ProofStack • policy‑time receipts • offline‑verifiable Proof Bundles

Don’t trust the dashboard.
Verify the math.

Quantonomous turns regulated communication and decisions into signed Proof Receipts. Receipts batch into Epoch Checkpoints and export as standalone Proof Bundles that verify offline with public keys only—no API dependence, no narrative interpretation, no revisionist history.

Proof Receipt Policy‑time binding ESCROW + ACK/NACK Epoch Checkpoint Offline verify

Why Quantonomous exists (2026 reality)

Regulated operations now move at machine speed. Audits still move at human speed. The gap is where incidents happen: off‑channel instructions, black‑box AI decisions, and policy drift that rewrites history. Quantonomous closes the gap by producing verifiable evidence at execution time.

Off‑channel messaging becomes liability.

If intent lives in chat and email, disputes become inevitable. Quantonomous converts communication into receipts and acknowledgements into provable decisions.

AI decisions are not safety controls.

“Explain later” doesn’t prevent harm. Quantonomous adds deterministic outcomes (ALLOW / DENY / ESCROW) and records the ACK/NACK when human control is required.

Dashboards ≠ proof.

Reports and dashboards create a trust gap. Proof Bundles export offline so verification does not depend on any UI, API, or narrative.


The breakthrough

Treat every regulated interaction as an action that must be provable. Actions become receipts. Receipts become checkpoints. Checkpoints become proof.

ACTION RECEIPT MERKLE EPOCH BUNDLE OFFLINE VERIFY message / decision signed proof receipt inclusion path checkpoint root standalone pack PASS / FAIL

The Truth Engine (8-step flow)

Same verification pipeline across Finance, Healthcare, and Agentic AI. Domain language changes. Verification does not.

  1. 1 — Capture the action

    Message, approval, access, issuance, or agent decision enters ProofStack with context + role.

    primitive: action_hash
  2. 2 — Validate inputs

    Strict schema catches missing fields, typos, or invalid actor role bindings before they become evidence debt.

    primitive: schema + role gates
  3. 3 — Evaluate policy

    Deterministic outcome: ALLOW / DENY / ESCROW, with reason codes.

    primitive: decision + reason
  4. 4 — Record ACK/NACK when required

    If risk requires human control, execution pauses in ESCROW. The acknowledgement becomes evidence.

    primitive: non‑repudiation
  5. 5 — Generate a Proof Receipt

    Receipt binds policy version + timestamp at execution time and is signed.

    primitive: signature + policy_hash
  6. 6 — Batch into Merkle inclusion

    Receipts are included and provably ordered; verification does not depend on platform trust.

    primitive: merkle_path
  7. 7 — Seal an Epoch Checkpoint

    Thousands of actions compress into a single immutable root with audit finality.

    primitive: epoch_root
  8. 8 — Export a Proof Bundle

    Auditors verify offline with public keys only—no API calls, no secret sharing, no dashboard dependence.

    primitive: PASS / FAIL

Optional extension: UID/PUF‑anchored device identity can be bound to receipts for hardware‑rooted non‑repudiation (only when needed).


The WOW moment: proof that breaks when reality breaks

Most systems can show a “success” dashboard. The real question is what happens when reality changes. In Quantonomous, tampering flips verification from PASS to FAIL—immediately and deterministically.

Proof Bundle preview (standalone)

This bundle is intentionally minimal: receipt, policy hash/version, epoch root, inclusion path, and a public key reference. Verification does not require platform access.

Why auditors care

Offline verification is examiner independence. The verifier runs in their environment, with their controls, using public keys only.

This changes the audit posture: evidence is produced at execution time, policy is time‑bound, and outcomes become binary.

Real deployment: bundles are generated from real Proof Receipts + real inclusion paths and verified by a lightweight verifier.

Where it lands first

Same engine. Different regulated surfaces. Start as a compliance shield. Expand into operational intelligence.

A supervisor receives a stablecoin issuance or cross‑border instruction. Policy requires reserve confirmation, role checks, and dual approval. The system routes the action into ESCROW until ACK/NACK is recorded.

The decision chain exports as a Proof Bundle an examiner can verify offline. No “trust our dashboard.” No story written later. Just PASS/FAIL against the policy in force at the moment of execution.

A clinical instruction is issued and acknowledged. Access is logged with break‑glass policy bound to time and role. Documentation corrections become append‑only receipts, not overwritten narratives.

For CDI/RCM, denials and appeals become evidence packs: what was said, who acknowledged, what policy applied, and what changed—provably.

An agent requests a tool call. Policy evaluates scope. If the action is high‑risk or ambiguous, it is escrowed for human ACK/NACK. The acknowledgement becomes evidence.

Over time, operators gain operational intelligence: heatmaps reveal chokepoints and unexpectedly‑green paths where policy is weaker than assumed.


Read‑Only Regulator Mode

Regulators and auditors should be able to explore evidence safely. Read‑Only Regulator Mode disables mutation actions and provides a guided path through verification—without requiring admin tokens.

Step 1 — Open Read‑Only Mode Explore without the ability to seed, tamper, purge, or modify state.
Step 2 — Inspect a Proof Receipt See the policy version, timestamp, decision outcome, and signer reference.
Step 3 — Verify PASS/FAIL Confirm inclusion and signature checks deterministically.
Step 4 — Export a Proof Bundle Verify offline using public keys only in the auditor’s environment.

Trust layer (placeholders until verified)

Enterprise buyers scan for governance and controls. This section is designed to hold real artifacts once finalized. Do not publish claims without evidence and permission.

Security & privacy Documented threat model. Deterministic verification. Optional selective disclosure in bundles.
Policy governance Versioned policy snapshots with time binding. Drift is visible and provable.
Audit artifacts Proof Receipts, Epoch Checkpoints, and Proof Bundles as first‑class outputs.
References Partner logos / case studies go here once permission is granted.
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Tip: replace placeholders only after written permission from partners, and only when you can substantiate the relationship.


Three short videos (local, forwardable)

Add your MP4 files under /assets/. Keep them short, silent‑friendly, and examiner‑grade.

01 — The Hook (≈45s)

Off‑channel messaging + black‑box AI + audit lag → unavoidable exposure. Proof must be native.

02 — The Mechanics (≈2m)

One action → receipt → inclusion → checkpoint → offline verify. Binary outcomes, not narratives.

03 — Examiner Walkthrough (≈3–4m)

Read‑Only Mode: viewer → inspect → verify → export. Auditor independence without platform trust.


Built for serious operators

If your systems are regulated and your operations move faster than your audits, you need evidence at execution time. Quantonomous produces policy‑bound receipts, seals epoch checkpoints, and exports offline Proof Bundles so verification remains independent.