All ideas/devtools/Plataforma SaaS que ofrece un conector unificado para la gestión y coordinación de agentes inteligentes y schedulers en entornos de desarrollo, integrando múltiples sistemas como Roo, Claude y Copilot con visibilidad y control centralizados.

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Plataforma SaaS que ofrece un conector unificado para la gestión y coordinación de agentes inteligentes y schedulers en entornos de desarrollo, integrando múltiples sistemas como Roo, Claude y Copilot con visibilidad y control centralizados.

Scouted 6 hours ago

6.8/ 10

Overall score

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Score breakdown

Urgency8.0

Market size7.0

Feasibility7.0

Competition5.0

Pain point

Falta de un conector unificado para coordinar múltiples agentes y evitar duplicidad y fragmentación en la gestión de tareas programadas.

Who'd pay for this

Equipos de desarrollo de software, empresas que usan múltiples agentes automatizados y schedulers para tareas de desarrollo y automatización, proveedores de extensiones y herramientas de productividad para desarrolladores.

Source signal

"Without a shared connector contract, adding Copilot risks: duplicate claim logic, fragmented task status and handoff, inconsistent scheduler behavior across Roo/Claude/Copilot"

Original post

feat(harness): Connector V3 Roo/Claude/Copilot + Copilot scheduler bridge

Published: 6 hours ago

Repository: jsboige/roo-extensions Author: jsboige ## Context We currently run two agentic systems in VS Code: - Roo Scheduler (extension-based, 3h cadence) - Claude Code workers/coordinator/meta-audit (Windows Task Scheduler) We now want GitHub Copilot to join as a 3rd lane while preserving a single task/control plane. `roo-state-manager` already provides unified task visibility and coordination semantics, and should remain the source of truth. ## Problem Without a shared connector contract, adding Copilot risks: - duplicate claim logic - fragmented task status and handoff - inconsistent scheduler behavior across Roo/Claude/Copilot ## Proposal (V3 Connectors) Define and implement Connector V3 for all three lanes: - identity: machine + agent + workspace - inbox: unified read model - claim: anti-duplicate lock protocol - execution mode: interactive | scheduled | both - status: started | blocked | done (+ evidence) - handoff: structured transfer payload ## Copilot Integration Scope ### Phase A (immediate) - Configure Copilot MCP with `roo-state-manager` - Validate interactive read/write through unified tools ### Phase B (transition scheduler) - Add `Copilot-Dispatcher` Windows scheduled task (3h) - Dispatcher bridge for cadence and traceability ### Phase C (target) - Upgrade to full headless Copilot scheduled worker once runtime stability is validated ## Deliverables - [ ] V3 connector spec (Roo/Claude/Copilot) - [ ] Copilot MCP bootstrap script (`scripts/copilot/configure-copilot-mcp.ps1`) - [ ] Copilot dispatcher scheduler scripts (`scripts/scheduling/setup-copilot-dispatcher.ps1`, `scripts/scheduling/start-copilot-dispatcher.ps1`) - [ ] Validation checklist for 6 machines - [ ] Rollback strategy ## Acceptance Criteria - [ ] Copilot can access `roo-state-manager` MCP in local environment - [ ] Claim protocol is identical across Roo/Claude/Copilot - [ ] No duplicate processing for scheduled issues over 72h pilot - [ ] Project #67 fields remain consistent for all 3 lanes ## Labels `needs-approval`, `harness-change`, `scheduler`, `mcp`, `copilot`

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