive orders hit day 180 and 13 actions fall due at once; the congressional fights over funding, defense policy and the quantum reauthorization cluster in the three weeks before it.
↗ This report's Section 4.1 matrix and Section 9 allied table · each milestone placed by its first dated step
↗ Policy milestones touching IonQ · Oct 2026 to Jun 2027, to scale
The lame-duck window is shown as November 4 to December 31 because no floor dates are set. Compliance dates from 2027 to 2035 appear in Section 7.6; the FY2027 science appropriations fight runs alongside the December 11 deadline (Section 8.2).
↗ EO 14413 and EO 14412 (whitehouse.gov) · day counts from June 22, 2026
13 actions on one day. December 19, 2026 is day 180 of both executive orders, when the National Quantum Strategy update, QC-ADDS partnership models, foundry access and the post-quantum procurement rule all fall due.
4.1 Master event matrix
Thirteen of the 21 events offer IonQ meaningful upside. Weighing each against its downside, 4 lean positive overall, 15 are mixed, uncertain or neutral, and only 2 carry mainly downside risk. "Meaningful upside" means a concrete, sourced path to new demand or funding for an IonQ unit; "Limited" means the upside is indirect or small. Net reads are this report's judgment from the facts in each row and the cards that follow.
At a glance: highest-impact dates are December 11 (funding deadline) and December 19 (13 executive-order actions) · most-named units are ID Quantique and SkyWater (8 events each) and IonQ systems (7).
↗ This report's net reads, Section 4.1 Master Event Matrix · 21 U.S. events
Date | Event | IonQ units | Possible upside | Possible downside | Others who benefit | Meaningful upside | Net read | See |
Oct 20, 2026 | EO 14413 day 120: components plan, sensing and networking plans report; agency PQC plans about Oct 22 | SkyWater, Nexus, Oxford Ionics, Vector Atomic, Lightsynq, ID Quantique | Advance market commitments for U.S.-made components | Design may favor new entrants or funded rivals | GlobalFoundries, IBM, Infleqtion | Yes | Uncertain | 6.1 |
Nov 3, 2026 | Midterm elections | All | Bipartisan quantum support | Contested result crowds out lame-duck bills | Whole sector | Limited | Uncertain | 6.2 |
Nov to Dec 2026 | FY2027 NDAA conference | IonQ systems, Lightsynq, Qubitekk | QBI-based acquisition policy; ion-trap and entanglement lines | Provision dropped or softened | All Stage C performers | Yes | Positive, shared | 6.3 |
Nov to Dec 2026 | NQI Reauthorization floor votes | SkyWater, Nexus, Capella, Skyloom, ID Quantique | Manufacturing institute, NASA quantum, PQC strategy | Authorization only; institute may fund other fabs | Whole sector | Yes | Mildly positive | 6.4 |
Dec 11, 2026 | Funding deadline | IonQ systems, Vector Atomic, space line | Full-year bills allow new starts | Lapse delays awards; Stage C beyond first obligation unfunded | None | Limited | Downside risk | 6.5 |
Dec 19, 2026 | EO 14413 day 180: nine actions | IonQ systems, Oxford Ionics, SkyWater, Lightsynq | QC-ADDS models, foundry access, assessment center | Explore-only actions; specs may favor another modality | IBM, other Stage C performers | Yes | Outcome-dependent | 6.6 |
Dec 19, 2026 | EO 14412 day 180: FAR rule, module validation, NIST pilot | ID Quantique, IonQ Federal, SkyWater | PQC migration demand | Algorithm-centric rule; compliance cost for IonQ units | IBM, PQC software vendors, Quantinuum | Yes | Mixed | 6.7 |
Jan 18, 2027 | Advisory committee reconstituted | All | Input on component policy | Seat not assured | Whole sector | Limited | Neutral | 7.1 |
Mar 19, 2027 | Crypto bill of materials; FAR disclosure rule | ID Quantique, SkyWater | Documented hardware favored | New reporting obligations on IonQ products | Crypto-inventory vendors | Yes | Mixed | 7.2 |
Jun 22, 2027 | First national security assessment of commercial quantum scale | IonQ systems, ID Quantique | Raises urgency for U.S. systems and PQC | Could tighten security controls on quantum firms | Whole sector | Yes | Mixed | 7.3 |
FY2027 cycle | Golden Dome; SHIELD task orders | Capella, Skyloom, Vector Atomic, IonQ Federal | Sensing, links and timing demand | 2,400+ eligibles; reconciliation-dependent | Defense primes, space firms | Yes | Uncertain | 7.4 |
Through 2029 | QBI Stage C, up to $300M | IonQ systems, Oxford Ionics, SkyWater | Independent validation feeds QC-ADDS | Testing may find shortfalls; field widening | Other Stage C performers | Yes | Positive, with risk | 7.5 |
Dec 31, 2027 | NIST PQC pilot completes | ID Quantique | Reference deployment | Pilot may rely on software PQC only | PQC software vendors | Limited | Mixed | 7.6 |
Sep 30, 2028 | Three War Department sensor projects fielded | Vector Atomic | Clocks in DARPA production | Projects not public; may go elsewhere | Infleqtion | Yes | Contested | 7.6 |
2030 and 2031 | Federal PQC deadlines; contractor compliance 2030 | ID Quantique, IonQ Federal, SkyWater | Multi-year migration buying | Compliance obligation for IonQ itself | IBM, PQC vendors | Yes | Mixed | 7.6 |
Pending | Commerce CHIPS letters; QC-ADDS contribution plan | IonQ systems, SkyWater | Private capital keeps IonQ free of a government stake; separate QC-ADDS channel possible | Nine rivals gain government funding | IBM, GlobalFoundries, Quantinuum, Infleqtion and others | Limited | Mixed | 8.1 |
FY2027 cycle | Science appropriations (NSF, NIST, DOE Science) | IonQ systems, Lightsynq | Quantum named a priority | NSF request about 55% lower; NSF quantum research down 37% | None | Limited | Downside risk | 8.2 |
FY2027 cycle | Space Force budget, $32B to $71B | Capella, Skyloom | More space data and links spending | Large incumbents compete | Space and defense firms | Yes | Positive, contested | 8.3 |
Late 2026 or 2027 | EU Quantum Act proposal | ID Quantique, Oxford Ionics, EU operations | EU procurement tools | Acquisition screening; key units outside EU | European quantum firms | Yes | Mixed | 9.7 |
Ongoing | Export-control alignment; China's 15th Five-Year Plan | All | Limits adversary competitors | Licensing burden on overseas operations | Whole U.S. sector | Limited | Mixed | 9.8 |
Pending | H.R. 9318 quantum commission | All | Forum for industry input | No direct funding for vendors | Whole sector | Limited | Neutral | 8.6 |
4.2 Unit exposure matrix
SkyWater and IonQ systems line up with the most events; ID Quantique carries the cryptography track almost alone. ● marks a primary fit and ○ a secondary fit; a blank means no direct fit.
↗ This report's Section 4.1 matrix and Section 9 allied table · 59 milestones; a milestone naming several units counts for each
No unit depends on a single program. Even the smallest, Nexus Photonics, Qubitekk and IonQ Italia, each sit in nine or ten milestones.
Unit | Oct 20 plans | NDAA | NQI | Dec 19 innovation | Dec 19 crypto | 2027 crypto rules | QBI Stage C | Golden Dome and space | 2028 sensors |
IonQ systems | ○ | ● | ○ | ● |
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| ● |
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Oxford Ionics | ● |
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| ● |
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| ○ |
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SkyWater | ● |
| ● | ● | ○ | ○ | ○ |
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Nexus Photonics | ● |
| ○ |
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Lightsynq | ○ | ● |
| ○ |
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Qubitekk | ○ | ● |
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ID Quantique | ○ |
| ○ |
| ● | ● |
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Vector Atomic | ○ |
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| ○ | ● |
Capella Space |
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| ○ |
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Skyloom |
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| ○ |
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| ● |
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IonQ Federal |
| ○ |
| ○ | ○ |
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| ● |
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5. Deadlines Already Passed
Key finding. Seven executive-order items have already come due, but only OMB's post-quantum memo is public. The real test of the orders arrives on December 19.
Seven executive-order items fell due before today; only one has a confirmed public output (OMB's post-quantum memo), and the other six are either internal by design or not yet visible. Their outputs shape the December 19 actions, so each is worth tracking.
