Automations and runs

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    "label": "assistant-dashboard-dedicated",
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    "summary": "Done. What I produced - Initial product framing for the Assistant Dashboard as a web-first operations/control center - MVP scope - Screen / information architecture - Fast-shipping stack recommendation - Key unresolved questions - Phased execution approach Recommended product brief - Purpose: one web dashboard to monitor and operate assistants, tasks, integrations, and system health - Primary value: - see what assistants are doing now - see task state across active / queued / failed / done - see integration status and failures - get a usable daily overview across calendar, notes, reminders, blockers - take lightweight control actions without digging through chats/logs MVP scope - Overview dashboard - assistant status cards - today view - task summary - alerts/failures - recent activity - Assistants view - list of assistants - status, current task, last heartbeat/activity, health - Tasks view - active / queued / failed / done - priority, owner/assistant, due time, source - Integrations view - connected services - sync status - last success/failure - reconnect / disable controls - Activity feed - events, actions, errors, escalations - Basic controls - create task - assign/reassign assistant - retry failed task - pause/resume assistant or integration Screen / information architecture - `/` Overview - `/assistants` - list - assistant detail - `/tasks` - queue/list - task detail - `/integrations` - integration list - integration detail / sync history - `/activity` - `/settings` - auth - notification preferences - environment/integration config Fast-shipping stack - Frontend: Next.js + TypeScript - UI: Tailwind + shadcn/ui - Data layer: Postgres + Prisma - Auth: NextAuth or simple passwordless/admin auth depending on deployment - Realtime/updates: - start with polling + server actions/webhooks - add websockets later only if needed - Jobs/events: - lightweight queue/background workers for syncs, heartbeats, retries - Deploy: - Vercel for app - managed Postgres (Neon/Supabase/Railway) for speed Why this stack - very fast to ship - good UI velocity - easy admin-style interfaces - keeps early architecture simple Key unresolved questions for user - Who can log in: only one user, or multi-user/team later? - Is this mostly monitor-only at first, or should it include real control actions from day one? - Which integrations are in v1, exactly: - Google Calendar - notes - email - Telegram - other sources - What is the source of truth for assistants and tasks today? - Do assistants need manual controls like pause/restart/reassign in MVP? - Should the activity feed be audit-grade, or just operationally useful for now? - Preferred deployment target / hosting constraints? - Need mobile-responsive dashboard only, or true mobile-first behavior? Suggested phased execution - Phase 1: Product/spec lock - confirm users, auth, core entities, integrations, control depth - Phase 2: MVP build - overview, assistants, tasks, integrations, activity - basic auth - initial connectors - Phase 3: Operator polish - notifications - deeper controls - richer logs - filters/search - mobile polish - Phase 4: Optional expansion - Telegram companion flows - analytics - automation rules - multi-user/team features State update - Updated `/home/sgadmin/.openclaw/workspace/projects/assistant-dashboard/STATE.md` - Verified the file reflects the new summary and next-step guidance Main thing to know - The project is in a good “product framing complete, waiting on key decisions” state now. - Biggest missing inputs: auth model, v1 integrations, and how much control the dashboard should have versus pure visibility.",
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  "error": "spawn openclaw ENOENT"
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