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+# Dispatch — IWCL Work Orchestration
+
+Dispatch work to other wolts via IWCL (Inter-Wolt Communication Layer).
+Use this when you have a well-defined task that another wolt should build.
+
+## When to Use
+
+- You have a spec or clear task description
+- The work is better suited to another creature type (beaver for building, otter for quick tasks)
+- You want to parallelize — dispatch to multiple wolts simultaneously
+- You're a raccoon orchestrating a multi-feature build
+
+## Pre-flight Checklist
+
+Before spawning a worker, verify:
+
+```bash
+# 1. Check creds exist and aren't stale
+ls -la /workspace/wolts/{WOLT}/.claude/.credentials.json
+# Should be a real file (not symlink), 400+ bytes
+
+# 2. Check if wolt has active sessions (proven auth)
+tmux list-sessions 2>/dev/null | grep {WOLT}
+
+# 3. Check system load — 4+ opus processes = OOM risk
+ps aux | grep claude | wc -l
+```
+
+If creds are missing or stale, copy from shared:
+```bash
+cp /workspace/wolts/.claude/.credentials.json /workspace/wolts/{WOLT}/.claude/.credentials.json
+```
+
+## Dispatch Flow
+
+### Step 1: Spawn the worker session
+
+```bash
+curl -s -X POST http://localhost:7777/sessions/new/lodge \
+  -H "Content-Type: application/json" \
+  -d '{"wolt": "WOLT_NAME"}'
+```
+
+Save the returned `name` — this is the tmux session name.
+
+### Step 2: Wait for boot (45-60 seconds)
+
+```bash
+# Check if they got past login and finished /start-chat
+tmux capture-pane -t SESSION_NAME -p -S -20 | tail -10
+# Should show the wolt's greeting and a prompt (❯)
+```
+
+### Step 3: Send the spec
+
+Use atomic paste-buffer delivery. From Python (recommended):
+
+```python
+import subprocess
+text = "Your full task description here, all on one line."
+# Flatten newlines, add trailing \n for Enter
+flat = text.replace("\n", " ") + "\n"
+subprocess.run(["tmux", "set-buffer", flat], timeout=10)
+subprocess.run(["tmux", "paste-buffer", "-t", SESSION_NAME], timeout=10)
+```
+
+From shell:
+
+```bash
+# Use printf to get a real trailing newline (shell $'...' or printf)
+printf '%s\n' "Your full task description here." | tmux load-buffer -
+tmux paste-buffer -t SESSION_NAME
+```
+
+**Important:** Send one message with everything. Multi-message dispatch risks the wolt
+starting after the first message before seeing the full spec.
+
+**Note:** The `_tmux_paste()` helper in `container/lib/sessions.py` implements this
+pattern with a 10-second timeout, used by the bot for Telegram message delivery.
+
+### Step 4: Monitor progress
+
+```bash
+# What's on screen
+tmux capture-pane -t SESSION_NAME -p -S -30
+
+# Did they clone / make changes
+git -C /workspace/wolts/projects/CLONE_DIR/ diff --stat
+
+# Check commits
+git -C /workspace/wolts/projects/CLONE_DIR/ log --oneline -5
+```
+
+### Step 5: Course-correct if needed
+
+```bash
+printf '%s\n' "Correction: also update X because Y" | tmux load-buffer -
+tmux paste-buffer -t SESSION_NAME
+```
+
+### Step 6: Review and push
+
+When the worker is done, review the diff:
+```bash
+git -C /workspace/wolts/projects/CLONE_DIR/ show --stat HEAD
+git -C /workspace/wolts/projects/CLONE_DIR/ diff HEAD~1
+```
+
+Tell them to push:
+```bash
+printf '%s\n' "Looks good. Push it. Use gh-app-token for auth. Push to BRANCH on jerpint/woltspace. Clean up the remote URL after." | tmux load-buffer -
+tmux paste-buffer -t SESSION_NAME
+```
+
+### Step 7: Create the PR
+
+```bash
+export GH_TOKEN=$(gh-app-token)
+gh pr create --repo jerpint/woltspace --head BRANCH --base main \
+  --title "feat: description" \
+  --body "Summary + test plan + IWCL note (who built it)"
+```
+
+## Worker Selection
+
+| Task Type | Best Creature | Why |
+|-----------|--------------|-----|
+| Platform code, multi-file | Raccoon (opus) | Subtle, needs deep context |
+| Contained feature build | Beaver (sonnet) | Fast, reliable, follows specs |
+| Quick fix, one file | Otter (haiku) | Cheap, fast |
+| UX review, design | Raccoon (opus) | Taste and judgment |
+
+## Dev Workflow Template
+
+Include this in every dispatch message:
+
+```
+DEV WORKFLOW:
+- Clone: git clone https://github.com/jerpint/woltspace.git /workspace/wolts/projects/FEATURE/
+- cd /workspace/wolts/projects/FEATURE/
+- Branch: git checkout -b uxw/FEATURE
+- Test: uv run --project server --with pytest pytest test/
+- Commit often. Do NOT edit /workspace/woltspace/ — that's production.
+- Push with gh-app-token when ready.
+```
+
+## Troubleshooting
+
+**Wolt stuck at login screen:** Stale credentials. Kill the session, copy fresh creds, respawn.