Due | Day | Item, per the White House text | Lead | Public status as of Oct 19, 2026 | IonQ relevance |
Jul 22 | 30 | Each agency names a PQC migration lead (EO 14412 Sec. 4(a)) | Every agency head | Names go to OMB and the National Cyber Director, not published | Identifies the buyers ID Quantique and IonQ Federal must reach |
Aug 21 | 60 | War identifies at least three next-generation quantum sensor projects to field by Sep 30, 2028 (EO 14413 Sec. 5(a)) | Secretary of War | No public list found | A direct opening for Vector Atomic, and for competing clock makers such as Infleqtion |
Aug 21 | 60 | Report on expanding the Quantum Counterintelligence Protection Team (EO 14413 Secs. 7(b), 10(b)(i)) | FBI Director | Internal | Sets the security outreach every quantum supplier will receive |
Sep 20 | 90 | DOE identifies QC-ADDS technical specifications and releases a public summary "as appropriate" (EO 14413 Sec. 4(c)) | Secretary of Energy | No public summary found | The specifications decide which architectures can bid for the national machine |
Sep 20 | 90 | Government-wide quantum recruitment and retention strategy (EO 14413 Sec. 8(a)) | OPM Director | Not found | Federal hiring competes with industry for the same talent |
Sep 20 | 90 | Report on Commerce's quantum supply-chain plan (EO 14413 Secs. 6(a), 10(a)(i)) | Secretary of Commerce | Not found | Maps the supply chain SkyWater and Nexus Photonics serve |
Sep 20 | 90 | OMB guidance requiring agencies to move high-value systems to PQC by 2030 and 2031 (EO 14412 Sec. 4(b)) | OMB Director | Met early.OMB issued M-26-15 on June 24 | Agency migration plans follow; see Section 6.1 |
OMB's M-26-15 applies to civilian agencies and sets a five-phase migration running to 2035. (HSToday) It tells agencies to prioritize systems that cannot support PQC or hybrid cryptography for replacement, and to buy against CISA's PQC product categories. Separately, DOE launched a Quantum Genesis initiative on June 24 aiming at a fault-tolerant, scientifically relevant quantum capability by 2028. (AIP FYI)
6. Near-Term Events, October to December 2026
Key finding. Seven near-term events decide whether the executive orders turn into contracts. The defense bill and the December 11 funding deadline matter most, because both decide whether programs IonQ already works on keep moving.
Seven events fall in the next nine weeks; the December 19 clusters and the NDAA conference carry the most direct upside for IonQ, while the December 11 deadline carries the most direct downside. Each card gives key facts, what happens, possible upside, possible downside, who else benefits, and what to watch.
6.1 October 20 (and about October 22): Day-120 deadlines and agency PQC plans
At a glance: EO 14413 Secs. 6(b), 8(b), 9(c), 10(a)(ii) and OMB M-26-15 · Who acts: War, Commerce, Energy, Labor, State, NSF and civilian agencies · IonQ units: SkyWater, Nexus Photonics, Oxford Ionics, Vector Atomic, Lightsynq, ID Quantique · Net read: Uncertain
What happens. War, Commerce, Energy and NSF owe a plan to partner with industry on U.S.-made quantum-enabling components, potentially through prize challenges or advance market commitments, and to identify needed law changes. The report on five-year sensing and networking plans and State's Pax Silica recommendations are also due. Civilian agency PQC migration plans follow about two days later. (HSToday)
Possible upside for IonQ. Components such as wafers, packaging, integrated photonics and chip-based qubit control are made within IonQ's group, and the sensing plans cover network-enhanced timing and distributed computing.
Possible downside for IonQ. Commitments may be designed for new domestic capacity or channeled through companies already holding Commerce letters. Agency PQC plans may prioritize software migration over hardware, though ID Quantique's Clarion KX and Solteris, and Elisity once the deal closes, keep IonQ in software-first bids.
Who else benefits. GlobalFoundries and IBM (Commerce-backed foundry projects), Infleqtion (clocks and sensors), and PQC software vendors.
What to watch. Whether the plan is published and how advance market commitments are scoped.
6.2 November 3: Midterm elections
At a glance: 38 days before funding runs out (SpacePolicyOnline) · IonQ units: All · Net read: Uncertain
What happens. Results set the lame-duck agenda for defense, appropriations and quantum bills.
Possible upside for IonQ. Quantum has bipartisan support: the Senate reauthorization passed committee unanimously, and the House commission bill has a Republican and a Democratic sponsor. (Quantum Computing Report; govinfo)
Possible downside for IonQ. A contested result or leadership change could push major bills into 2027.
Who else benefits. The effect applies across the sector.
6.3 November to December: FY2027 NDAA conference
At a glance: House passed July 22; Senate cloture failed 50 to 46 on July 14 (MeriTalk; CRS) · IonQ units: IonQ systems, Lightsynq, Qubitekk · Net read: Positive, shared
What happens. The House bill would require a DoD policy, based on DARPA's Quantum Benchmarking Initiative, to guide quantum computer development and acquisition. (MeriTalk) Committee funding includes $5 million for ion-trap quantum computer research and $10 million for entanglement distribution. (Rep. Stefanik) The last five NDAAs were signed in December. (MOAA)
Possible upside for IonQ. IonQ is the only trapped-ion company in Stage C, so a QBI-based policy and an ion-trap line both align with it.
The only trapped-ion seat. If the House language survives conference, DARPA's benchmark would guide Pentagon quantum purchases, and IonQ is the only trapped-ion company in the round that sets it.
Possible downside for IonQ. Conference could drop or soften the provision; the Senate text is not confirmed here. The funding lines are small relative to the bill.
Who else benefits. Atom Computing, Diraq, IBM, Microsoft and PsiQuantum, the other Stage C performers; the entanglement line is open to any networking vendor.
6.4 November to December: National Quantum Initiative Reauthorization
At a glance: S.3597 and H.R. 8462 passed committee; floor votes pending (Quantum Computing Report) · IonQ units:SkyWater, Nexus Photonics, Capella, Skyloom, ID Quantique, IonQ systems · Net read: Mildly positive
What happens. The Senate version adds a Manufacturing USA quantum institute, NASA quantum satellite communications and sensing, a near-term applications sandbox and a PQC migration strategy; the House version adds the Quantum for Health Act. (Quantum Computing Report; The Quantum Insider)
Possible upside for IonQ. Each provision touches a layer where IonQ has an operating unit.
Possible downside for IonQ. Authorization is not appropriation, and a manufacturing institute could fund competing fabs.
Who else benefits. The whole sector, including universities and national laboratories.
6.5 December 11: Government funding deadline
At a glance: Continuing Appropriations Act, 2027 (CRS); paths include a lame-duck package, a longer stopgap, a lapse or a full-year CR (Jones Walker) · IonQ units: IonQ systems (Stage C), Vector Atomic (DARPA clocks), space line (SDA HALO) · Net read: Downside risk
What happens. A full-year bill allows new starts; a stopgap holds FY2026 levels; a lapse halts new awards.
December 11, 2026. The day current U.S. federal funding runs out; full-year funding, another stopgap or a lapse decides how fast new awards flow.
Possible upside for IonQ. Full-year appropriations would fund new program starts tied to the executive orders.
Possible downside for IonQ. Stage C funding beyond the first obligation depends on appropriations. (IonQ) Congress has seen a 43-day shutdown and a 76-day DHS lapse in the past year. (Rep. Walberg)
Who else benefits. No company benefits from a lapse; all federally funded quantum programs share the risk.
6.6 December 19: EO 14413 day-180 cluster
At a glance: EO 14413, nine actions · IonQ units: IonQ systems, Oxford Ionics, SkyWater, Lightsynq, ID Quantique, IonQ Federal · Net read: Outcome-dependent
Section | Action due | Possible upside for IonQ | Possible downside for IonQ |
3(a) | Updated National Quantum Strategy | Commercialization focus fits a multi-layer supplier | Strategy could favor one modality |
4(d) | DOE partnership models for QC-ADDS; Commerce contribution plan; War national security programs | A national machine needs builders and fabs | DOE only explores models; no award on this date |
4(e)(i) | National center to assess quantum computer performance | Stage C data supports early evaluation | Independent testing can expose performance gaps |
4(e)(ii) | Agency information-sharing on commercial machines | QBI data already named for sharing | Shared assessments cut both ways |
6(d)(i) | War widens access to its sponsored quantum foundry resources | SkyWater holds DMEA Category 1A accreditation | Access may route to other or new fabs |
6(d)(ii) | NSF grants for quantum user facilities | Systems and networks for facilities | Depends on an NSF budget proposed for a 55% cut |
8(c)(i), 8(c)(ii) | Industry training engagement; NSF workforce institutes | Hands-on training uses real systems | Same NSF budget risk |
10(b)(ii) | Report on international engagement | Allied market access | Tighter allied investment rules |
December 19: thirteen actions in one day. The heaviest single deadline under the two executive orders writes the National Quantum Strategy, the partnership model for a national quantum computer, foundry access and the post-quantum procurement rule. How these are written decides who gets to bid.
