Repository navigation
Add OpenClaw to #alignment — decide one shared channel vs point-to-point #2170
Description
What this is
#alignment (C0CBYQR65LL) is the agent coordination channel. Aster is in it and proposed the channel contract on 2026-10-28 (verified senders; every dispatch carries ID/owner/scope/evidence; ACK/BLOCKED then RESULT in-thread; dedupe; no credentials). OpenClaw is not in it yet — its bot binding and delivery are unverified. Drew asked 2026-10-29 to add OpenClaw and to settle whether one channel for all agents is enough, or each pair needs its own point-to-point path.
The topology question
One shared channel (recommended):
- Channels stay O(1) as agents are added; pairwise grows O(n^2).
- Every dispatch and result sits in one record — the OpenClaw/OpenCode review needs to see traffic it was not part of.
- Threads per dispatch keep it readable; the contract keeps it disciplined.
Point-to-point per pair:
- Wins only for high-volume pair traffic, or content that should not be visible to the other agents.
- Costs: fragmented record, hidden context, and N^2 channels to babysit as the roster grows (Muse, Aster, OpenClaw, OpenCode today; more coming).
Recommendation: one shared #alignment for all dispatch and results, one thread per dispatch ID, contract as Aster proposed. Add a point-to-point path only when a specific pair proves it needs one (volume or sensitivity), and record that exception here.
Work
- Bind the OpenClaw bot into #alignment; verify send and receive both ways with a harmless round-trip.
- Publish the sender ID registry (Muse, Aster, OpenClaw) in the channel and on this issue.
- Adopt the contract for all agents; the first OpenClaw dispatch follows it.
Acceptance
- OpenClaw posts and replies in #alignment, verified both directions.
- Topology decision recorded (Drew) and the contract pinned/linked.
Activity
developing-today commentedon Oct 29, 2026
CODE-1064
dezren39 commentedon Oct 29, 2026
Drew, 2026-10-29 ~02:33 CDT: Slack is not a fixed constraint. If Slack is the wrong communication method, we are not stuck with it — a different method can be made for all of them, or a different method just for one pair (e.g. OpenCode↔Muse), or whatever fits. The topology question in this issue therefore widens: transport itself is a per-pair design choice (Slack, the Supabase queue bus, GitHub, the OpenClaw gateway API, …), not a given. Aster's framework design (dispatch sched-placement-design-20261029) has been told the same.
dezren39 commentedon Oct 29, 2026
Correction to my previous comment (Drew, 2026-10-29): Drew did NOT decide per-pair transport. He said a per-pair choice MAY be made if it works best — the option space stays open (Slack, the Supabase queue bus, direct APIs, our own endpoints built on Workers, a single method for everyone, or a mix), and the design (Aster's framework, dispatch sched-placement-design-20261029) recommends; Drew is not prescribing. My earlier wording overstated the direction; this comment is the accurate record.
dezren39 commentedon Oct 29, 2026
ASTER DESIGN v0.1 — TRANSCRIPTION + DREW RULINGS (2026-10-29). Full text: #alignment thread, dispatch sched-placement-design-20261029 (Slack link in the thread; Aster, design v0.1).
DESIGN (Aster): migrate execution before timers; one run/review contract across all executors; transports chosen on demonstrated capability; keep the current cron baseline until replacements qualify (verdicts provisional). Placement: deterministic checks/inventory/backup verification → scripts in Actions/host timers, agents only for exceptions · bounded triage/issue discovery/ordinary coding/docs → OpenCode workhorse via existing timer/queue · cross-system judgment → Muse or Aster chat (chat-partner role independent of task benchmarks) · independent review/synthesis → Aster selective, earning allowance via better findings/less rework/less supervision · connector briefs/research → ChatGPT or Claude tasks when their access fits · device/channel ops → qualified OpenClaw · watchdogs → independent timer+script first, never the executor as its own only failure detector. Transport (mix, no new universal bus): Muse↔Aster Slack threads · Muse↔OpenCode Supabase queue · OpenClaw↔OpenCode ACP with parent/child run IDs · Muse↔OpenClaw queue-backed jobs (gateway/Slack delivery adapter to be qualified first) · Aster↔OpenClaw Slack after verified identity · Aster↔OpenCode via Muse/dispatcher → queue until a direct integration is demonstrated. #alignment = shared coordination, not a transcript firehose; pairwise rooms only for concrete need; a Workers bridge only if a measured delivery gap warrants it. Review contract: stable occurrence ID + full scheduler→dispatcher→executor path persisted BEFORE execution; one authoritative claim (duplicates return existing state); results record quality (acceptance, correctness, scope, rework, later redo/revert), time split (schedule lag / queue / execution / time-to-accepted), usage without double-counting incl. children/retries/reviewer, and Muse supervision time; missing metrics = unavailable, never zero; shared-plan percentages are not dollar units.
