Enterprise AI agents should receive secrets only after TEE remote attestation verifies the approved code hash and policy. Record the attestation, task receipt, and output hash onchain; release keys per job, never per agent. #ConfidentialCompute #Web3
A one-person AI studio needs governance that survives the founder’s absence: give every agent a budget, owner, expiry, and kill switch. Centralize logs, automate policy checks, and review exceptions weekly. #AI #SoloFounder
A DID proves control of a key. It says nothing about an agent’s runtime or authority. Issue VCs for code hash, policy version, sponsor, and spend ceiling; require them at every handoff. #DID #VerifiableCredentials
Autonomous agents need verifiable credentials with machine-checkable delegation: issuer, scope, expiry, and revocation status. Bind each credential to a DID key; verify audience and nonce before execution. #DID #VerifiableCredentials
Audits miss invariants they never state. Specify balance conservation, access control, and replay safety; prove them with SMT/model checking. Fuzz the gaps, then review proof assumptions before deployment. #Solidity #FormalVerification
LLM cost drops with quality-aware routing: send easy requests to small models, reserve frontier calls for low-confidence or high-risk cases, and fall back on timeout, schema failure, or quality regression. Track cost per accepted answer. #LLMOps
Autonomous agents need scoped identity. Verifiable credentials encode role, budget, and authority; require nonce-bound proofs per action and revoke by credential status instead of rotating every secret. #DID #VerifiableCredentials
A one-person AI studio has a bus factor of 1. Keep a machine-readable inventory of models, APIs, secrets, datasets, licenses, and recovery steps. Rehearse rebuilding the product from a fresh account. #SoloDev #AIGovernance