Who else benefits. IBM, also in Stage C and building the Anderon foundry with Commerce backing, is positioned for the same actions; other Stage C performers share the assessment and QC-ADDS openings. (WisdomTree)
What to watch. Whether the Strategy names architectures, where the assessment center is sited, and which fabs receive access.
6.7 December 19: EO 14412 day-180 cluster
At a glance: EO 14412 Secs. 4(c), 5(c), 6(b), 6(c) · IonQ units:ID Quantique, IonQ Federal, SkyWater · Net read: Mixed
What happens. The FAR Council proposes a rule requiring covered contractors to comply by December 31, 2030 with NIST FIPS, including PQC algorithms. NIST speeds up module validation and starts a PQC pilot due by December 31, 2027; NSA reports on National Security Systems migration.
December 31, 2030 and December 31, 2031. Federal high-value systems must move to post-quantum key exchange by the first date and post-quantum signatures by the second.
Possible upside for IonQ. ID Quantique's Solteris key management already hosts partner PQC software, and its Clavis XG has been paired with PQC in a hybrid product. (Korea JoongAng Daily)
Possible downside for IonQ. The order defines PQC as algorithms, so quantum key distribution falls outside the rule's core requirement. ID Quantique's Solteris runs post-quantum cryptography on its own as well as alongside quantum key distribution, so IonQ can still sell into the compliance wave. As contractors, IonQ units such as SkyWater must also comply, which adds cost.
Who else benefits. IBM, whose researchers co-developed ML-KEM and ML-DSA, two of NIST's first three PQC standards. (IBM) Quantinuum, whose Quantum Origin was the first software quantum random number generator validated under NIST SP 800-90B. (The Quantum Insider) PQC software vendors generally.
7. The 2027 Horizon
Key finding. 2027 is when the rules start to bind. Contracting rules on encryption, the first assessment of commercial quantum scale, Golden Dome funding and DARPA's Stage C decisions all fall within the next 15 months.
After December the calendar moves from plans to rules, assessments and testing; these reward fielded, documented products but also add compliance and scrutiny for every vendor, IonQ included.
7.1 January 18, 2027: Advisory committee reconstituted
At a glance: EO 14413 Sec. 6(e), day 210 · IonQ units: All · Net read: Neutral
What happens. The APST recommends revised National Quantum Initiative Advisory Committee membership and tasks it to recommend ways to stimulate U.S. quantum-enabling technologies.
Possible upside for IonQ. Membership would give IonQ input on component policy.
Possible downside for IonQ. A seat is not assured, and recommendations may favor other approaches.
Who else benefits. Whichever companies, universities and laboratories are named.
7.2 March 19, 2027: Cryptographic bill of materials and disclosure rule
At a glance: EO 14412 Secs. 5(d), 6(d), day 270 · IonQ units:ID Quantique, SkyWater · Net read: Mixed
What happens. CISA publishes minimum elements for a cryptographic bill of materials enabling automated assessment of cryptography in hardware and software; the FAR Council proposes a contractor vulnerability disclosure rule covering non-FIPS algorithms and missing encryption.
From plan to audit. A cryptographic bill of materials lets agencies scan hardware and software for weak encryption automatically. That turns post-quantum migration into a checklist, and ID Quantique, with Elisity once the deal closes, sells the answers to it.
Possible upside for IonQ. Documented, audited cryptographic hardware and trusted-foundry provenance records fit what a bill of materials asks for.
Possible downside for IonQ. IonQ products become subject to the same inventory and disclosure obligations, and quantum key distribution hardware may be flagged where it does not use FIPS-approved algorithms.
Who else benefits. Cryptographic inventory and discovery vendors.
7.3 June 22, 2027: First national security assessment of commercial quantum scale
At a glance: EO 14413 Secs. 4(f), 10(c) · Who acts: DNI and Secretary of War · IonQ units: IonQ systems, ID Quantique · Net read: Mixed
What happens. The DNI and War Secretary identify the national security implications of growing commercial quantum computers, including for PQC migration, then report annually.
Possible upside for IonQ. A finding of rapid scaling strengthens the case for U.S. systems and quantum-safe networks.
Possible downside for IonQ. The same finding could bring tighter security controls, export restrictions or counterintelligence requirements on quantum companies. EO 14413 already directs expansion of the FBI's quantum counterintelligence team.
Who else benefits. The sector broadly, and PQC vendors in particular.
7.4 FY2027 cycle: Golden Dome and the SHIELD vehicle
At a glance: SHIELD IDIQ, $151B ceiling, 2,400+ eligible companies (Quantum Computing Report; budget figures from DefenseScoop) · IonQ units: Capella, Skyloom, Vector Atomic, IonQ Federal · Net read: Uncertain
What happens. Space-based interceptor prototypes are due for demonstration by 2028, though the program manager has said they may be dropped on cost. (MeriTalk)
$17.5 billion requested for Golden Dome in FY2027.Of that, $398 million sits in the base budget; the rest depends on reconciliation funding.
Possible upside for IonQ. IonQ's SHIELD selection cites radar imagery, optical links and GPS-denied navigation, all needed in missile defense.
Possible downside for IonQ. Eligibility does not guarantee task orders, most funding depends on reconciliation, and reporting on the twelve space-based interceptor awardees does not name IonQ, though the full list was not reviewed here. (Reuters via Stockopedia)
Who else benefits. Defense primes such as Lockheed Martin and Northrop Grumman, SpaceX, Anduril, and other SHIELD eligibles.
7.5 Through 2029: DARPA Quantum Benchmarking Initiative Stage C
At a glance: Superion generations tested through 2029 (IonQ); cohort: Atom Computing, Diraq, IBM, IonQ, Microsoft, PsiQuantum (DARPA) · IonQ units: IonQ systems, Oxford Ionics, SkyWater · Net read: Positive, with risk
What happens. DARPA's independent team tests whether each design can be built and perform as specified. EO 14413 directs agencies to share QBI information with War, Commerce, Energy and the White House.
Up to $300 million through 2029. IonQ's DARPA QBI Stage C agreement, the only trapped-ion seat among the six final-round performers.
Possible upside for IonQ. Results will inform QC-ADDS and the new assessment center.
Possible downside for IonQ. Independent testing can reveal shortfalls against the roadmap, funding beyond the first obligation is not assured, and DARPA expects more companies to reach Stage C. (HPCwire)
Who else benefits. The other five Stage C performers.
7.6 Compliance dates, 2027 to 2035
Date | Requirement | IonQ units | Possible upside | Possible downside |
Dec 31, 2027 | NIST completes its PQC migration pilot (EO 14412 Sec. 4(c)) | ID Quantique | Reference deployment | Pilot may use software PQC only |
Sep 30, 2028 | War fields at least three quantum sensor projects (EO 14413 Sec. 5(a)) | Vector Atomic | 25 clocks funded, 100 more on option | Projects not public; Infleqtion fields competing clocks with DoD APFIT funding |
Dec 31, 2030 | PQC key establishment for high-value systems; contractor FIPS compliance (EO 14412 Secs. 4(b), 6(c)) | ID Quantique, IonQ Federal, SkyWater | Migration buying | Compliance cost for IonQ units |
Dec 31, 2031 | PQC signatures for high-value systems (EO 14412 Sec. 4(b)) | ID Quantique | Second wave | Algorithm vendors lead |
2035 | Full civilian migration under OMB M-26-15 | ID Quantique | Long tail of demand | Same competition |
The 2024 DoD APFIT program awarded $11 million each to Infleqtion and Vector Atomic for rack-mounted optical clocks. (SpaceNews) Vector Atomic's later DARPA extension funds 25 Evergreen-05 clocks, with a $30 million option for 100 more. (Benzinga)
↗ EO 14412; EU coordinated PQC roadmap (ENISA, PQShield); Canada Cyber Centre roadmap; NATO roadmap and HQ SACT notice
Up to 125 optical clocks. A $28 million DARPA extension funds Vector Atomic's first 25 Evergreen-05 clocks, and a $30 million option, not yet exercised, would add 100 more, ahead of the September 30, 2028 deadline to field three quantum sensor projects.
