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Early development · public engineering brief

WorkMan

AI Workflow Manager

Bounded, staged software work with explicit authority and independent proof.

Development build

The operating loop

  1. 01Planscope and intent
  2. 02Admitapproved work only
  3. 03Executedelegated agent work
  4. 04Challengeindependent review
  5. 05Finalizerecorded result
  6. 06Restclean baseline

Mission

Keep a human in control of agent work.

AI agents produce useful work, but their own reports do not establish correctness or completion. WorkMan keeps a human principal in control while bounded workbenches separate coordination, execution, and independent proof — even when sessions or tools fail.

Bounded work
Every effort has a named scope, owner, evidence path, and stopping condition.
Evidence over narrative
Progress, integration, completion, and cleanup are tracked as separate, verifiable claims.
Recoverable operations
Partial results are recorded and resumed rather than hidden behind a success flag.

Implemented foundation

What exists today.

WorkMan separates authority, planning, execution, proof, and projection so no display or running agent can substitute for the system of record. These layers are in active use; finality and recovery transaction boundaries are still being hardened.

01

Authority

The principal sets direction and bounds. Managers coordinate, operators perform sanctioned mutations, and workers execute only within delegated scope.

Policy & decisions
02

Planning

The trunk is durable planning truth — benches, tracks, records, dependencies. The queue is the candidate lifecycle: recorded, reviewed, approved, packaged, activated into a live bench.

What may run
03

Execution

A local-first workbench binds a Git branch, worktree, staged brief, tmux runtime, and adapter-backed agent seats.

What is running
04

Proof

Gates, receipts, two-seat review, ref finality, cleanup, and rest establish what actually completed.

What is true
05

Projection

CLI, console, generated documents, and this static site expose selected read-only views.

What is shown

Development trunk

Building one clean cycle, from start to rest.

Current work hardens the four failure modes below before ordinary unattended cycling begins. The runtime stays supervised until the full proof sequence holds.

Phase Core runtime hardening
Unattended operation Gated on the safety floor
Target One supervised clean cycle
Projection built See snapshot stamps below

Current safety floor

01

Atomic activation

Admission, materialization, runtime start, and physical-running truth must succeed or recover as one operation.

02

Durable action evidence

Every external effect needs an attempt record, exact result, read-back, and resumable unresolved state.

03

Ledger parity

Todo and event state must use explicit roots, fail-closed locks, resolvable owners, and matching provenance.

04

Pure observation and global rest

Status and readiness checks must not modify state, and shutdown must leave a verified, fully cleaned baseline.

Proof sequence

  1. Now
    Contain and encode

    Preserve current evidence, correct the owner graph, and keep capacity at zero.

  2. Next
    Land the safety floor

    Repair activation, action evidence, ledgers, gates, finality, cleanup, and rest.

  3. Proof
    Run isolated lifecycles

    A negative path must refuse without mutation; a legal path must return to rest.

  4. Canary
    Supervised ordinary cycle

    Routine capacity increases only after a supervised cycle completes cleanly.

Repository projection

Published record of completed work

Static public exports, not live runtime telemetry.

A curated selection of completed work, not an exhaustive record.

  • Public evidence pending.

Snapshot timestamp pending.

Planning footprint

Static queue snapshot

Aggregate counts only. Individual candidate details are never published.

Queue snapshot pending.

Snapshot timestamp pending.

Longer direction

Toward a smaller, self-contained core.

After a supervised cycle runs clean, planned research will test order-of-magnitude reductions in context, mutation surface, and repeated guidance across language-neutral implementations while preserving critical interfaces and one source of truth. It is not active development.

Access

What is available today.

WorkMan is in private early development: there is no public download, sign-up, issue tracker, or repository access. The protected console admits only recognized accounts through its identity gate.