By Aidan Sowa, CEO and Founder, Frontier Industries | October 2026
In 1981 a physicist told a conference that nature is not classical, and if you want to simulate it you had better build quantum machines. Four decades later his homework became an industry selling futures it cannot fully demonstrate to buyers who cannot fully test them. Governments have announced roughly 42 billion dollars of investment in quantum technology (McKinsey, 2024). If you compete for that money, that talent and those enterprise pilots, your communications are load bearing. Choose the firm accordingly.
| Number | What it measures |
|---|---|
| 42 billion dollars | Government investment in quantum technology announced worldwide, McKinsey Quantum Technology Monitor 2024 |
| 3 | Post quantum cryptography standards finalised by NIST in August 2024, FIPS 203, 204 and 205 |
| 28 to 72 billion dollars | Quantum computing revenue scenarios for 2035, McKinsey 2024 |
I Discrimen
A breakthrough claim is not a business, and a qubit count is not a moat
Quantum communications runs on a distinction the market enforces brutally. A scientific result, however real, is a claim about physics. A business is a claim about customers, timelines and migration budgets. Agencies earn their fee on the second claim, and the first claim, mishandled, destroys it, because this field keeps score in public: peer review, replication attempts, and a small community of experts who read each other preprints and remember every inflated press release verbatim.
Your buyers are unusually literate. Enterprise innovation teams, government programme managers and the security executives now budgeting for post quantum migration all employ people who can interrogate a roadmap. The agency you hire will be interrogated with them in the room. Choose one that can survive questions about error rates, logical qubits and what the NIST transition timeline means commercially, or accept that your spokespeople will be handled gently and discounted accordingly.
The rest of this series in the resources library covers the adjacent territory, from semiconductors to cybersecurity adjacent trust problems, where proof discipline decides outcomes.
In this field, credibility compounds faster than capability, and it is the only asset a rival cannot tape out.
II Machina
The machine is peer review, government programmes and the cryptography migration clock
Three gears turn attention into value here. The first is scientific validation: journals, conferences and the preprint culture that pre judges every announcement before journalists touch it. The second is state money. With governments announcing about 42 billion dollars of quantum investment (McKinsey, 2024), programme managers, national labs and procurement frameworks are an audience as decisive as any editor, and they read trade and policy coverage as diligence.
The third gear is the migration clock, and it is the most commercially important. In August 2024 NIST finalised the first post quantum cryptography standards, FIPS 203, 204 and 205, and its transition guidance points to deprecating classical public key algorithms after 2030 and disallowing them after 2035. Every CISO in every regulated industry now owns a dated problem, and quantum communications that speaks to that problem, accurately, without apocalypse marketing, wins the enterprise rooms where budgets live.
McKinsey sized quantum computing revenue at 28 to 72 billion dollars by 2035, with communication and sensing adding further markets (McKinsey, 2024). A range that wide tells you the honest state of the field and the size of the narrative prize for firms that can be specific inside it.
Sell the migration, respect the physics, and never let the first outrun the second in print.
III Exemplum
The cryptography vendor that sold a deadline instead of a dream
Consider a composite post quantum security vendor with sound technology and a familiar problem: its buyers, security executives at banks and hospitals, filed quantum under interesting and urgent under never. Its first agency pitched the quantum apocalypse, harvesting now and decrypting later, in escalating language. Coverage arrived, thin and sceptical, and CISOs learned to discount the category.
The replacement firm changed the unit of persuasion from fear to calendar. It built the story on the NIST milestones, the published transition timeline, and the unglamorous fact that cryptographic inventory takes years before migration can start. It placed technical explainers where security architects actually read, briefed analysts with the company inventory tooling data, and put cryptographers, not marketers, in front of every serious interview. Sales conversations changed tense, from someday to this budget cycle, because the communications were finally speaking to a dated obligation the buyer already had.
The media pattern underneath is the one Muck Rack quantified: the journalists PR teams pitch most overlap only 2 percent with those AI engines cite most (Muck Rack, 2025). In a field this technical, the citation layer is a few dozen expert writers, and the whole game is being useful to them.