8. Cross-Sector and Budget Events
Key finding. Money is moving in two directions at once. Defense and space budgets are rising sharply while civilian science faces deep cuts, and Commerce's $2 billion in CHIPS letters went to nine companies that accepted government equity stakes. IonQ is not among them and secured far better terms instead, funding its build-out with a $2.0 billion raise from Heights Capital in October.
Outside the executive orders and defense bill, the events that most affect IonQ are Commerce's funding of competitors, the proposed science budget cuts, and export-control alignment; space and energy plans offer upside, but each is contested.
Sector | Event | IonQ units | Net read |
Commerce | CHIPS letters to nine companies; QC-ADDS contribution plan | IonQ systems, SkyWater | Mixed: rivals funded, IonQ independent |
Science budget | FY2027 request cuts NSF, NIST, DOE Office of Science | IonQ systems, Lightsynq | Downside risk |
Space | Space Force growth; NASA quantum plan | Capella, Skyloom | Positive, contested |
Energy | DOE sensing and networking plan | Lightsynq, Qubitekk, IonQ systems | Positive, contested |
Health | Quantum for Health Act | IonQ systems | Positive, shared: peer-reviewed AstraZeneca work |
Europe | EU Quantum Act | ID Quantique, Oxford Ionics, EU operations | Mixed |
Trade | Export-control alignment; China's plan | All | Mixed |
Congress | H.R. 9318 commission | All | Neutral |
8.1 Commerce: CHIPS letters and the QC-ADDS contribution plan
What happened. Commerce signed letters of intent for $2.013 billion in CHIPS incentives that give the government minority equity stakes: $1 billion to IBM for a quantum foundry, $375 million to GlobalFoundries, and up to $100 million each to D-Wave, Rigetti, Quantinuum, PsiQuantum, Atom Computing, Infleqtion and Diraq. IonQ is not among them. (Yahoo Finance) Letters of intent are not final agreements. (Live in the Future)
Why this reads as a positive for IonQ. IonQ took the better deal. It is not among the nine CHIPS recipients, and in the strongest view it did not need to be: an established investor, Heights Capital, delivered far more capital on far better terms than the nine letter holders accepted. Each of them gives the government a permanent shareholder: D-Wave, for example, will issue $100 million of its common stock to Commerce (D-Wave 8-K). The money arrives only as project milestones are met, it is tied to specific R&D programs Commerce approves, and it depends on appropriations, with Commerce able to suspend or end negotiations (D-Wave 8-K; DCD). IonQ gave up none of that. On October 14, 2026, an entity managed by Heights Capital Management bought $2.0 billion of IonQ equity, priced at a premium to the market, which IonQ said will "accelerate the commercialization of our full-stack quantum platform" (IonQ). That is twenty times the $100 million offered to each of the seven quantum computing companies on the list, and double IBM's $1 billion letter, with no milestones, no approved-use limits and no government on the shareholder register. IonQ keeps full control of its strategy and capital, and it already owns the Trusted foundry that IBM's letter is meant to build.
$2.0 billion, no strings. IonQ's private raise is 20 times each $100 million CHIPS letter to a quantum computing company and double IBM's $1 billion, with no government shareholder, no milestones and no approved-use limits.
↗ Yahoo Finance on Commerce CHIPS letters of intent · named amounts as reported
Possible upside for IonQ. EO 14413 separately directs Commerce to plan contributions to QC-ADDS from commercial quantum computing companies, potentially through advance market commitments, a channel not tied to the letters. (White House, EO 14413 Sec. 4(d))
Possible downside for IonQ. Federal funding and a federal shareholder strengthen nine competitors, including trapped-ion rival Quantinuum and foundry rivals IBM and GlobalFoundries.
8.2 FY2027 science appropriations
What happens. The FY2027 request proposes $3.96 billion for NSF, about 55% below FY2026, and cuts to NIST and the DOE Office of Science of roughly 28% and 13% to 15%. (Harvard OFR; AIP FYI) The request names quantum a priority, yet basic quantum research at NSF would fall 37%. (Portside, reprinting Nature) It proposes $1.2 billion for DOE's Office of AI and Quantum. (APS News)
↗ Harvard OFR; AIP FYI; APS News · FY2027 President's budget request
Possible upside for IonQ. Congress largely rejected similar cuts for FY2026, and DOE quantum funding is protected in the request. (Harvard OFR)
Possible downside for IonQ. EO 14413's NSF user facilities and workforce institutes depend on NSF funding, and university customers depend on NSF and NIST grants.
Who else benefits. None directly; DOE-aligned programs are relatively protected.
8.3 Space: Space Force growth and NASA planning
What happens. Space Force funding is slated to rise from $32 billion to $71 billion, with $12 billion via reconciliation; EO 14413 orders a NASA five-year plan for civilian quantum sensing and networking in space. (SpacePolicyOnline; EO 14413 Sec. 5(b)(iv))
↗ SpacePolicyOnline · FY2026 level and FY2027 request
84 optical terminals on orbit. Skyloom has 84 optical terminals on orbit for the Space Development Agency's Tranche 1 network, the installed base Skyloom brings into a growing Space Force budget.
Possible upside for IonQ. Capella holds an NRO Radar Commercial Augmentation award, and SDA announced a $48.9 million HALO Europa Track 1 prototype award to Capella in April 2026, with demonstrations due by November 2027 (ExecutiveGov). IonQ's Q1 release cites $39 million for the HALO award. Skyloom has 84 optical terminals on orbit for SDA's Tranche 1 network. (TipRanks; IonQ Q1 2026; IonQ Q2 2026)
Possible downside for IonQ. Space budgets flow mostly to large incumbents, and reconciliation funding is uncertain.
Who else benefits. Commercial radar and space firms; in space quantum sensing, Infleqtion holds a $20 million NASA contract for a quantum gravity gradiometer. (Infleqtion S-1)
8.4 Energy: DOE sensing and networking plan
What happens. EO 14413 orders DOE to plan for quantum sensing of complex systems and quantum networking for distributed computing. (EO 14413 Sec. 5(b)(ii))
Possible upside for IonQ. IonQ and EPB opened a center housing a commercial quantum memory unit in a live fiber network, and IonQ signed a co-design memorandum with Sandia. (IonQ Q2 2026)
Quantum memory on a live network. In Chattanooga, IonQ and EPB run a commercial quantum memory unit inside a working fiber network, the kind of field proof the Energy Department's sensing and networking plan will look for.
Possible downside for IonQ. DOE's Genesis Mission named no IonQ subsidiary among 278 recipients as of July 2026, while Infleqtion won three awards (based on a review of the published award list).
Who else benefits. National laboratories and other networking vendors.
8.5 Health: Quantum for Health Act
What happens. The House reauthorization includes the Quantum for Health Act, expanding quantum use in biomedical research. (The Quantum Insider)
Effect on IonQ. Positive and concrete, though shared with other hardware vendors. IonQ's drug-chemistry work with AstraZeneca has already reached peer review. A 24-qubit study on IonQ Forte modeled a key step of a nickel-catalyzed Suzuki-Miyaura reaction, a reaction family widely used to make small-molecule drugs, and collected measurements 9 times faster than before (Physical Review Research; arXiv). An earlier IonQ workflow with AstraZeneca, AWS and NVIDIA reported a more than 20-fold faster time to solution on the same reaction family (The Quantum Insider). This series' September report, IonQ's Quantum Healthcare Is More Advanced Than Realized, found that AstraZeneca's published research priorities favor exactly this kind of reaction modeling. If the Quantum for Health Act passes, IonQ enters with a published track record rather than a pitch. The honest limit: results on the quantum hardware still differ from the best classical reference, and no vendor has yet beaten classical methods on chemistry.
Peer-reviewed, not promised. IonQ's drug-chemistry work with AstraZeneca is already published in Physical Review Research, ahead of any federal quantum health program.
8.6 H.R. 9318: National Security Commission on Quantum Computing
What happens. Introduced June 15, 2026, the bill would create an 11-member commission with up to $10 million from FY2027 defense funds and a first report within 180 days. (govinfo; ForkLog)
Effect on IonQ. Neutral; a forum for industry input with no vendor funding.
9. Allied and International Government Events
Key finding. The buying cycle is global. IonQ hardware already runs national networks in Europe and Asia, Korea has written IonQ into its national plan, and more than 30 countries and blocs have set post-quantum dates.
