@WY_mask: Currently #1 on GitHub Trending with 40k+ stars https://github.com/ruvnet/ruflo — An "AI Orchestration Hub" that can spin up dozens of Agents working in parallel, with multi-agent collaboration, RAG memory, distributed workflows, and even direct integration with Claude Co…

Currently #1 on GitHub trending, 40,000+ stars https://t.co/vqjgcdSS5D An “AI orchestration hub” that can summon dozens of Agents to work together at once — supporting multi-agent collaboration, RAG memory, distributed workflows, and even direct integration with Claude Code / Codex 👨💻 Some write code 🧪 Some run automated tests 🛡️ Some handle security audits 📦 Others manage deployment and DevOps https://t.co/djkWf68aL3 — # ruvnet/ruflo Source: https://github.com/ruvnet/ruflo Ruflo Banner (https://flo.ruv.io/) Try the UI Beta — flo.ruv.io (https://flo.ruv.io/) Goal Planner — goal.ruv.io (https://goal.ruv.io/) Live Agents — goal.ruv.io/agents (https://goal.ruv.io/agents) Star on GitHub (https://github.com/ruvnet/claude-flow) MIT License (https://opensource.org/licenses/MIT) Claude Code (https://github.com/ruvnet/claude-flow) Codex Plugin (https://www.npmjs.com/package/@claude-flow/codex) 🕸️ RuVector Graph Ai (https://github.com/ruvnet/ruvector) # Ruflo Multi-agent AI orchestration for Claude Code Orchestrate 100+ specialized AI agents across machines, teams, and trust boundaries. Ruflo adds coordinated swarms, self-learning memory, federated communications, and enterprise security to Claude Code — so agents don’t just run, they collaborate. ### Why Ruflo? > Claude Flow is now Ruflo — named by rUv (https://ruv.io), who loves Rust, flow states, and building things that feel inevitable. The “Ru” is the rUv. The “flo” is working until 3am. Under the hood, powered by Cognitum.One (https://cognitum.one/?RuFlo) agentic architecture, running a supercharged Rust-based AI engine, embeddings, memory, and plugin system. ### What Ruflo Does One npx ruvflo init gives Claude Code a nervous system: agents self-organize into swarms, learn from every task, remember across sessions, and — with federation — securely talk to agents on other machines without leaking data. You keep writing code. Ruflo handles the coordination. Self-Learning / Self-Optimizing Agent Architecture User --> Ruflo (CLI/MCP) --> Router --> Swarm --> Agents --> Memory --> LLM Providers ^ | +---- Learning Loop <-------+ > New to Ruflo? You don’t need to learn 314 MCP tools or 26 CLI commands. After init, just use Claude Code normally – the hooks system automatically routes tasks, learns from successful patterns, and coordinates agents in the background. — Ruflo Plugins ## Quick Start There are two different install paths with very different surface areas. Pick based on what you need (#1744): | | Claude Code Plugin | CLI install (npx ruflo init) | |—|—|—| | What it gives you | Slash commands + a few skills + agent definitions per-plugin | Full Ruflo loop — 98 agents, 60+ commands, 30 skills, MCP server, hooks, daemon | | Files in your workspace | Zero | .claude/, .claude-flow/, CLAUDE.md, helpers, settings | | MCP server registered | No (memory_store, swarm_init, etc. unavailable to Claude) | Yes | | Hooks installed | No | Yes | | Best for | Try a single plugin’s commands without committing to the full install | Production use — everything works as documented | ### Path A — Claude Code Plugins (lite, slash commands only) bash # Add the marketplace /plugin marketplace add ruvnet/ruflo # Install core + any plugins you need /plugin install ruflo-core@ruflo /plugin install ruflo-swarm@ruflo /plugin install ruflo-autopilot@ruflo /plugin install ruflo-federation@ruflo This adds slash commands and agent definitions only. The Ruflo MCP server is NOT registered, so memory_store, swarm_init, agent_spawn, etc. won’t be callable from Claude. For the full loop, use Path B below. 🔌 All 32 plugins #### Core & Orchestration | Plugin | What it does | |––––|———––| | ruflo-core | Foundation — server, health checks, plugin discovery | | ruflo-swarm | Coordinate multiple agents as a team | | ruflo-autopilot | Let agents run autonomously in a loop | | ruflo-loop-workers | Schedule background tasks on a timer | | ruflo-workflows | Reusable multi-step task templates | | ruflo-federation | Agents on different machines collaborate securely | #### Memory & Knowledge | Plugin | What it does | |––––|———––| | ruflo-agentdb | Fast vector database for agent memory | | ruflo-rag-memory | Smart retrieval — hybrid search, graph hops, diversity ranking | | ruflo-rvf | Save and restore agent memory across sessions | | ruflo-ruvector | ruvector (https://npmjs.com/package/ruvector) — GPU-accelerated search, Graph RAG, 103 tools | | ruflo-knowledge-graph | Build and traverse entity relationship maps | #### Intelligence & Learning | Plugin | What it does | |––––|———––| | ruflo-intelligence | Agents learn from past successes and get smarter | | ruflo-daa | Dynamic agent behavior and cognitive patterns | | ruflo-ruvllm | Run local LLMs (Ollama, etc.) with smart routing | | ruflo-goals | Break big goals into plans and track