Multi-party state evidence — reference only

A.X.I.O.M.

Atomic Execution & State Invariant Oracle for Multi-Party Settlement

Identify conflicting payload commitments, absent participants and ambiguous partial commits without claiming globally atomic settlement.

Strict qualification boundary: This is an isolated synthetic model, not a tested private native motor or certified safety/settlement appliance. Historical physical FPGA/OVH campaigns belong to other, separately identified asset baselines and are not claimed here.

Verify public receipts €3,900 scoped diagnostic

What is verified — and what is not

120/120

Four synthetic scenarios × 30 repetitions per scenario

Detected synthetic reference discrepancies

SHA-256

Public, independently recomputable 240-record chained JSONL ledger across the two new modules

Interactive proof — replay and tamper

The browser recomputes SHA-256 for selected historical reference fixtures; it does not run a proprietary kernel, hardware device or financial workflow.

Scenario

Loading reference data…

Retrieving evidence

Evidence and industrial acceptance

Candidate's bounded purpose

Identify conflicting payload commitments, absent participants and ambiguous partial commits without claiming globally atomic settlement.

Strong competitor or incumbent

One approved synthetic or de-identified multi-party state trace; optimized 2PC, durable outbox and idempotency oracle comparator.

Safety and commercial boundary

No money movement, real clearing, custody transfer, distributed-consensus guarantee, legally binding settlement or fraud-proof certificate.

The earlier independent 13-profile Linux C++20 reference campaign showed zero predicate disagreements; it does not qualify private hardware or certify this proposed product.

Raw 240-record synthetic ledger Manifest and SHA-256 A.X.I.O.M. PDF evidence brief One-page scope contract

Eight evidence gates

G0 Reproducibility240/240 public fixture receipts with SHA-256

G1 Reference correctness120/120 scoped cases for A.X.I.O.M.

G2 Native performanceNOT TESTED on proposed proprietary motor

G3 Hardware timingNOT TESTED on physical bus or instrumented silicon

G4 Fault handlingSynthetic failure fixtures only

G5 Incumbent baselineProposed, not yet paired on buyer workload

G6 Audit/IPPublic receipts, private algorithms retained

G7 Customer validationNo buyer PoV or certified deployment

Fixed-scope diagnostic

Single bounded trace, no generic consultancy

€3,900

Up to 30 paired repetitions for each supported, agreed configuration, independent oracle, GO / NO-GO / INCONCLUSIVE dossier. One 20-minute scope lock and one 20-minute handoff; all other clarification asynchronous.

Target seven business days after acceptance of complete approved inputs; 50% at signature and 50% at delivery. Taxes per signed quote. A documented negative result is a valid complete deliverable.

No production changes, unbounded calls, guaranteed performance, source transfer or automatic PoV.

Request a technical fit diagnostic

Do not upload proprietary sources or customer records. Only the request fields below are emailed to the owner.

R10 VERIFIED / 08 NOV 2026

Security and physical evidence - thirteen Proof Labs

OWASP ZAP 2.17.0, seven completed passive spider scans. Recorded: 1 High (SHA-256 digits, false-positive candidate), 89 Medium (public CORS header observations), 217 Informational. Original findings retained; no active pentest certification.

OVHcloud Manager authenticated and FPGA Pi3 laboratory web page reports connected control service and power on. No new authenticated SSH/JTAG test, electrical timing or hardware NIC offload was run from this session. Earlier Linux reference tests are separate and narrowly scoped.

R10 evidence dossier (PDF)R10 qualification matrix (JSON)Original OWASP ZAP machine report (JSON)

No private source, bitstreams, keys, customer traces or industrial control commands are published.