Here's where it gets even more interesting: this isn't just a Washington story. Allied governments are moving quantum from strategy papers to dated trials, pilots and purchases, and IonQ already has a physical presence, partners or deployed networks in many of the countries involved. That gives IonQ a seat at the table as these programs pick technologies and set standards over the next three years. Programs abroad also favor local suppliers, which is exactly why IonQ's footholds matter so much.
This section adds 38 allied and international milestones to the 21 U.S. events in Sections 6 to 8. Twenty-four of them offer IonQ meaningful upside: 15 lean positive and 9 are mixed. It then covers the EU Quantum Act (9.7), export controls (9.8), Korea's national plan (9.9), Italy (9.10), Europe's national quantum networks (9.11), Europe's next funding round (9.12), Asia and the subsidiaries' government footprint (9.13), Canada, the Nordics and Japan (9.14), post-quantum deadlines in more than 30 countries and blocs (9.15), and countries where no IonQ link turned up (9.16).
At a glance: highest-impact dates are November 17 (EuroHPC calls close), November 30 (NATO quantum-safe pilot award) and December 31 (Korea cluster plans, Saudi bank inventories) · most-named units are ID Quantique (17 milestones) and IonQ systems (13).
9.1 At a glance
Date | Body | Milestone | IonQ units | Possible upside | Possible downside | Net read |
Oct 20 to 22, 2026 | NATO STO | Second Research Symposium on Quantum Technology for Defence and Security, Båstad, Sweden | All | Visibility with Allied defense scientists | Research forum, not procurement | Neutral |
Nov 2 and Nov 30, 2026 | NATO HQ SACT | Quantum Zero Beacon Project contractor bids close Nov 2; award planned Nov 30 | ID Quantique, IonQ Federal | First NATO operational quantum-safe pilot | Specifies mature PQC, not QKD | Mixed |
Nov 24, 2026 | EU defense / Austria | Innsbruck dialogue on quantum computing for defense; CoPaNA EDF project | IonQ systems | Feeds the next European Defence Fund framework | Showcases a European neutral-atom consortium | Competitive |
Nov 30 to Dec 3, 2026 | Quantum Flagship / Irish EU Presidency | European Quantum Technologies Conference, Dublin | ID Quantique, EU operations | Policy forum ahead of the Quantum Act | Sovereignty agenda | Neutral |
End 2026, 2030, 2035 | EU member states | National PQC plans by end 2026; high-risk systems by end 2030; medium-risk by 2035 | ID Quantique | EU-wide migration demand | PQC-centric; European vendors | Mixed |
2026 to 2029 | European Commission | Quantum Internet Alliance, €47.5M over 42 months for a full-stack quantum internet prototype | Lightsynq, Qubitekk | Validates networked quantum computing | Nodes built by European partners, including trapped-ion firm AQT | Competitive |
2026 and 2027 | NATO CMRE | QUESTOR sea trials of quantum PNT where satellite navigation is denied | Vector Atomic | Showcase for GPS-free timing | Participants not public | Upside, open |
Q1 2027 | NATO ACT | First pilot evaluation report on quantum technologies | IonQ systems | Early defense use cases | No procurement attached | Neutral |
Q2 2027 | NATO | Initial Quantum Assessment Criteria; NIAG study on industry readiness for quantum-resistant cryptography | IonQ systems, ID Quantique | Criteria may reward independently validated systems | Criteria could favor other approaches | Uncertain |
Q3 2027 | NATO STO | Quantum Standardisation Specialist Team; review of quantum-threat cryptography action plan | All | Standards input | Long timeline | Neutral |
Q4 2027 | NATO | QZBP pilot between NATO HQ and SHAPE; concept for an Allied Quantum Computing Access Network | IonQ systems, ID Quantique | Access concept fits cloud-delivered computing | Concept only; no network commitment | Upside |
No earlier than Q4 2027 | ESA / European Commission | Eagle-1 QKD satellite launch for EuroQCI | ID Quantique, Skyloom | Builds QKD demand in Europe | SES-led European consortium | Mixed |
Q3 2029 | NATO STO | Alliance Quantum Standards Roadmap across computing, communication and sensing | All | Standards influence | Distant | Neutral |
Oct 2026 | UK UKRI / Innovate UK | £50M for sensing and PNT projects; £20M for quantum communication networks; £8M for apprentices | Oxford Ionics, IonQ UK operations | UK-based units can compete | Grants favor UK supply chains | Upside |
Oct 15, 2026 onward | University of Cambridge / Innovate UK | IonQ Quantum Innovation Centre opened; Superion 256 and campus network planned; three years of NQCC access through Innovate UK | IonQ systems, Lightsynq | Government-funded access to IonQ hardware | Delivery still ahead | Positive |
2027 and 2030 | UK Dstl | Follow-on quantum PNT trial in 2027; quantum navigation on aircraft by 2030 | Vector Atomic | Clock demand | Aims to build UK domestic base | Uncertain |
Nov 2026 to Oct 2028 | UK and Germany | Bilateral quantum R&D raised to €19.5M across 10 projects | Oxford Ionics | Small grant channel | Small scale | Neutral |
2026 to 2028 | Canada DND | Quantum Defence Innovation Secure Hub, Calgary, CAD $20.3M over two years | IonQ Canada operations | Defense test bed for PNT and secure communications | Sovereign capability priority | Limited |
2026 to 2035 | Canada NRC and Cyber Centre | Quantum Safe Technologies Initiative (2026 to 2028); federal PQC migration by 2031 and 2035 | ID Quantique | Migration demand | PQC software focus | Mixed |
Aug 28, 2026 onward | Canada ISED | CAD $195M for Xanadu photonic manufacturing | None | None direct | Funds a photonic competitor | Competitive |
From 2027 | AUKUS | First Pillar II signature project: payloads for uncrewed undersea vehicles, deliveries from 2027; Australia–Japan quantum MoC signed Jul 27, 2026 | Vector Atomic | Undersea navigation is a quantum PNT use case | Project is not quantum-specific | Limited |
Sep 1, 2026; funding 2027 to 2030 | Korea MSIT | Three national quantum clusters named (Seoul computing, Gwangju-Jeonnam communications, Busan-Ulsan-Gyeongnam sensing); about ₩100B for 2027 to 2030 | IonQ systems, ID Quantique, Vector Atomic | IonQ's Seoul hub sits in the computing cluster; IDQ fits communications | Funds also flow to Korean suppliers | Upside |
Dec 31, 2026 | Korea MSIT | Cluster implementation plans due | IonQ systems, ID Quantique | Plans can name foreign partners | Plans may favor domestic firms | Upside, open |
2026 to 2029 | Korea MSIT and KISTI | IonQ joint research hub in Seoul ($5M a year for three years); 100-qubit Tempo for KISTI; KISTI–NVIDIA hybrid MOU | IonQ systems | Government-funded presence and a national-lab system | Delivery and integration still ahead | Positive |
Sep 21, 2026 onward | Korea (SDT) | Superion 256 plus quantum memory; Gumi manufacturing site planned | IonQ systems, Lightsynq | First Asia-Pacific deal combining computing and networking | Private buyer; plant timing open | Positive |
H2 2027 | Korea | Public-sector quantum-security market opens | ID Quantique | IDQ holds NIS certification and built the 800 km government network | Domestic vendors compete | Upside |
Sep 8, 2026, 24 months | Italy (IonQ Italia and Lutech) | Collaboration launching in Italy, San Marino, Vatican City, Spain, Portugal, Switzerland, Germany, France and the UK | IonQ Italia, all units | Route to public and enterprise buyers in nine markets | No customers named yet | Upside |
Oct 2025 onward | Italy National Quantum Strategy | Q-Alliance Lombardy hub with IonQ as a founding member; possible IonQ investment in Rome confirmed as under discussion (Jul 2026) | IonQ systems, IonQ Italia | Government-backed hub and a possible Rome site | Investment not confirmed | Upside |
Jul 28, 2026, 18 months | Italy (Leonardo, via Officina Stellare) | €6.5M laser-terminal contract for Leonardo's Earth-observation constellation, built in partnership with Skyloom | Skyloom | First European defense-industry pull for Skyloom technology | Revenue terms with the licensee not disclosed | Positive |
Aug 18, 2026 | Canada (CMC Microsystems) | MOU to offer IonQ cloud access through the government-funded FABrIC sandbox | IonQ systems | Government-funded access for Canadian researchers | Non-binding | Upside |
Nov 17, 2026 | EuroHPC | Six quantum calls worth €119M close, including €20M for trapped-ion systems and €24M for next-generation QKD | Oxford Ionics, ID Quantique, IonQ systems | Calls match IonQ technologies | Eligibility for non-EU units unclear; favors European firms | Mixed |
From 2027 | European Commission | EU funding for 19 cross-border EuroQCI links | ID Quantique | IDQ equipment already runs national networks in Romania, Slovakia and Poland | Prime contractors chosen (Deutsche Telekom, AIT) | Mixed |
Nov 1, 2026 to Oct 31, 2027; Mar 31, 2027 | Singapore CSA | Pilot grant window; critical-infrastructure quantum-safe plans due | ID Quantique | IDQ is Singtel's partner for NQSN+ | Many vendors eligible | Upside |
Dec 31, 2026 | Saudi Arabia SAMA | Bank cryptographic inventories due | ID Quantique | Inventories come before purchases | No IonQ presence found in Saudi Arabia | Mixed |
Mid-2027 | Switzerland FINMA | Board-approved post-quantum roadmaps required | ID Quantique | Home-market regulator for IDQ | Roadmaps may favor software | Upside |
2027 and 2030 | France ANSSI | Post-quantum required for product qualification from 2027; post-quantum-only purchases from 2030 | ID Quantique | Hard buying dates | Strong French vendors | Mixed |
2030 and 2031 | Germany BSI | Critical-infrastructure deadline 2030; classical-only encryption ends 2031 | ID Quantique | Large market with fixed dates | German vendors favored | Mixed |
March 2027 | Japan | 600 km Tokyo–Osaka quantum network target | IonQ systems, Skyloom | IonQ has an AIST research MOU and a Toyota Tsusho distributor; Skyloom works with NEC | No IDQ role announced; domestic vendors lead | Uncertain |
Sources for each row appear in Sections 9.2 to 9.6.
