Stratalize is built on the principle that AI outputs must be provable, not just produced. Every synthesis is cryptographically signed, independently verifiable, and traceable.
Paste a synthesis ID, a link containing ?synthesis_id=, or raw JSON with a _stratalize block — verified in the browser with no Stratalize API for pasted JSON.
Assessment methodology: Stratalize AGM v1.0 →
Stratalize uses post-quantum ML-DSA-65 cryptographic signing (NIST FIPS 204) for active outputs. Ed25519 remains available only for verifying legacy records generated before the May 30, 2026 migration.
Download Public KeyFingerprint published for verification. Key rotation announced 30 days in advance at trust.stratalize.com.
What Stratalize protects against:
What Stratalize does not protect against:
No raw data from your connected systems is ever written to disk. Every synthesis is generated live at the moment of request and immediately discarded. What persists is the signed output record, not your source data.
Every intelligence synthesis carries an ML-DSA-65 post-quantum digital signature. Any modification after signing is mathematically detectable. Legacy Ed25519 signatures remain verifiable for historical records.
No AI-proposed write executes without explicit human approval. Every approval is HMAC-signed. The audit chain is permanent and immutable.
Every field in every output is permission-gated based on the requesting user's role, attributes, and governance policy before synthesis occurs — not at the database layer after the fact.
Stratalize publishes 10 governed workflow Skills — curated sequences of attested tool calls for enterprise use cases. Every Skill manifest is signed with the active ML-DSA-65 key, while legacy Ed25519 verification remains available for older manifests.
View Signed Skills Registry →TLS 1.3 in transit. AES-256-GCM at rest. Rate limiting, Content Security Policy, and HSTS enforced. Live-source SLA: returns HTTP 503 with no charge when upstream data is unavailable for more than 50% of measured fields. x402 pricing is $0.02 per atomic data call, $0.10 per benchmark call, $1.00 per premium synthesis call. All settlements in USDC on Base. Paid routes return HTTP 503 with no charge when the tool payload reports data_source: no_data (no usable measurements); responses include data_source disclosing FRED provenance (fred_api / fred_csv / fred_mixed). Coinbase facilitator settles only on 2xx responses.
Every synthesis generates a zero-knowledge proof cryptographically proving the requesting user held an authorized role within their organization at that specific moment — without revealing the user's identity or role. Proofs are independently verifiable using our published verification key.
We are working with a select group of organizations before launch.