open-standards/jouledesk
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jouledesk-github, Joule Code L3: meter a Mac with the SMC's whole-machine power where IOReport is not live
Builds jouleclaw-energy with `smc` in the two consumers that bill work with the
host meter. On macOS 27, where IOReport's CPU rails are frozen for an
unprivileged reader, their host meter becomes the SMC's whole-machine power
integral (ModelBased, domain System) instead of the load-average estimator; a
live IOReport counter still comes first.

- jouledesk-github: `detect_meter` picks the SMC; replies say "modeled by
  `apple-smc`" and seal ModelBased. Work shorter than the SMC's 2 s minimum
  window is posted as not metered, with why, as it already was for any meter.
  The model-subprocess test calibrated its stand-in to about a second of CPU,
  under that window; it now runs a second past the host meter's minimum window
  at the loop's measured rate, so it holds for every meter.
- Joule Code L3 example: `host_counter` adds the SMC between IOReport and the
  estimator. A counter's reading after a window shorter than its minimum is no
  longer taken (`read_after`): the receipt falls back to the token estimate, as
  it does with no counter. The host test burns past the counter's minimum and
  asserts the grade each meter gives; a new test covers the window rule.

Not changed: crates that enable `ioreport` only for this process's own counters
and refuse the span meter's host fallback (jouleclaw-loader-gguf, wai
quantum-meter and ops-gpu-bench) or only print it (jouleclaw-runtime's example),
where the SMC would start a sampler nothing reads; mesh-meter, whose HwMeter
does not consult a counter's minimum window, so short served requests would
carry ModelBased figures below the SMC's 2 s floor.

On an M3 Ultra Mac Studio (IOReport CPU rails frozen): jouledesk-github seals
work at ModelBased by `apple-smc` and the model-subprocess rounds read the
model's own CPU (21 J against its own 21 J count) plus the SMC's figure, posted
as an estimate; the L3 host test meters its burn at ModelBased. Tests pass on
macOS (jouledesk-github, l3-jouleclaw) and Linux (l3-jouleclaw, token estimate);
clippy is clean for jouledesk-github. l3-jouleclaw's clippy reports one
manual_char_comparison in src/llama_backend.rs, which this change does not touch
and CI does not lint.

Co-Authored-By: Claude Opus 5.5 <[email protected]>
2026-11-04 20:49:59 -05:00
..
conformance/v1 jouledesk: refresh the published receipt to jcp/2, and hold it byte for byte 2026-09-30 14:16:01 -04:00
jouledesk-rs jouledesk-github, Joule Code L3: meter a Mac with the SMC's whole-machine power where IOReport is not live 2026-11-04 20:49:59 -05:00
LICENSE jouledesk: rename Joule Tag → Joule Desk (naming call), part of the Joule Table umbrella 2026-07-05 07:30:53 -04:00
LICENSE-SPEC jouledesk: rename Joule Tag → Joule Desk (naming call), part of the Joule Table umbrella 2026-07-05 07:30:53 -04:00
README.md no-vanity-metrics: clear the three failures blocking the gate on main 2026-07-23 00:17:08 -04:00
SPEC.md jouledesk, joulehook: the docs say a figure carries its meter's grade, not "measured" 2026-10-10 18:10:28 -04:00

Joule Desk — The Open, Energy-Accounted Agent Teammate

The agent-teammate shape — a persistent principal you tag in a shared channel to delegate work under scoped access — is the right shape. Joule Desk is the open standard for it, with the three things that shape needs and a closed product cannot give you:

Authority that is a signed, enforced grant — not an admin setting. Work that is energy-metered and attested — not merely reported. And a shared, signed ledger the whole channel can verify — not just watch.

You add @joule to a channel; an admin issues it a grant chain (the tools and data it may touch, and a joule budget). Any member tags it to delegate a task; it decides every action against those grants outside the model, runs the work in an attested sandbox, meters the energy, and seals every decision and completed unit to a ledger anyone can verify — which principal did what, under which capability, at what cost.

Joule Desk is the collaboration/teammate binding of Joule Table (jt.transaction.science); its sibling binding Joule Hook covers coding editors — and Joule Desk's own editor class is Joule Hook. It does not reinvent — it composes the sibling standards: JCP (identity, grants, the shared channel, orchestration), jcp-efficiency (the energy receipt), Sandbox (attested execution), and Joule Hook (when the teammate works in a coding editor). It is one of the Transaction Science open standards.

  • Licence: Apache-2.0 for reference code (LICENSE); CC-BY-4.0 for the specification text (LICENSE-SPEC).
  • Status: v0.1.0 draft. Specification published (SPEC.md); reference workspace jouledesk-rs/ ships the teammate loop (Teammate + Skill over jcp-orchestrate + jcp-efficiency): grant a skill → tag it → authorise outside the model → seal to a per-receipt-verifiable ledger, with efficiency/1 energy accounting (energy_summary → joules per completed unit, charging waste).

What Joule Desk adds over a closed teammate

Property Closed teammate Joule Desk
Authority admin config, trusted a signed grant, decided outside the model, enforced
Work integrity reported attested (Sandbox)
Energy none efficiency/1 — µJ + cost per completed unit + waste
Audit visible verifiable — a signed ledger anyone can check
Budget a quota a debited, settle-able joule budget
Portability one product any surface (chat / forge / editor / api), one standard

Conformance profiles (surfaces)

chat (team chat + mentions) · forge (git issues/PRs) · editor (a coding editor via JouleHook) · api (a service). See SPEC.md §8.

The reference jouledesk-bind binary targets real discrete-message services — Slack, GitHub, GitLab, Discord, Matrix, and a neutral shape — each a thin parse+render pair over one event→tag→reply transform:

echo '{"comment":{"user":{"login":"alice"},"body":"@joule summarize the thread"}}' \
  | jouledesk-bind --surface github
# → {"body":"✅ **@joule** completed it, @alice — decision sealed. _ledger: 1 decisions, all verified…_"}

And a real-time (media) binding class (room, SPEC.md §8.1) for when @joule joins a live voice/video meeting — Zoom, Teams, Meet, or a LiveKit/WebRTC room. The loop is four seams — join under a signed grant, gate each turn outside the model, meter each model call at the model-call boundary, seal one efficiency/1 per session anchored to the room. RealtimeSession (jouledesk-rs) is the reference (target: LiveKit Agents); its meter reuses the same model-call proxy that meters a text session, so the joule ceiling holds whether @joule is typing or talking. examples/room runs a live call — turns gated outside the model, metered at the boundary, and sealed into one verifiable session receipt.

What's here

jouledesk/
├── SPEC.md          — the normative standard (§1–§10)
├── README.md        — this file
├── jouledesk-rs/     — ✅ reference implementation: the teammate loop (Teammate + Skill +
│                      parse_mention/tag_mention for the chat/forge binding, §8) over
│                      jcp-orchestrate. `examples/channel` runs a multiplayer channel;
│                      `examples/vector` regenerates the conformance vector.
└── conformance/v1/  — ✅ a byte-deterministic sealed decision receipt (summarize-allow.hex)
                        + its verified-decode target (receipt.json)

Transaction Science is the steward, not the proprietor: the wire and the right to fork are public.