Manufacturers and primes
Defense, aerospace, semiconductor, automotive and electric vehicle manufacturers, and their Tier 1 suppliers.
What they getPost-quantum exposure across plants and suppliers, capital planning and proven use cases.
Industrial quantum intelligence
Quantum intelligence for the companies that make things.
La Force Signals (LFS) briefs manufacturers, and the investors and insurers behind them, on what quantum technology means for their plants, their supplier tiers and their margins. Independent of every vendor. Built only from public or consented data.
Three quantum decisions every advanced manufacturer faces.
What is at risk, what must be replaced, and where quantum pays off. Today, most of those answers come from people selling the technology.
What we cover ›RiskWhich plants, systems and suppliers miss which post-quantum deadline?
CapitalWhich installed equipment must be replaced, and when?
ValueWhich quantum applications have beaten the classical method, and when should we invest?
Risk and opportunity
Security deadlines are dated. The opportunity is not.
2027On January 1, 2027, new United States National Security System acquisitions must meet the Commercial National Security Algorithm Suite 2.0 (CNSA 2.0)
2030by December 31, covered federal contractors must comply with NIST standards that include post-quantum algorithms, under Executive Order 14412
$1.9Bearned by the quantum market in 2025, expected to pass $4B by 2028, reaching manufacturers as vendor pitches
The deadlines don't stop at the border.
A supplier selling into five markets answers to five clocks. We track all of them, starting with the United States.
| Region | Next milestone | Final deadline | Source |
|---|---|---|---|
| United StatesOur home market | 2030Covered federal contractors comply with NIST standards that include post-quantum algorithms | 2031Post-quantum digital signatures on federal high-value systems | Executive Order 14412 |
| Canada | 2031High-priority federal systems migrated | 2035All remaining federal systems migrated | Canadian Centre for Cyber Security |
| United Kingdom | 2028Discovery, assessment and an initial migration plan complete | 2035All systems, services and products migrated | National Cyber Security Centre |
| European Union | 2026Cryptographic inventories and dependency maps, including the supply chain | 2030 and 2035High-risk uses by 2030, medium-risk uses by 2035 | NIS Cooperation Group roadmap |
| Australia | 2026A refined transition plan in place | 2030Stop using traditional asymmetric cryptography | Australian Signals Directorate |
| Japan | 2026 to 2027Government migration roadmap drafted | 2035All government agencies migrated | National Cyber Command Office |
| Saudi Arabia | In forceNational entities must use post-quantum algorithms alongside classical ones | No date setAll cryptographic systems must support post-quantum algorithms, with no transition period stated | National Cybersecurity Authority, NCS-2:2025 |
Last reviewed November 3, 2026. Dates are year-end unless stated. The European Union roadmap is a coordinated recommendation to member states, not a regulation.
Who we serve.
The people who carry quantum risk: the manufacturers, the firms that own and lend to their suppliers, and the insurers who cover them.
Private equity and private credit
Firms that own or lend to suppliers in the four sectors, where cyber compliance already decides who can win contracts.
What they getOutside-in screens of targets and portfolio companies, with the questions to ask in diligence.
Insurers and reinsurers
One shared controller or supplier can sit behind hundreds of insured manufacturers. Nobody maps that concentration today.
What they getWhere shared suppliers and equipment concentrate post-quantum exposure across a book.
Who we don't serve: quantum technology vendors, post-quantum security vendors, and the venture investors whose portfolios are those vendors. Our view of manufacturers would work as their sales lead list, so we don't sell it to them.
What we cover.
Every quantum decision an industrial company faces, in the language buyers already use.
Post-quantum cryptography and quantum-safe migration
Which suppliers and systems miss which deadlines, and what inaction costs.
Post-quantum cryptography, quantum communicationsDeal exposure
What quantum-related risk an acquisition target carries, seen from outside.
Post-quantum cryptographyCapital planning and investment timing
Which installed equipment must be replaced, what quantum is worth to each sector, and when to invest.
Cryptography, sensing, computingProven use cases
Which quantum sensing and computing applications have beaten the classical baseline in operations, with evidence.
Sensing, computingScaling returns
Where returns compound across an operation once the first use case works.
Computing, sensingWhat we don't track
Quantum companies, funding rounds and market sizes. Others cover that well. We cover the buyer's side: what each technology means for a plant, a supplier tier and a margin.
By design
Four sectors
Each sector meets quantum through a different door.
We start where the decision is nearest.
Defense
Procurement rules now set dated post-quantum requirements, and they flow down to every supplier tier.
Supply chains span the United States, the United Kingdom, Europe and Australia.
First questionWhich suppliers miss which deadline?
Aerospace
Long programs and long-lived platforms keep today's encryption in service when the risk arrives.
Programs draw on suppliers across the United States, Canada, Europe and Japan.
First questionWhere is the supply chain most exposed?