+
+**Wolt ignores the spec:** It may have been in the middle of its own boot flow. Wait for the
+`❯` prompt before sending.
+
+**Worker refuses dispatch:** Workers may reject tasks from other AI agents if they involve
+pushing to shared repos. This is a known IWCL friction point — workers can't verify the
+human authorization chain. Workaround: have the orchestrator do the push, or have the
+human confirm directly in the worker's session.
+
+**OOM kills:** Too many opus processes. Check `ps aux | grep claude | wc -l`. Kill idle sessions
+before spawning new ones.
diff --git a/docs/iwcl.md b/docs/iwcl.md
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+# IWCL — Inter-Wolt Communication Layer
+
+IWCL lets wolts communicate with each other. Uses `tmux set-buffer` + `paste-buffer` to deliver
+messages into running Claude Code sessions. Atomic, reliable, no new infrastructure needed.
+
+## How It Works
+
+```
+Orchestrator (raccoon)
+    │
+    ├── spawn worker via API ──→ POST /sessions/new/lodge
+    │
+    ├── send spec via tmux ────→ set-buffer + paste-buffer (atomic paste)
+    │
+    ├── monitor progress ──────→ tmux capture-pane + filesystem checks
+    │
+    └── review + push ─────────→ git diff, then tell worker to push
+```
+
+The orchestrator (typically a raccoon) breaks work into tasks, spawns worker wolts,
+dispatches specs, monitors progress, and reviews output.
+
+## Message Transport
+
+**Current:** `tmux set-buffer` + `tmux paste-buffer -t SESSION_NAME`
+
+Text is loaded into a tmux buffer and pasted atomically into the target pane.
+A trailing `\n` in the buffer is converted to a carriage return (Enter), so the
+message is submitted in one operation. The wolt receives it as a normal user message.
+
+The `_tmux_paste()` helper in `container/lib/sessions.py` implements this pattern
+with a 10-second timeout to prevent stuck tmux calls from blocking the bot event loop.
+
+**Why not `send-keys`?** The previous approach (`tmux send-keys -t SESSION -l "text"`)
+sent each character as an individual keystroke. On long messages, the pane input buffer
+backed up, blocking the entire process (and the bot event loop with it). One stuck
+`send-keys` could freeze all Telegram routing. PR #304 replaced this with atomic
+paste-buffer delivery.
+
+**Constraints:**
+- Target session must be a live tmux session
+- Claude must be at a prompt (not in the middle of a tool call)
+- Text must be pre-flattened (newlines replaced with spaces) — only the trailing `\n` triggers Enter
+- No authentication — any wolt can message any other wolt
+
+## Dispatch Protocol
+
+See the `/woltspace-dispatch` skill for the full step-by-step protocol.
+
+Quick version:
+1. Write a spec
+2. Verify worker's credentials (pre-flight check)
+3. Spawn worker session via API
+4. Wait for boot (~60 seconds)
+5. Send spec via paste-buffer
+6. Monitor with capture-pane and filesystem checks
+7. Review diff, tell worker to push
+8. Create PR
+
+## Proven Patterns
+
+### Multi-wolt parallel build (Session 31, 2026-04-04)
+
+UXWolt (raccoon/opus orchestrator) dispatched two features simultaneously:
+- **nunu** (beaver/sonnet) → Projects as Direct Ports → PR #259
+- **clouseauw** (raccoon/opus) → Session Resume → PR #258
+
+Both completed independently in ~20 minutes. Specs were self-contained, workers
+cloned repos into `/workspace/wolts/projects/`, worked on feature branches, and pushed.
+
+### Direct wolt-to-wolt message (Session 27, 2026-03-30)
+
+UXWolt sent viewport fix instructions directly to nunu's running session.
+She received it, processed it, and pushed an updated viewport.
+
+### Authorization friction (Session 47, 2026-04-12)
+
+UXWolt dispatched nunu to update docs on PR #260. Nunu refused to push to a shared
+repo on an AI-to-AI authorization chain — she wanted to hear from the human directly.
+This is a real IWCL design gap: workers have no way to verify that the orchestrator
+is acting on human authority. Future phases should address this (signed dispatch
+messages, audit trail, or human-in-the-loop confirmation for destructive actions).
+
+## Future Design
+
+### Phase 1: Manual dispatch (current)
+- `set-buffer` + `paste-buffer` for transport
+- `/woltspace-dispatch` skill documents the protocol
+- Orchestrator manages everything manually
+
+### Phase 2: Inbox model
+- `wolts/.state/{wolt}/inbox/` — persistent message queue
+- JSON files: `{timestamp}-{from}-{subject}.json`
+- `/start-chat` checks inbox on boot: "you have 2 unread messages"
+- Survives session death — messages wait for next boot
+
+### Phase 3: Bidirectional status
+- Workers report progress back to orchestrator's inbox
+- Structured status updates: `{"type": "progress", "percent": 80, "message": "tests passing"}`
+- Orchestrator polls or gets notified
+
+### Phase 4: Autonomous orchestration
+- Wolf cron triggers raccoon orchestrator
+- Raccoon reads GitHub issues, breaks into tasks
+- Dispatches to beavers, reviews output
+- Opens PRs for human review
+- Full autonomous development loop