A deadline is a better story than a prophecy, because the reader can act on it before lunch.
IV Damnum
An overclaim here is corrected by physicists, in public, with citations
Price the failure mode. Quantum sits under a community immune system: when a claim overreaches, researchers respond with papers, not posts, and the correction attaches to your name in the scholarly record. The field remembers the long argument over early supremacy claims, and every journalist covering the beat uses it as the calibration story. A PR firm that treats a laboratory result like a product launch will spend your credibility at exactly the moment you need it for partners and procurement.
There is a second cost: the hype tax on hiring. Scarce talent, error correction researchers, cryogenics engineers, quantum software architects, chooses employers partly on scientific reputation, and reads overclaiming as a signal about internal honesty. Weak communications quietly raise your cost per hire in the scarcest labour market in technology.
A third cost is regulatory and standards exposure. Government funders audit public claims against programme reports, and migration guidance from NIST sets a vocabulary that serious buyers expect you to use correctly. Agencies serving this field keep a claims discipline closer to the semiconductors guide standard than to consumer practice: every performance sentence traceable to a paper, a benchmark or a named customer.
Physics is the one editor you cannot lobby.
V Genus
Species differ by whether they sell the science, the state or the security budget
| Agency type | Strength in quantum | Where it breaks | Best fit |
|---|---|---|---|
| Deep science specialist boutique | Peer review fluency, researcher trust, technical writing | Small commercial bench | Hardware and platform companies |
| Security and cryptography focused firm | CISO fluency, NIST migration narrative | Weaker on hardware science stories | PQC and quantum security vendors |
| Public affairs led firm | Government programmes, national strategy, funding rounds | Product storytelling thinner | Firms selling to states and labs |
| Global network technology practice | Multi country coordination, enterprise scale | Rotating juniors against expert audiences | Large vendors and consortia |
| Generalist emerging tech agency | Fast, enthusiastic, broad | The community detects it instantly | Almost never here |
The selection test is a live interrogation: put the candidate team in front of your chief scientist for forty minutes and let the questions run. Specialists hold their ground, concede precisely and take notes that improve the story. Generalists reach for metaphor. In this market metaphor is a confession.
Also ask for the correction history. A firm that has helped a client publish a careful, prompt correction has a scar worth more than a trophy case, because it proves the claims chain works under pressure.
Hire the firm your harshest peer reviewer would find boringly accurate.
VI Regio
Juries: the researcher, the programme manager, the CISO and the patient investor
Segment by patience. Researchers judge on evidence and control the field reputation. Government programme managers judge on national capability, jobs and deliverables against public money, and they are currently the largest single cheque writers: most announced funding in the McKinsey monitor is public (McKinsey, 2024). CISOs judge on the migration calendar and your interoperability with a classical estate. Investors judge on which layer of the stack you occupy and whether your claims will survive diligence by their technical advisers.
Each jury punishes a different sin. Researchers punish sloppiness. Programme managers punish ingratitude and missed deliverables. CISOs punish fear marketing. Investors punish timeline theatre. Your communications must be four documents built from one evidence base, and a firm that writes one story for all four will offend each in a characteristic way.
Geography is unusually national here. Quantum is a sovereignty technology; procurement, export controls and talent flows run through national programmes in North America, Europe and Asia Pacific, and the coverage map follows the money map. Staff and partner coverage should match your programme exposure, not the agency office list.
Four juries, one evidence base, zero tolerance for theatre.
VII Occasio
The opening is the migration budget and the unglamorous middle of the stack
Everyone fights for the breakthrough headline. The durable openings sit elsewhere. The first is the migration itself: inventories, crypto agility tooling, hybrid deployments and testing services are where this decade enterprise money actually moves, and the trade press covering security budgets is hungry for vendors who speak in timelines rather than prophecies. NIST has told the market the dates; the firms that organise their stories around those dates own the conversation.