↗ This report's net reads, Section 9.1 · 21 allied and international milestones
9.2 NATO: from strategy to dated pilots
What happens. Allies approved NATO's first Quantum Technology Roadmap on July 30, 2026, and NATO published a public summary on September 29. (NATO) The public milestones run from 2026 to the third quarter of 2029, covering QUESTOR sea trials, a first pilot report in Q1 2027, assessment criteria in Q2 2027, a standards team in Q3 2027, the Quantum Zero Beacon Project and an Allied Quantum Computing Access Network concept in Q4 2027, and a standards roadmap in Q3 2029. (NATO roadmap summary; The Quantum Insider) The summary contains no budget. (PostQuantum)
Q4 2027. NATO's quantum-safe link between Brussels and Mons and its Allied Quantum Computing Access Network concept are both due in the same quarter.
In plain English. NATO has written a calendar for testing quantum sensors at sea, piloting secure links between its headquarters, and agreeing on shared standards. It mostly produces reports, criteria and pilots through 2027, which shape later buying.
NATO's first quantum-safe purchase. A contract for the Quantum Zero Beacon Project is due around November 30, with a pilot linking NATO headquarters and SHAPE planned for late 2027. The suppliers chosen now set the Alliance's reference design.
Possible upside for IonQ.
Possible downside for IonQ. The Zero Beacon notice calls for mature PQC solutions, so quantum key distribution hardware is not the core requirement. NATO previously tested a hybrid PQC VPN from UK firm Post-Quantum. (NCI Agency)
Who else benefits. European PQC vendors, quantum sensor makers active in NATO trials, and Allied research centers.
Near-term dates. The STO's second quantum research symposium runs October 20 to 22 in Båstad, Sweden, open to NATO nations and partners including Australia, Japan, Korea and Switzerland. (NATO STO registration; LinkedIn notice)
9.3 European Union: secure networks, PQC and defense
What happens.
Possible upside for IonQ. IonQ has deployed national quantum communication networks in Slovakia, Romania and Poland, and ID Quantique partnered on Slovakia's first national quantum communication network. (IonQ Q1 2026; TelecomTV) EuroQCI expansion and member-state PQC plans create follow-on demand.
Possible downside for IonQ. EuroQCI, Eagle-1, the Quantum Internet Alliance and CoPaNA are built around European suppliers, consistent with the EU's sovereignty goals.
9.4 United Kingdom
What happens. In October 2026 UKRI announced £50 million for quantum sensing and PNT projects, alongside £20 million from Innovate UK for domestic quantum communication networks and £8 million for apprenticeships. (ADS Advance) Dstl plans a follow-on quantum PNT trial in 2027, aiming for quantum navigation on aircraft by 2030. (GOV.UK) On October 8, the UK and Germany raised joint quantum R&D funding to €19.5 million across 10 projects. (GOV.UK)
↗ ADS Advance on the UK October 2026 quantum package
Possible upside for IonQ. On October 15, IonQ and the University of Cambridge opened the IonQ Quantum Innovation Centre at the Cavendish Laboratory, where IonQ plans to deploy a Superion 256 system and a campus quantum network; Innovate UK will provide three years of access for the National Quantum Computing Centre. (Quantum Computing Report; HPCwire) Oxford Ionics is UK-based, which can help with UK-only competitions.
Three years of government-funded access. Innovate UK will give the UK's National Quantum Computing Centre three years of access to IonQ hardware at Cambridge.
Possible downside for IonQ. UK programs stress sovereign UK supply chains, and many UK-funded competitors work on the same PNT and network problems. Superion 256 deliveries are expected in 2027, so the Cambridge system is not yet installed. (Decrypt)
9.5 Canada
What happens. Canada launched the Quantum Defence Innovation Secure Hub in Calgary with CAD $20.3 million over two years for a University of Calgary-led consortium, covering GNSS-independent navigation, quantum-secure communications and timing. (GPS World) The NRC's Quantum Safe Technologies Initiative runs 2026 to 2028, and federal systems must move to PQC by 2035, with high-priority systems by 2031. (NRC; PostQuantum) Ottawa signed CAD $195 million in support for Xanadu's photonic manufacturing project. (The Quantum Insider)
Effect on IonQ. IonQ has operations in Canada, but Canada names quantum a sovereign capability priority and is funding domestic champions such as Xanadu, so the direct opening is limited.
9.6 Australia, Japan and AUKUS
What happens. The first AUKUS Pillar II signature project develops payloads and enabling systems for uncrewed undersea vehicles, with deliveries starting in 2027; quantum is one of the Pillar II technology areas. (Australian Defence) Australia and Japan signed a Memorandum of Cooperation on quantum science, technology and innovation on July 27, 2026; Japan holds similar memoranda with the United States and India. (Japan Cabinet Office; Jiji via Adnkronos)
Effect on IonQ. Undersea navigation without GPS is a natural quantum-timing use case for Vector Atomic, but the signature project is not quantum-specific, and Japan's first follow-on was a Fujitsu link with Monash and CSIRO. (Fujitsu)
9.7 Europe: EU Quantum Act
What happens. The Commission could present its Quantum Act late in 2026 or in 2027, using procurement and investment to build European industry and addressing the security risks of losing strategic companies to acquisition. (MLex)
Possible upside for IonQ. IonQ operates in Italy and Sweden and has deployed national quantum communication networks in Slovakia, Romania and Poland. (IonQ Q1 2026)
Possible downside for IonQ. EU procurement may prefer European-owned suppliers, and acquisition screening could slow future European deals; ID Quantique (Switzerland) and Oxford Ionics (UK) sit outside the EU.
Who else benefits. European quantum companies.
9.8 Export-control alignment and China
What happens. Since 2024, U.S. rules require licenses worldwide for many quantum computing items, with an exception for countries that adopt equivalent controls. (AIP FYI) EO 14413 directs further alignment of export controls and investment restrictions with allies. (EO 14413 Sec. 9(a)) China's 15th Five-Year Plan ranks quantum first among future industries. (同花顺财经)
Possible upside for IonQ. Tighter allied controls limit adversary competitors.
Possible downside for IonQ. IonQ has operations in South Korea, Switzerland, Canada and the United Kingdom, among other countries, so new licensing or investment rules could slow overseas sales, deployments and deals. (IonQ Q2 2026)
Who else benefits. U.S. quantum firms with mainly domestic customers.
9.9 South Korea: a national plan with IonQ inside it
What happens. On January 29, 2026, Korea's science ministry (MSIT) released the country's first national quantum master plan and, as part of it, signed an MOU under which IonQ will set up a joint research center in Seoul and invest $5 million a year for three years (Money Today; Boan News). The same plan targets a nationwide quantum-encrypted communications network and a fully domestic quantum computer by 2028 (Money Today). IonQ is delivering a 100-qubit Tempo system to KISTI for Korea's National Quantum Computing Center of Excellence, integrated into KISTI-6, the country's largest supercomputer (IonQ), and added a hybrid quantum-supercomputing MOU with KISTI in March 2026 (Quantum Computing Report). On September 21, IonQ agreed to supply Korea's SDT with a Superion 256 and a quantum memory module, and SDT plans an assembly and packaging facility for IonQ hardware in Gumi (IonQ).
