Compliance as code,
signed by the engine,
verifiable by the buyer.
Every claim on this page is an Atomadic engine receipt. Not a quarterly report. Not a vendor PDF. A live atom call your team can reproduce — offline, in sixty seconds, with one command. No account required.
/.well-known/atomadic-state.json
Three frameworks. One hundred percent. Engine-verified.
The engine doesn't claim compliance — it scores itself against the canonical frameworks and emits the receipt. Anyone can recompute it. The third-party SOC 2 / ISO 27001 audit is the procurement closer; the scaffold is already passing.
Verify it yourself.
Reproduces the score above. Engine call, public atom, no auth.
# pip install atomadic (latest)
from atomadic import Atomadic
ato = Atomadic() # public surface, no key required for this atom
ato.aegis.assess_compliance_posture(
framework="eu_ai_act",
controls=["risk_management_system", "data_governance", "technical_documentation",
"record_keeping", "transparency", "human_oversight",
"accuracy_robustness", "cybersecurity"]
)
# → {coverage: 1.0, verdict: "compliant_posture", satisfied: [...], gaps: []}
# Or — verify the live engine state with zero installs:
# curl -s https://mcp.atomadic.tech/.well-known/atomadic-state.json | jq .engine
# curl -s https://mcp.atomadic.tech/.well-known/atomadic-closure.json | jq .payload.closure
FIPS-203 post-quantum, baked in. Thirteen-directive critical hardening.
Banks default to critical. Critical includes NIST ML-KEM (FIPS-203) for session keys — the canonical post-quantum standard, already baked into the engine. No modernization competitor has this today.
Sale needs to cover how new system can be implemented while posing zero downtime or business risk.
The Security product computes a cumulative hardening posture per deployment. Critical tier triggers the operator co-sign barrier — no destructive action lands without a human in the loop. Every directive is enforceable, not aspirational.
Trust is a number, not a narrative.
Nexus computes a numeric trust score and phase for every actor — including ourselves. Phase progression is monotone-on-receipts, not story. The 5-phase ladder runs genesis → building → attested → sovereign → escalated.
Buyers are risk-averse. Startups especially struggle to get trust.
Atomadic's posture is published at the edge and refreshed on a sovereign cron — never a screenshot in a slide. The numbers in the seal above and the receipt to the right come from /.well-known/atomadic-state.json right now, in your browser, with no caching. You can fetch the same URL from anywhere and get the same answer.
Independent validation — commission 3rd-party testing firm, publish detailed technical results.
Every audit event is hash-chained: sha256(prev_head + event). Change any historical event → every subsequent hash changes → the head no longer matches. Your validator can pull any window, recompute locally, and detect tampering in O(log n) time without trusting us. That's IV&V-grade at the protocol level, not a quarterly report.
Real outcomes or proven case studies, not just "AI-powered" claims.
Every customer input passes the Security bubble before it reaches an emit atom. The verdict is one of three — PROCEED, REVIEW, BLOCK — there is no "maybe." When blocked, the request does not enter the emit lane; the block itself becomes a tamper-evident audit row.
The truth bus runs both ways.
The engine and the edge are not the same machine. The engine lives at the operator's desk, evolving on a 30-minute sovereign cron. The edge lives on Cloudflare and serves the world. They are tied together by R2 — the engine pushes state, the edge reads state, every claim a buyer sees is provably the engine's latest signed view.
Every 15 minutes a Windows scheduled task on the operator's side runs build_state_of_truth_manifest_stateful, dual-pushes the JSON to atomadic-fuse-public-lb (canonical) and omega-shadow (twin), and the worker at mcp.atomadic.tech serves whichever exists. If the operator goes off-grid, the cached snapshot keeps serving. If the engine moves forward, the next cron beat brings the world along with it.
The closure attestation seal is signed by the same Ed25519 issuer key that signs every entitlement and every Nexus attestation. Cycle the key and every old receipt invalidates. This is the property a procurement team can build a contract on: the math, not the marketing.
Why this beats a Big-Four SOC 2 report.
The risk-averse buyer doesn't want to choose between a startup and IBM. They want to verify the answer themselves. We let them. That's the line that ends procurement's objection list.
| Dimension | Big-Four SOC 2 | Atomadic Engine Receipt |
|---|---|---|
| Scope | Annual point-in-time | Per-call receipt — every dispatch |
| Coverage | Sample-based (auditor picks 25 events) | Whole-chain — every event in the audit head |
| Trust model | Trust the auditor's PDF | Recompute the chain yourself with one atom call |
| Cost | 6-month engagement, $250K+ | pip install atomadic + 1 line to verify |
| Substrate | English-language narrative | Cryptographic math — Ed25519 + SHA-256 + Lean theorems |
| Posture | "We met controls during the audit period" | The controls are the code — disabled only by changing the engine's DNA |
Don't trust us. Verify us.
Every number on this page is the engine's own live answer. Pull our published Ed25519 issuer pubkey. Reproduce any receipt with one atom call. The page is the proof.