harbour

Keep human intent in command of AI execution

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the loop

One human, steering a fleet of agents

AI made writing code cheap — it didn’t make knowing what to build any faster. Harbour keeps human intent in command of AI execution, one turn of the loop at a time.

  1. 01

    Read the backlog

    Point Harbour at Linear, GitHub, or a local store. It reads the whole tree and ranks the frontier — what is actually ready to move.

  2. 02

    Ground a prompt

    The right next task becomes a prompt, re-grounded against your code at HEAD — referenced files re-read, stale plans challenged, not trusted blind.

  3. 03

    Dispatch to an agent

    Queue it for a coding agent to poll, claim, and run — or fan a whole cohort out at once. One human, a fleet of sessions.

  4. 04

    Verify on evidence

    Work lands against real proof — CI, merges, diffs — not the agent’s say-so. Observation shows every run as it happens.

observation

Watch the work happen

Every dispatched run, live: what it is doing, how long it has taken, and the evidence it produced — not a spinner, the actual work.

swim lanes

See the whole board at a glance

Parallel tracks, with the dependencies drawn in. Know what is ready, what is moving, and what is held — before you dispatch.

grounded prompts

Prompts that re-check your code first

14 deterministic templates, chosen by an LLM router and re-grounded against the repo at HEAD before they run.

try it yourself

See the value for well under $1

Log in and try AI Generated Prompts free — no OpenRouter connection needed to start. Want more? Connect your own OpenRouter key and keep going for pennies.

The default model runs at $0.75 in / $4.50 out per 1M tokens — a single generated prompt costs a cent or two, so dozens fit under $1.

This covers trying AI Generated Prompts — running full autopilot dispatch uses a separate, pricier model and can run long, though even that model stays relatively cheap.

any backend

One cockpit, whatever tracks the work

the workstation

Harbour OS

experimental

Harbour is the control plane; Harbour OS is the in-browser workstation it dispatches sessions into. Parent and child, like Apple and macOS — Harbour picks the work, Harbour OS runs it.

Open Harbour OS →

the library

Read the work behind Harbour

The papers and essays written while building Harbour — the ideas, the loops, and what it took to get the work done.

  1. The Harbour Archive (#2). Six months of the project, January to July 2026, laid out as a museum.
  2. The Folded Loop. An outsider reads the project cold and finds its point: who gets to say the work is done.
  3. The ladder. Six rungs from asking a chatbot one question to handing agents the backlog, and what it takes to climb each one.
  4. Does the writing get longer faster than the ideas do? Do agents' reviews grow faster than what they have to say? Yes, by about 1.6×.
  5. Why does a plan go round plan-review more than once? Plan review sent back 83 of 94 plans, and not because of the design.
  6. Learning While the Tools Change. Experience, AI skill and the tools change at different speeds. What a team needs most is calibrated distrust.
Visit the Library →

the archive

Six months, preserved

A museum of the Harbour project — two repositories and the machines that built them, January to July 2026.

Visit the Harbour Archive →