Veriqa grades quantum sensing, navigation (PNT), secure communications and timing claims against the evidence, then maps them to realistic readiness levels and procurement paths. Decision-support on publicly available, unclassified information — never a substitute for your own classified analysis.
Defense and dual-use buyers face the same gap as every other quantum buyer — but with longer programmes, higher stakes, and far less room to bet on the wrong modality. The map below is about evidence, not capabilities you cannot discuss.
Public roadmaps and conference demos describe quantum sensing or navigation breakthroughs that, on inspection, lack a named benchmark, a stated operating envelope, or a comparison to today's classical baseline. Marketing maturity and laboratory maturity are not the same thing.
"Technology Readiness Level" is used loosely. A bench demonstration under ideal conditions gets described as if it were field-ready. Without independent, evidence-anchored TRL signals, a program office cannot tell a TRL 3 from a TRL 6 — and the gap is where budgets disappear.
Long-life defense systems commit to a modality years before it matures. Procuring against an inflated claim means cost, schedule and capability risk land downstream — often on a different team, after the decision is irreversible.
Several quantum approaches compete in each domain. Backing the one with the loudest narrative rather than the strongest evidence can strand an integration effort. The expensive mistake is rarely "too cautious" — it is committing early to the modality that does not arrive.
No quantum-advantage claim is accepted without a named benchmark, an operating envelope, and a classical or operational comparator. Anything less is flagged needs-baseline and cannot raise the readiness verdict.
Veriqa lists what is absent — undisclosed environmental sensitivity, no field-trial data, no independent replication — and states what evidence would change the verdict. The gaps are explicit, not buried.
Every assessment passes an enforced internal reviewer workflow gate before it leaves draft. The software keeps a memo in draft until an internal reviewer approves it. Independent expert review is recommended on top of that.
We assess publicly available claims and roadmaps in each domain. We do not perform classified analysis, and we do not discuss specifics that would imply non-public knowledge. The discipline is identical across all four: evidence first, baseline required, TRL stated honestly.
Gravimetry, magnetometry and related sensing modalities. We grade publicly stated sensitivity, environmental robustness, size/weight/power trajectory and field-trial evidence against the classical instruments they would replace. A lab-bench sensitivity figure with no operating envelope is treated as a claim, not a capability.
PNT in GNSS-denied environments. We assess public claims for quantum-assisted inertial navigation and timing references against today's operational baselines — drift, hold-over, integration burden — and flag where a roadmap assumes maturity it has not yet demonstrated in the open literature.
Post-quantum cryptography for long-life systems, and publicly described quantum-key-distribution approaches. We anchor assessments to published standards (NIST FIPS 203/204/205) and weigh deployment maturity, crypto-agility and the harvest-now-decrypt-later exposure of long-lived data.
Precision timing and clock technologies. We grade public claims for stability, hold-over and field robustness against the classical references in use today, and surface where independent verification or environmental data is missing before a readiness verdict can rise.
Domains and examples reflect Veriqa's own decision-support view of publicly available information; illustrative, not an endorsement, capability assessment, or third-party rating.
The same evidence-grading spine runs every domain. Each step is enforced — the baseline gate and the reviewer gate are in code, not just in copy.
Open roadmaps, papers, patents, datasheets and cited public reports — unclassified sources only.
Pull stated claims, operating envelopes and maturity signals, each with a source ID.
Demand a classical or operational comparator. No baseline → needs-baseline, maturity capped.
Grade technical maturity, programme urgency and overclaim risk against the evidence.
The memo stays in draft until an internal reviewer approves it. Software enforces the gate.
A TRL-honest verdict, evidence table, missing-evidence list and procurement path — plus a machine-readable export.
Ladder is an illustrative decision-support framework, not an official TRL definition or a capability assessment of any specific system.
Each engagement is decision-support on public information, gated by an internal reviewer before it ships.
Deliverables are decision-support based on publicly available information and require the reader's own verification and professional advisors; they are not investment, securities, or procurement advice.
The programmes below are obviously generic and fictional, included only to show how the grading behaves. They describe no real system.
A public roadmap claims a quantum gravimeter with field-leading sensitivity. On inspection there is a strong lab figure but no stated operating envelope and no comparison to the classical instruments it would replace — no operational baseline.
Verdict: needs-baseline. Maturity is capped on the lower rungs of the readiness ladder regardless of the headline. The memo lists the field-trial and comparator data that would let the verdict rise.
"Project Tideglass" and "Longkeep" are fictional and illustrative. Verdicts shown are decision-support examples of the grading logic, not advice on any real programme, system, or investment.
No. Veriqa works only with publicly available, unclassified information. We do not ingest, store, or analyse classified material. Controlled work is out of scope here and would be scoped separately, on appropriate infrastructure, with the proper authorisations in place.
We provide decision-support on publicly available information. We do not provide ITAR- or EAR-controlled technical assistance, and nothing in an assessment is export-controlled technical data. Any engagement that would touch controlled technology requires appropriate authorisations and is scoped separately.
Every memo passes an enforced internal reviewer workflow gate — the software holds it in draft until an internal reviewer approves it. Independent expert review, by a subject-matter specialist of your choosing, is recommended on top of that for high-stakes decisions.
We compare categories of approach on the public evidence — not named vendors. Any comparison is Veriqa's own illustrative, evidence-based opinion, not a third-party rating, certification, or endorsement, and not a capability assessment of any specific system.
It depends on scope and the volume of public evidence, and we confirm a target in the scoping call. A focused single-domain readiness memo is faster than a multi-domain comparison; the reviewer gate is built into the timeline rather than added afterwards.
Treat any capability or timeline projection as uncertain. Quantum maturity in these domains is moving and contested; our verdicts describe the current public evidence and flag the assumptions a forward-looking claim depends on. They are not guarantees, and actual outcomes may differ materially.
Tell us the domain and the public claim or roadmap you are weighing. We respond with scope, limits and a clear decision-support boundary. Pilot & scoping
Engagements are decision-support on publicly available, unclassified information only. Not classified analysis, not export-controlled technical assistance, and not investment, securities, legal, or procurement advice.