AI agent development with scoped and revocable authority by Alex YangAI agent development with scoped and revocable authority by Alex Yang
AI agent development with scoped and revocable authorityAlex Yang
Cover image for AI agent development with scoped and revocable authority
The hard problem with an agent that can act is not capability. It is authority: how you let it run, bound what it may touch, and revoke it cleanly while it is mid-flight.
I build the control plane that makes an agent safe to put in front of real work: exact, one-shot, revocable activations scoped to a single task; schema-validated work orders; route preview separated from execution so you see what would happen before anything runs; and new routes shipped as bounded canaries rather than fleet-wide changes.
What you get
Version attestation, so a routing decision that does not match the installed harness holds instead of guessing
Fail-closed routing to a known-good lane when no valid decision exists
Double path-ownership checks, lexical then physical after links resolve, so two aliases cannot share a write grant
Value-blind credential brokering, so the secret never reaches the control plane
A written handover, and the source. You own it.
Contact for pricing
Duration1 week
Tags
Node.js
OpenAI
AI Agent Engineer
AI Automation
AI Engineer
Backend Engineer
Artificial Intelligence
Service provided by
Alex Yang proSan Jose, USA
AI agent development with scoped and revocable authorityAlex Yang
Contact for pricing
Duration1 week
Tags
Node.js
OpenAI
AI Agent Engineer
AI Automation
AI Engineer
Backend Engineer
Artificial Intelligence
Cover image for AI agent development with scoped and revocable authority
The hard problem with an agent that can act is not capability. It is authority: how you let it run, bound what it may touch, and revoke it cleanly while it is mid-flight.
I build the control plane that makes an agent safe to put in front of real work: exact, one-shot, revocable activations scoped to a single task; schema-validated work orders; route preview separated from execution so you see what would happen before anything runs; and new routes shipped as bounded canaries rather than fleet-wide changes.
What you get
Version attestation, so a routing decision that does not match the installed harness holds instead of guessing
Fail-closed routing to a known-good lane when no valid decision exists
Double path-ownership checks, lexical then physical after links resolve, so two aliases cannot share a write grant
Value-blind credential brokering, so the secret never reaches the control plane
A written handover, and the source. You own it.
Contact for pricing