-
Notifications
You must be signed in to change notification settings - Fork 1
Add competitive analysis for Maestro #17
New issue
Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.
By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.
Already on GitHub? Sign in to your account
base: main
Are you sure you want to change the base?
Conversation
Deep dive into pedramamini/Maestro covering architecture, features (Auto-Run, session discovery, moderator group chat, git worktrees), and recommended adoptions for agent-relay.
- Add detailed agent-to-agent communication section for pedramamini/Maestro explaining the moderator-mediated group chat pattern (no direct A2A) - Add full analysis of 23blocks-OS/ai-maestro with: - Manager/worker distributed architecture - Dual-channel messaging (file-based + tmux injection) - Code intelligence features (AST, semantic search) - Three-way comparison table - Document key differences: pedramamini uses AI moderator routing, 23blocks uses true file+tmux A2A, agent-relay uses pattern-based A2A
- Add Part 3: steipete/Clawdis analysis covering: - Gateway hub architecture (no direct A2A) - WebSocket JSON-RPC protocol with 41+ methods - Node pairing for distributed devices - Idempotency system (5min TTL, 1000 cap) - Add Part 4: Consolidated recommendations: - Four-way comparison table - Tiered adoption priorities - Proposed enhanced pattern syntax - Implementation roadmap Key takeaways for agent-relay: - Tier 1: Message priority, types, read tracking, idempotency - Tier 2: Session resume, simple autorun, agent metadata - Tier 3: Multi-surface delivery, node pairing, moderator mode
New issues from analyzing Maestro, ai-maestro, and Clawdis: - ca1: Message priority levels [urgent|high|normal|low] - ca2: Message type classification [type:request|response|...] - ca3: Idempotency cache (5min TTL, 1000 cap) - ca4: Session resume capability - ca5: Simple autorun for markdown checklists - ca6: Agent hierarchy naming (project-module-task)
Part 5: winfunc/opcode (19.5k+ stars) - Tauri 2 desktop GUI for Claude Code - CC Agents system with custom system prompts - Timeline/checkpoint system (file snapshots, fork sessions) - Usage analytics dashboard - Process registry with graceful shutdown Key insight: opcode is complementary, not competitive. It manages Claude sessions; agent-relay enables A2A messaging. Adoptable ideas: - Session checkpoints (P2) - Agent template files (P3) - Usage analytics (P3) Updated five-way comparison table.
Added 5 new beads tasks (ca7-ca11) for making agent-relay easier to integrate:
- ca7: Auto-daemon mode (--auto-daemon flag)
- ca8: Environment variable auto-detection (AGENT_RELAY_NAME)
- ca9: MCP Server for native Claude Code integration
- ca10: Programmatic SDK for custom agent implementations
- ca11: Shell shim for zero-config (agent-relay shell-init)
These features would enable simpler adoption paths:
- Zero-config: just run 'AGENT_RELAY_NAME=Alice claude'
- Native MCP: 'claude mcp add agent-relay'
- SDK: import { AgentRelayClient } from 'agent-relay'
🤖 My Senior Dev — Analysis Complete👤 For @khaliqgant⚡ 8th PR this month View your contributor analytics → 📊 2 files reviewed • 4 need attention
🚀 Open Interactive Review →The full interface unlocks features not available in GitHub:
💬 Chat here: 📖 View all 12 personas & slash commandsYou can interact with me by mentioning In PR comments or on any line of code:
Slash commands:
AI Personas (mention to get their perspective):
For the best experience, view this PR on myseniordev.com — includes AI chat, file annotations, and interactive reviews. |
Deep dive into pedramamini/Maestro covering architecture,
features (Auto-Run, session discovery, moderator group chat,
git worktrees), and recommended adoptions for agent-relay.