Next milestones. On September 1, MSIT named three national quantum clusters: Seoul for computing, Gwangju-Jeonnam for communications, and Busan-Ulsan-Gyeongnam for sensing. Implementation plans are due by year-end, with programs starting in 2027 (KDI summary of the MSIT release). About ₩100 billion in national funding is planned for the clusters from 2027 to 2030 (MTN).
A law for PQC and QKD together. On May 12, 2026, Korea's cabinet approved an amendment to its quantum industry law that requires ministries, local governments and public institutions to build quantum security, adopting "software-based PQC and hardware-based QKD in parallel." It takes effect on November 20, 2026, for more than 600 public bodies (IonQ Completes the Quantum-Safe Stack), and projects using quantum technology in defense, telecom, finance, space, energy and transport must undergo an impact assessment (MTN; Newsis). ID Quantique, which built the first phase of Korea's government QKD network, and IonQ's Seoul presence put IonQ at the center of that requirement.
Possible upside for IonQ. The computing cluster is in Seoul, the same city as IonQ's research center. The nationwide encrypted network builds on work ID Quantique has already done: with SK Broadband, IDQ completed the first phase of Korea's government QKD network, about 800 km securing 48 government organizations (GGBA). SK Telecom reaffirmed its IDQ partnership after swapping its IDQ stake for IonQ shares (Asia Economy).
Korea shows the full stack at work. One country, four IonQ layers: a 100-qubit Tempo system for KISTI's national supercomputer, a Seoul research center under the national master plan, a Superion 256 and quantum memory module for SDT with assembly planned in Gumi, and ID Quantique supporting Korea's quantum-encrypted networks.
Possible downside for IonQ. The 2028 goal is a fully domestic quantum computer, and once one exists, Korean public buyers may favor local hardware. Cluster funding flows to regional consortia, not directly to foreign suppliers.
9.10 Italy: from alliance to a local subsidiary
What happens. IonQ named Marco Pistoia CEO of IonQ Italia, a wholly owned subsidiary, in December 2025 (Business Wire). On September 8, 2026, IonQ Italia and systems integrator Lutech signed a 24-month collaboration aimed at companies, public administrations and critical infrastructure, starting with Italy, San Marino, Vatican City and Spain (Lutech; Sky TG24). Italy's undersecretary for digital transition, Alessio Butti, attended IonQ's Investor Day the same day to discuss investment and research ties (The Quantum Insider; CorCom).
Possible upside for IonQ. Lutech gives IonQ an Italian integration channel into public administration, set inside Italy's national quantum strategy and Q-Alliance.
Possible downside for IonQ. No public funding commitment has been announced, and Europe's sovereignty push still favors EU-built hardware.
9.11 Europe's national quantum networks
What happens. ID Quantique supplied every QKD system in Romania's national network, RoNaQCI: 36 links over more than 1,500 km, which IonQ says is more than a fifth of Europe's land-based quantum communications infrastructure (HPCwire). IDQ deployed Slovakia's first national network in December 2025, using hybrid QKD and PQC for international links (Business Wire), deployed Poland's national network in early 2026 (IonQ Q1 2026), and is a partner in the Geneva Quantum Network with the University of Geneva, CERN and the canton (UNIGE). In Prague, operator CETIN chose IDQ for the Czech Republic's first commercial QKD network (Lupa.cz). The same model reached the U.S. in April through a Florida LambdaRail agreement for a 100-mile corridor (IonQ).
A fifth of Europe's ground network. ID Quantique supplied every QKD system in Romania's national network, which IonQ says is more than a fifth of Europe's land-based quantum communications infrastructure.
Poland and Greece. Poland's PIONIER-Q backbone, completed in March 2024, runs 1,770 km of QKD links connecting the country's supercomputing centers (EuroHPC). IDQ lists it among its national deployments (ID Quantique), and cross-border links to Denmark, Germany, Czechia and Slovakia are planned (GÉANT). Greece's HellasQCI, which reported 27 QKD nodes serving 13 government bodies (GRNET), used IDQ equipment in its testbed (GÉANT presentation), and IDQ cites Greece among the national projects it has led (ID Quantique).
Openings ahead. An EU-funded QKD network linking Germany, Poland and Czechia runs from 2026 to 2029 (OPI PIB). IDQ is not among its named partners, but the network crosses two countries where IDQ already operates.
Possible downside for IonQ. Rivals win national contracts too: Toshiba supplies the Czech national backbone (Lupa.cz). Poland is developing its own QKD equipment to reduce reliance on foreign suppliers (Polish Ministry of Digital Affairs). Spain's government-backed quantum computer was built entirely with European technology (La Moncloa).
9.12 Europe's next round: EuroQCI, IRIS² and new EuroHPC calls
What happens. The first ground phase of EuroQCI ran from 2023 to 2025. The EU is now funding 19 cross-border links between national networks through the Connecting Europe Facility and consulting on what it will support from 2027 (European Commission). In July 2026 the Commission chose the Deutsche Telekom-led PETRUS2 and AIT-led HarmoniQCI projects to steer cross-border networks and interoperability (Quantum Computing Report). Separately, EuroHPC opened six quantum calls worth €119 million on August 13, including €20 million for a trapped-ion computer with more than 1,000 qubits and €24 million for next-generation QKD. All six close November 17, 2026 (EuroHPC; DCD).
Europe is shopping for IonQ's two core technologies.EuroHPC's November 17 deadline covers €20 million for a trapped-ion computer with more than 1,000 qubits and €24 million for next-generation QKD.
Possible upside for IonQ. IDQ already supplies national networks that the cross-border links will join, in Romania, Slovakia, Poland and Greece, and it pitched for cross-border work at QCI Days in Padua from September 28 to 30 (ID Quantique). IonQ Italia gives IonQ a company registered inside the EU.
Possible downside for IonQ. The calls are framed around European strategic autonomy, and eligibility for companies controlled from outside the EU is uncertain. EuroHPC's Quantum Grand Challenge picked 13 European startups in August, none tied to IonQ (Quantum Computing Report).
9.13 Asia and the subsidiaries' government footprint
Possible downside for IonQ. Japan has strong domestic QKD makers, including Toshiba, which also competes with IDQ in Europe (Lupa.cz), and sovereign satellite buyers often favor domestic manufacturers.
9.14 Canada, the Nordics and Japan
9.15 The global post-quantum deadline clock
Every date below pushes organizations to inventory their encryption and buy quantum-safe products, which is where ID Quantique sells today and where Elisity would add to it if IonQ's pending acquisition closes. Several of the nearest dates were set by regulators in the past four months.
This series has covered the deal in two reports. It found that "Elisity gives IonQ the one security layer it lacked" and that IonQ becomes "the only company we have identified that owns every layer of quantum-era security" (IonQ Acquires Elisity: Deal Poised To Significantly Accelerate Company Growth; IonQ Completes the Quantum-Safe Stack). The deadlines below come from the first of those reports, where each is listed with its primary source.
