SolRouter Encrypted AI Evidence 2026-05-07
Local encrypted AI-output evidence for the SolRouter lane, including deterministic operation brief generation, AES-GCM encryption, and plaintext/ciphertext hashes.
Document context
Local encrypted-output proof only. It proves the product can encrypt AI briefs before they leave the device, without claiming SolRouter vendor custody or external relay execution.
Audience: Judges, AI reviewers, privacy reviewers, operators
Open raw fileSolRouter Encrypted AI Evidence 2026-05-07
This packet records a real local encrypted AI-output run for the SolRouter service lane.
- Route: `/services/solrouter-encrypted-ai`
- Proposal: `27FtqDFgsKTqQXUSTPGatffYiQ5mQbuq4PFS4AzHX4uR`
- Source Testnet transaction: ``
- Encryption: `AES-256-GCM`
- Key derivation: `PBKDF2-SHA256`
- Iterations: `120000`
- Plaintext SHA-256: `ab9be943c5b3145965646d25181e81382b0fc23e9fb741d601d10d93526a40b5`
- Ciphertext SHA-256: `a5fb6cf352e42b68e4bf3016be19e4ad79f85a444057ee949c59db6d38a84dc0`
- JSON packet: `docs/solrouter-encrypted-ai-evidence-2026-05-07.json`
Boundary
This evidence proves PrivateDAO can generate a deterministic operation brief and encrypt it locally before the brief leaves the operator device. It does not claim SolRouter vendor custody, external relay execution, or autonomous execution authority.
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