The second opening is the stack middle: control electronics, cryogenics, photonics, fabrication and software tooling, where real revenue and real scarcity live while the platform race continues. These companies are covered by fewer writers and bought by every platform player, an acquirer rich audience that reads trade coverage as a catalogue.
The third opening is educational authority. Original data sits at the top of the journalist value list in Muck Rack survey work, named first by 40 percent of respondents (Muck Rack, 2024). A vendor that publishes honest benchmarking methodology, including where its system loses, becomes the citation source for the entire segment. In a field drowning in adjectives, one transparent table is a land grab.
Own the calendar and the middle. The breakthroughs will take care of their own headlines.
VIII Structura
Structure is a claims chain with a scientist holding a veto
The structural test in quantum is singular: who can stop a press release? The right answer is a named scientific reviewer inside your company, with an agency process that routes every performance claim past that veto and keeps the correspondence. Ask to see the chain as a diagram with names and turnaround times. Firms that have one answer immediately; firms that improvise will eventually publish something your own researchers disown in public.
Continuity is the second structure. This field relationships are personal and long: the same programme managers, editors and analysts will grade you for a decade. Contract for named leads and against silent rotation, and ask who else at the firm can brief an expert if the lead leaves. Expertise redundancy is rare in boutiques; price the risk honestly rather than discovering it mid programme.
Scale genuinely helps for consortium and government programme work spanning jurisdictions, where a network coordination pays for itself. For a single company selling science and migration, the boutique with a scientist grade editor on staff is usually the stronger machine.
A veto you respect in private is what credibility looks like from the inside.
IX Consilium
Score finalists on interrogation survival, claims discipline and jury fluency
Run the selection in the order this market respects: evidence first, chemistry last. Begin with the written exercise, a two page announcement of a moderately difficult result from your own roadmap, drafted by the actual team that would serve you and reviewed through their claims chain. Then the interrogation session with your scientists. Then reference calls that include a client whose programme was cancelled or corrected, because that is the reference who can describe the firm under the conditions you are actually insuring against. Price negotiations come after all three, and any firm that tries to reverse the order is telling you which stage it expects to fail.
| Criterion | Weight | What good looks like | Red flag |
|---|---|---|---|
| Scientific interrogation performance | 25 | Holds ground with your chief scientist | Metaphor under pressure |
| Claims chain and correction history | 20 | Written process, a correction handled well | Never corrected anything |
| Migration narrative fluency | 20 | NIST dates and CISO economics unaided | Sells apocalypse |
| Government programme literacy | 15 | Knows your funding landscape by name | Policy as an afterthought |
| Specialist writer and analyst map | 10 | The citation layer, named | Tier one business list only |
| Stack layer understanding | 10 | Places you precisely among hardware, control and software | Everything is a quantum computer company |
Decision rule by situation:
| Your situation | Choose | Avoid |
|---|---|---|
| Quantum hardware or platform company | Deep science boutique | Generalist emerging tech agency |
| Post quantum security vendor | Security focused firm | Hardware science shop |
| Government programme supplier | Public affairs led firm with science bench | Pure commercial practice |
| Component or tooling company | Science boutique with trade depth, see the semiconductors guide for adjacent tests | Consumer style launch agency |
Engagement shapes are described in the public relations services overview, and the accountable people are listed on the industries team page.
X Quaesita
Questions quantum companies ask us
We are pre revenue. What exactly would PR do for us?
Position you inside the programmes, partnerships and talent markets where pre revenue value is decided, and build the evidence record your first enterprise diligence will read. Announcements are the smallest part; the map, the migration narrative and the claims discipline are the product.
How do we announce a result without overclaiming?
Publish the metric, the conditions, the comparison baseline and the limitation in the same document, and have your scientific reviewer sign the release. Journalists in this field reward the format by treating the next claim more seriously.
Should we market the quantum threat to win security budgets?
Market the calendar, not the threat. The NIST transition timeline deprecates classical algorithms after 2030 and disallows them after 2035 on the published path; buyers respond to dated obligations in their own planning language, and they punish fear language by discounting the vendor who used it.