Semiconductors
Fabs run equipment and controllers for decades. Some cannot be patched and will have to be replaced.
Fabs and toolmakers span the United States, Japan, Taiwan, Korea and Europe.
First questionWhich equipment becomes a capital bill, and when?
Automotive and electric vehicles
Vehicles, charging networks and plant systems stay in service long after today's cryptography is expected to fail.
Plants and battery supply chains span North America, Europe, Japan, Korea and China.
First questionWhat do we replace, and when do we invest?
Where most buyers start
Request this brief
Post-Quantum Supplier Exposure: Defense and Aerospace
- Deadlines mapped to each supplier tier
- The cost of inaction, tier by tier
- The supplier types most exposed
- Dated actions for procurement and risk teams
Security comes first because its deadlines are dated. Capital planning and proven use cases cover all four sectors.
What you can commission.
Each brief sells on its own. One subscription covers all of them.
Supplier Exposure
Deadlines, cost of inaction and dated actions by supplier tier, for any of the four sectors.
Deal Exposure Screen
One target or portfolio company: contract-eligibility risk, likely replacement spending and diligence questions. Private to the buyer.
Quantum Capital Planning
Which installed equipment must be replaced and when, what quantum is worth to each sector, and when to invest.
Proven Use Cases
Sensing and computing applications in the four sectors, with vendor-neutral evidence against classical methods.
Independence you can check.
Intelligence is only worth what its independence is worth. Six rules govern every product we sell.
Outside-in
We look at companies, sectors and supplier tiers from the outside. Work that needs access inside one company belongs to a consultancy, and we refer it.
Public or consented data only
Standards, regulations, procurement notices, filings, research and supplier disclosures. Any account's data is used only with written consent, and only anonymized.
No vendor money
No quantum or security vendor pays us, sponsors a brief or buys our data.
Screens stay private
Screens of named companies are commissioned by one buyer and never published.
Sources shown
Every brief ships with its method and a source log, so a buyer can check how each finding was reached.
Walls between sister firms
No client confidence passes from our sister firms, La Force International (LFI) and La Force Quantum (LFQ), into our products. If a company LFI assesses appears in our work, its client is told in writing.
Questions buyers ask.
Short answers, with the detail in every brief.
What does Executive Order 14412 require of federal contractors?
Signed on June 22, 2026, it directs the Federal Acquisition Regulatory Council to propose a rule requiring covered contractors to comply by December 31, 2030 with NIST's Federal Information Processing Standards, including those that use post-quantum algorithms. It also requires federal agencies to move high-value systems to post-quantum key establishment by the end of 2030 and digital signatures by the end of 2031.
Why does post-quantum risk reach suppliers, not just primes?
Invoices, banking details, designs, contract terms and pricing sit with suppliers, many of whom still run encryption that quantum computers are expected to break. Because attackers can harvest encrypted data now and decrypt it later, long-lived data is already exposed. A prime needs a tier-by-tier view that no single supplier can give it.
What is a Deal Exposure Screen?
An outside-in screen of one acquisition target or portfolio company for private equity and private credit firms. It covers contract-eligibility risk from post-quantum rules, likely replacement spending, and the questions to ask in due diligence. Each screen is commissioned privately and never published.
Which post-quantum deadlines matter outside the United States?
Canada targets high-priority federal systems by 2031, the United Kingdom expects full migration by 2035, the European Union asks member states for cryptographic inventories, including the supply chain, by the end of 2026, Australia recommends ending traditional asymmetric cryptography by 2030, Japan targets 2035 for government agencies, and Saudi Arabia's standards already require post-quantum support. A supplier selling into several markets answers to each of them.
Is LFS independent of quantum and security vendors?
Yes. No quantum or security vendor pays us, sponsors a brief or buys our data, and we do not sell our intelligence to vendors or the venture investors behind them. Every brief ships with its method and a source log.
How is LFS different from market research firms and consultancies?
Market research firms track quantum companies, funding rounds and market sizes. Consultancies, including our sister firm LFI, work inside one company. LFS works from the outside in, on what each technology means for a plant, a supplier tier, a deal or an insurance book.
Talk to us
Commission a brief.
Whether you are a manufacturer in one of the four sectors, a private equity or private credit firm, or an insurer, tell us the decision in front of you and we will show you which brief answers it.
Industrial depth first, quantum depth second.
Shayne De la Force
Managing Director
An industrial economist with about thirty years bridging technology and the factory floor, from the semiconductor industry in Japan in the 1990s through Germany, Switzerland, Austria, Australia and the United States. Founder and CEO of La Force International, and author of Strategic Entanglement.
Each brief is produced with an intelligence lead and specialist reviewers in quantum sensing and computing, named in the brief. Reviewers never assess their own technology.
See the signal before the deadline.
Tell us the decision in front of you. We'll show you how we would answer it.