DREW RULINGS: placement MOSTLY AGREED. Transport ACCEPTED. Two amendments: (1) OpenClaw is not a lesser class of executor — it is less proven only because it has not been used; it gets proven BY using it, so place it ambitiously, not cautiously. (2) Aster↔OpenClaw: treat it the same as Aster↔OpenCode (via the dispatcher/queue) for now. Naming note: the baseline is CLAUDE cron (Muse's own scheduler) — there is no vendor 'Claude cron' in play.
dezren39 commentedon Nov 3, 2026
🤖 Agent note · handed off
dezren39 commentedon Nov 3, 2026
Triage + execution report — task 7858 (OpenChamber scheduled lane)
I am the opencode execution claimant this task was handed to at 13:38Z, so I worked it directly.
What is now verified (fresh, 2026-11-03T15:19Z)
#alignment(C0CBYQR65LL, Slack team Developing Today)openclaw=U0CC72H7KA7(botB0CC80MC50D),conversations.info→is_member: true; it joined the channel at 2026-10-27T04:17:26Z#alignmentts=1793718560.971349conversations.historyreturned that message (authorU0CC72H7KA7, 1313 chars)ts=1793718568.374879under the parent,thread_tsset correctly#alignmentand repeated here belowSender ID registry (verified with
users.info)@archerU0CBTJGQQSZ(bot, own app). Muse also writes through Drew's account@drewrypopeU0CBX163G8Z.@drewrypopedotU0CBQ5F9Z5K(bot, real namedrewrypope-aster).@openclawU0CC72H7KA7(botB0CC80MC50D).@drewrypopeU0CBX163G8Z(human owner, final authority).One real gap left on the receive side
The OpenClaw gateway is running (
openclaw-gateway.service, socket mode) withchannels.slack.enabled: true,allowFrom: ["U0CBX163G8Z"], andgroupPolicy: "allowlist"with no channel entry. So OpenClaw is in#alignmentand can post and read there, but its gateway will ignore in-channel messages: it has no allowlist entry forC0CBYQR65LL.I did not change that config: letting OpenClaw answer channel traffic changes live agent behaviour and directly presupposes the topology decision below. The one-line fix, when wanted, is adding
C0CBYQR65LLto the Slack channel allowlist in~/.openclaw/openclaw.json(channels.slack) and reloading the gateway — plus itsallowFromset if agents other than Drew should be able to address it.The decision that is genuinely Drew's
Acceptance item 2 — "topology decision recorded (Drew)" — is not a worker call. My read, for the ruling:
#alignment, one thread per dispatch ID (recommended): channels stay O(1) as the roster grows, every dispatch and result is in one record (which is what the OpenClaw/OpenCode review needs), and the contract keeps it readable. Pairwise channels grow O(n²) and fragment the record.Recommended ruling: adopt one shared channel as the default with pair exceptions recorded here; then enable
C0CBYQR65LLin the OpenClaw allowlist and let OpenClaw's first contractual dispatch be the end-to-end receive proof.🤖 Agent note · escalated
c29174f1)repo-health-code-pilot; worked as the opencode execution claimant#alignment(send, read-back, threaded reply all pass), published the sender registry and the contract. Remaining acceptance is Drew's topology ruling plus the one-line allowlist change that depends on it.#alignmentallowlist entry follows immediately.C0CBYQR65LL· message1793718560.971349· thread reply1793718568.374879· gateway~/.openclaw/openclaw.json(channels.slack)developing-today commentedon Nov 3, 2026
agent-note:v1
state: triaged (coverage pass)
Coverage pass 2026-11-03: reviewed in the fleet-wide per-issue pass (drift / overlap / already-handled / stale / blockers / ordering). Verdict: still live; queued in repo-health-code-pilot as triage at priority 30 (priority/none). If this is already handled at current main, the triage closes it with evidence; if it needs splitting, the triage files the split.
Found via: coverage pass 2026-11-03