How important is government relations versus media here?
Unusually intertwined. Public programmes fund the field, programme staff read the trade press, and coverage shapes the political weather for the next funding round. A firm should be able to show you both maps on one page.
What do investors actually read?
The specialist trade layer and analyst notes, plus your own technical publications. Financial media matters at funding moments, but diligence runs on the expert record you have been building in public for quarters.
Can a generalist agency learn our field on our budget?
It can learn on someone budget; the question is whether you want to be the tuition. The community will grade the learning curve publicly, so if you hire one, restrict it to corporate stories and keep technical claims with specialists.
How should we measure success?
Programme invitations, pilot quality, citation by the expert layer, analyst language shift, and zero corrections. Breakthrough headlines are weather; those five are climate.
XI Notae
How this guide was built, and its limits
Figures and dates are from published sources named in the text: McKinsey Quantum Technology Monitor 2024 for investment and market scenarios, and NIST published standards and transition guidance for the cryptography timeline, FIPS 203, 204 and 205 finalised in August 2024 with deprecation and disallowance milestones in NIST IR 8547. Notes on how journalists work are drawn from Muck Rack published research across 2024 and 2025.
The limits are structural. Market size figures are scenario ranges from a consultancy model, not measurements, and the honest width of those ranges is itself information. Standards implementation timelines can shift with federal guidance. Nothing in this guide is investment advice, and every technical claim your own firm makes should be verified against primary sources and your own reviewers before publication, which is, in fairness, the thesis of the entire piece.
XII Incipe
If your claims must survive physicists, hire like a physicist
Frontier Industries staffs quantum work with the structures this guide tests: a written claims chain with a scientific veto, migration narrative fluency, and a named map of the expert writers who grade this field. To open the conversation, use the engagement page or dial 401-219-4207. Bring your boldest upcoming claim and its evidence; we will show you exactly how we would publish it, or why we would not.
Sources
1. Keyfactor, Post Quantum Readiness for Software Vendors, on NIST standards and timeline: https://www.keyfactor.com/blog/post-quantum-readiness-for-software-vendors-the-timeline-is-now-written-down/ 2. Keyfactor, Post Quantum Readiness for Manufacturers: https://www.keyfactor.com/blog/post-quantum-readiness-for-manufacturers-the-timeline-now-has-dates/ 3. Passwork, Post Quantum Password Security, on NIST FIPS 203, 204 and 205: https://passwork.pro/blog/post-quantum-password-security/ 4. Dev.to, NIST Post Quantum Cryptography Timeline 2016 to 2026: https://dev.to/quantumsequrity/nist-post-quantum-cryptography-timeline-2016-2026-400e 5. Jugger Insight, NIST Post Quantum Cryptography FIPS 203, 204 and 205 Guide: https://juggerinsight.com/en/nist-post-quantum-cryptography-enterprise-guide-2026/ 6. Security Boulevard, Post Quantum Cryptography for Authentication, the Enterprise Migration Guide: https://securityboulevard.com/2026/03/post-quantum-cryptography-for-authentication-the-enterprise-migration-guide-2026-2/ 7. AI Business, AI and Quantum Technologies Set to Advance Together, McKinsey Quantum Technology Monitor: https://aibusiness.com/quantum-computing/ai-quantum-technologies-set-to-advance-together 8. World of Photonics, A Spirit of Optimism in the Quantum Technology Market, McKinsey Quantum Technology Monitor 2024: https://world-of-photonics.com/en/discover/photonics-industry-portal/detail/quantum-technology-monitor-2024.html 9. TheStreet, Quantum Computing Companies Looking to Finance the Future, McKinsey Monitor data: https://trending.thestreet.com/technology/quantum-computing-companies-looking-to-finance-the-future 10. The Coyote, Why Relevance Beats Reach When Pitching Journalists, Muck Rack findings: https://ledecoyote.com/media-pitch-relevance-journalists/