Now
Deterministic validation, typed verdict doctrine, gate flow, expert-panel design corpus, and a Claude-driven orchestrator.
Software architect and proof engine
Dao redesigns software from the ground up, then proves the work. Expert panels propose the clean architecture; bounded AI workers implement it; deterministic gates decide what advances.
Product posture
Deterministic validation, typed verdict doctrine, gate flow, expert-panel design corpus, and a Claude-driven orchestrator.
Give Dao a messy codebase and a goal. It studies, redesigns, drives workers, verifies, heals, and pauses at human doors.
Every agent claim needs evidence: typed verdicts, reproducible checks, design/code conformance, and reviewable records.
Redesign loop
Dao studies current behavior, failure history, tests, interfaces, production constraints, and live checks before proposing shape.
Evidence: baseline, scars, invariants.Architecture, DDD, Rust/types, Python exterior, security, verification, storage, schema, and agent lenses compete.
Evidence: integrated target architecture.Claude, Codex, or another worker receives a path-isolated mission and returns a typed verdict instead of informal confidence.
Evidence: mission, diff, verdict.Dao runs checks, catches drift, launches repair missions, and pauses before irreversible product, money, contract, or merge decisions.
Evidence: green gate or explicit refusal.Operating rule
Dao treats every proposal and generated change as a claim that needs evidence. Zhuangzi gives the character direction: perspective shifts are useful only when balanced by proof.
Expert panels propose. Workers build. Dao proves. Only then does the migration move.
Capabilities
Dao should make "redesign this properly" into a controlled, testable, reviewable production migration instead of a long chat transcript.
Use architecture, types, security, verification, storage, schema, observability, and agent lenses.
Prefer the correct production architecture over cosmetic refactors around a broken shape.
Drive Claude, Codex, and later workers through one proof envelope.
Bound each mission to owned paths so a repair cannot mutate the whole system.
Compare intended architecture against actual code and classify divergences.
Preserve behavior while old layers are replaced behind shims.
Maturity
Typed verdicts, deterministic validation, expert design corpus, and Claude-oriented orchestration.
Codex worker integration, provider-neutral driver model, and deeper design-wave workflows.
Full production re-architecture from legacy systems to the best target architecture under proof, parity, and review.