↗ Table below · 20 jurisdictions with dated steps; Vietnam, Brazil, Poland, Lithuania and Kazakhstan have plans without end dates
Country or bloc | Next dated step | Later deadlines | Source |
Saudi Arabia (SAMA) | Bank cryptographic inventory by end of 2026, per an August 27, 2026 circular | — | |
European Union | National PQC plans by end of 2026 | High-risk systems end-2030; the rest by 2035 | |
Australia | Refined plans by end of 2026 | Stop traditional public-key cryptography by 2030 | |
United States (NSA) | New national security systems must support PQC from January 1, 2027 | Federal deadlines 2030 and 2031 (Section 7.6) | |
France (ANSSI) | No new security-product qualification without PQC from 2027 | Buy only PQC products from 2030 | |
Singapore (CSA) | Critical-infrastructure plans due March 31, 2027; pilot grant open November 1, 2026 to October 31, 2027 | New critical systems quantum-safe from January 1, 2028; critical migration done by December 31, 2031; others by 2035 | |
Switzerland (FINMA) | Board-approved PQC roadmap by mid-2027 | — | |
Germany (BSI) | Joint federal migration guidelines published October 2026 | High-risk systems 2030; classical-only encryption ends 2031 | |
South Korea | Public quantum-security market from the second half of 2027; cabinet-approved law (May 12, 2026) requires public bodies to adopt PQC and QKD in parallel, effective November 20, 2026 (MTN) | National migration by 2035 | |
India | Critical-infrastructure foundations in 2027 | Critical infrastructure done 2029; priority systems 2030; enterprises 2033 | |
Taiwan | Bank inventory 2026 to 2027 | Bank pilots 2027 to 2029; high-risk systems 2035 | |
Thailand | Inventory and risk assessment 2026 to 2027 | Hybrid trials 2027 to 2030; critical systems 2030 to 2035 | |
United Kingdom | Discovery and plans by 2028 | Priority systems 2031; complete 2035 | |
Netherlands | High-risk systems by end-2030 | Medium-risk by end-2035 | |
Czech Republic | Critical data by end-2030 | — | |
Sweden | Long-lived sensitive data by 2030 | All systems by end-2035 | |
Hong Kong | Full bank readiness by 2030 | — | |
Brunei | Deprecate RSA and ECC by 2030 | Complete 2035 | |
G7 financial sector | Critical systems 2030 to 2032 | Overall 2035 | |
Japan | — | Government agencies by 2035 | |
Vietnam | Proposed roadmap 2026 to 2030 | — | |
Brazil | National certificates and Gov.br signatures moving to PQC (January 2026 rule) | — | |
Poland | PQC plan within the 2025 to 2029 cybersecurity strategy | — | |
Lithuania | Defense-ministry PQC working group | — | |
Kazakhstan | Digital-ministry readiness review (May 2026) | — |
Programs without a set date yet: United Arab Emirates, Jordan, Malaysia, Indonesia, Bahrain, Qatar and New Zealand. Entries marked "Elisity report" were verified against primary sources for this series' IonQ Acquires Elisity report and are listed there with links.
9.16 Where no IonQ link turned up
Searches in Finnish, Greek, Hindi, Arabic, Dutch and Spanish found active national programs but no current IonQ government agreement. Finland builds its quantum computers domestically through VTT and IQM (VTT). India's C-DAC has signed with competitors such as QuantWare (Quantum Computing Report). Saudi Arabia's first quantum computer comes from Pasqal with Aramco (Pasqal), although SAMA's inventory deadline still opens the banking sector to IDQ. In the UAE, the only tie found is the Technology Innovation Institute's 2023 access agreement for IonQ Aria (Business Wire). These are openings rather than footholds.
9.17 Where IonQ stands abroad
Footholds already in place. A Cambridge innovation center with NQCC access; national quantum networks in Slovakia, Romania and Poland; a founding role in Italy's Q-Alliance quantum hub in Lombardy; operations in Switzerland, Sweden, Korea and Canada; and a long-term partnership with QuantumBasel. (IonQ, Q-Alliance; IonQ Q2 2026; Business Wire)
Why that matters. Allied programs reward vendors with local presence, local partners and prior deployments; IonQ has all three in several NATO and EU countries.
What it will take. Europe, the UK and Canada are also funding domestic champions, and NATO's first secure-link pilot is a PQC procurement. IonQ's local presence is the answer to that: it competes abroad as a partner already on the ground, which positions it for pilots, standards work and the procurements that follow.
10. Competitive Context
Key finding. Competitors share many of the same openings, and IBM holds the largest Commerce letter. IonQ's edge is breadth: it is the only company reviewed that can bid across all six layers.
IonQ has operating units in more of these layers than any single peer reviewed, but in specific layers peers are equal or ahead: IBM in PQC standards and federally backed foundry capacity, Quantinuum in validated quantum randomness, Infleqtion in clocks and space sensing, and nine companies in Commerce funding.
10.1 Peers by layer
Company | Primary modality | DARPA Stage C | Commerce CHIPS letter | Overlap with IonQ's layers |
IonQ | Trapped ion | Yes | No | Computing; owned foundry (SkyWater); networking; QKD and random numbers; clocks; space radar and optical links |
IBM | Superconducting | Yes | Yes, $1B | Computing; Anderon quantum foundry planned with Commerce; co-developer of NIST PQC standards ML-KEM and ML-DSA |
Quantinuum | Trapped ion | No | Yes, up to $100M | Computing; Quantum Origin, the first software quantum random number generator validated under NIST SP 800-90B |
Infleqtion | Neutral atom | No | Yes, up to $100M | Computing; Tiqker optical clocks with DoD APFIT funding; NASA quantum gravity gradiometer; networking and security per its own description |
Atom Computing | Neutral atom | Yes | Yes, up to $100M | Computing |
PsiQuantum | Photonic | Yes | Yes, up to $100M | Computing |
Microsoft | Topological | Yes | No | Computing |
Diraq | Silicon spin | Yes | Yes | Computing |
Rigetti | Superconducting | No | Yes, up to $100M | Computing |
D-Wave | Annealing | No | Yes, up to $100M | Computing |
Sources: Stage C from DARPA; Commerce letters from Yahoo Finance; Anderon from WisdomTree; IBM PQC from IBM; Quantum Origin from The Quantum Insider; Infleqtion from its S-1, SpaceNews and Business Wire. The overlap column lists only capabilities found in these sources; peers may have others.
10.2 Layer-by-layer comparison
Layer | IonQ's position | Strongest peer position | Assessment |
Compute validation | Only trapped-ion Stage C performer | IBM in Stage C with a fault-tolerant system planned for 2029 (eWeek) | Comparable |
Manufacturing | Owns SkyWater, DMEA Category 1A | IBM ($1B letter, Anderon) and GlobalFoundries ($375M letter) | IonQ owns capacity today; rivals have federal funding for new capacity |
Post-quantum security | QKD, random numbers, key management | IBM co-developed the core NIST standards; Quantinuum holds a NIST-validated entropy source | Peers closer to the FAR rule's core |
Sensing and timing | Vector Atomic: $11M APFIT award plus DARPA order for 25 clocks (100 more on option) | Infleqtion: $11M APFIT award, Safran partnership | Contested |
Space | Capella radar, Skyloom terminals, SDA HALO award | Infleqtion NASA gravity sensor contract | IonQ broader in space data and links |
Federal funding | Not a Commerce letter recipient | Nine recipients | Peers ahead |
Only one company covers every layer. No peer reviewed here operates in more than three of the six layers governments are buying. IonQ operates in all six.
↗ This report's layer-by-layer comparison, Section 10.2
10.3 Limits of this analysis
11. What Would Change This Assessment
Key finding. Every condition that would weaken or strengthen this assessment is tied to a dated event that readers can check for themselves.
The net reads above would move if any of the following appears in primary documents over the next eight months; each condition is checkable on or after its date.
11.1 Developments that would make the picture more negative for IonQ
Condition | What would show it | Date to check |
N1. The updated Strategy or DOE's QC-ADDS models favor a modality other than trapped ions | Strategy text or DOE summary | Dec 19, 2026 |
N2. War Department foundry access routes to Anderon, GlobalFoundries or new fabs rather than existing trusted facilities | War Department notices under EO 14413 Sec. 6(d)(i) | Dec 19, 2026 onward |
N3. The FAR rule leaves no role for quantum key distribution, random number generators or key management hardware | Proposed rule under EO 14412 Sec. 6(c) | Dec 19, 2026 |
N4. A funding lapse after December 11, or Stage C not funded beyond its first obligation | Enacted FY2027 appropriations | Dec 11, 2026 onward |
N5. Congress enacts the proposed NSF and NIST cuts | FY2027 Commerce-Justice-Science appropriations | FY2027 cycle |
N6. New export or investment rules restrict IonQ's overseas operations or deals | Commerce or Treasury rules under EO 14413 Sec. 9(a) | Rolling |
11.2 Developments that would make the picture more positive for IonQ
Condition | What would show it | Date to check |
P1. Commerce's QC-ADDS plan uses advance market commitments open to established suppliers | Commerce plan under EO 14413 Sec. 4(d) | Dec 19, 2026 |
P2. The enacted NDAA keeps the QBI acquisition provision and the ion-trap line | Enacted FY2027 NDAA text | December 2026 |
P3. Vector Atomic is tied to one of the three War Department sensor projects | Any public list of the projects | Before Sep 30, 2028 |
P4. Stage C funding continues and DARPA reports progress on IonQ's systems | DARPA or IonQ announcements | Through 2029 |
P5. Congress rejects the proposed science cuts, as it largely did for FY2026 | FY2027 appropriations | FY2027 cycle |
12. Checklist, Glossary and Sources
The reference material lives in its own tabs so the story above stays easy to read:
Disclosure. The author holds equity positions in several quantum technology companies.