progress | #### Code Quality & Testing | Plugin | What it does | |––––|———––| | ruflo-testgen | Find missing tests and generate them automatically | | ruflo-browser | Automate browser testing with Playwright | | ruflo-jujutsu | Analyze git diffs, score risk, suggest reviewers | | ruflo-docs | Generate and maintain documentation automatically | #### Security & Compliance | Plugin | What it does | |––––|———––| | ruflo-security-audit | Scan for vulnerabilities and CVEs | | ruflo-aidefence | Block prompt injection, detect PII, safety scanning | #### Architecture & Methodology | Plugin | What it does | |––––|———––| | ruflo-adr | Track architecture decisions with a living record | | ruflo-ddd | Scaffold domain-driven design — contexts, aggregates, events | | ruflo-sparc | Guided 5-phase development methodology with quality gates | #### DevOps & Observability | Plugin | What it does | |––––|———––| | ruflo-migrations | Manage database schema changes safely | | ruflo-observability | Structured logs, traces, and metrics in one place | | ruflo-cost-tracker | Track token usage, set budgets, get cost alerts | #### Extensibility | Plugin | What it does | |––––|———––| | ruflo-wasm | Run sandboxed WebAssembly agents | | ruflo-plugin-creator | Scaffold, validate, and publish your own plugins | #### Domain-Specific | Plugin | What it does | |––––|———––| | ruflo-iot-cognitum | IoT device management — trust scoring, anomaly detection, fleets | | ruflo-neural-trader | neural-trader (https://npmjs.com/package/neural-trader) — AI trading with 4 agents, backtesting, 112+ tools | | ruflo-market-data | Ingest market data, vectorize OHLCV, detect patterns | ### CLI Install bash # One-line install curl -fsSL https://cdn.jsdelivr.net/gh/ruvnet/ruflo@main/scripts/install.sh | bash # Or via npx (interactive setup) npx ruflo@latest init wizard # Quick non-interactive init # npx ruflo@latest init # Or install globally npm install -g ruflo@latest ### MCP Server bash # Add Ruflo as an MCP server in Claude Code (canonical form, matches USERGUIDE.md) claude mcp add ruflo -- npx ruflo@latest mcp start — ## What You Get | Capability | Description | |————|———––| | 🤖 100+ Agents | Specialized agents for coding, testing, security, docs, architecture | | 📡 Comms Layer | Zero-trust federation — agents across machines/orgs discover, authenticate, and exchange work securely | | 🐝 Swarm Coordination | Hierarchical, mesh, and adaptive topologies with consensus | | 🧠 Self-Learning | SONA neural patterns, ReasoningBank, trajectory learning | | 💾 Vector Memory | HNSW-indexed AgentDB with 150x–12,500x faster search | | ⚡ Background Workers | 12 auto-triggered workers (audit, optimize, testgaps, etc.) | | 🧩 Plugin Marketplace | 32 native Claude Code plugins + 21 npm plugins | | 🔌 Multi-Provider | Claude, GPT, Gemini, Cohere, Ollama with smart routing | | 🛡️ Security | AIDefence, input validation, CVE remediation, path traversal prevention | | 🌐 Agent Federation | Cross-installation agent collaboration with zero-trust security | | 💬 Web UI Beta (https://flo.ruv.io/) | Multi-model chat at flo.ruv.io with parallel MCP tool calling and an in-browser WASM tool gallery | | 🎯 RuFlo Research (https://goal.ruv.io/) | GOAP A* planner at goal.ruv.io — plain-English goals → executable agent plans, with a live agent dashboard at /agents (https://goal.ruv.io/agents) | ### Web UI (Beta) — self-hostable, hosted demo at flo.ruv.io (https://flo.ruv.io/) RuFlo’s web UI is a multi-model AI chat with built-in Model Context Protocol (MCP) tool calling. Talk to Qwen, Claude, Gemini, or OpenAI while RuFlo invokes the same MCP tools the CLI uses — agent orchestration, persistent memory, swarm coordination, code review, GitHub ops — directly from chat. No installation, no API key needed to try it. | | What it is | Why it matters | |—|————|––––––––| | 🧠 | Any model, local or remote | 6 curated frontier models out-of-the-box — Qwen 3.6 Max (default), Claude Sonnet 4.6, Claude Haiku 4.5, Gemini 2.5 Pro, Gemini 2.5 Flash, OpenAI — via OpenRouter. Add your own: any OpenAI-compatible endpoint (vLLM, Ollama, LM Studio, Together, Groq, self-hosted). | | 🦾 | ruvLLM self-learning AI | Native support for ruvLLM (https://github.com/ruvnet/RuVector/tree/main/examples/ruvLLM) (lives in ruvnet/RuVector/examples/ruvLLM) — RuFlo’s self-improving local model layer. Routes to MicroLoRA adapters, learns from your trajectories via SONA, and stays on your machine. Pair with cloud models or run fully offline. | | 🛠️ | ~210 tools, ready to call | 5 server groups (Core, Intelligence, Agents, Memory, DevTools) plus an 18-tool gallery that runs entirely in your browser — works offline. | | 🔌 | Bring your own MCP servers | Click the MCP (n) pill in the chat input → Add Server and paste any MCP endpoint (HTTP, SSE, or stdio). Your tools join RuFlo’s native ones in the same parallel-execution flow. Run a local MCP server on localhost:3000 and it just works. | | ⚡ | Tools run in parallel | One model response can fire 4–6+ tools simultaneously. The UI shows them as cards with a Step 1 — 2 tools completed badge so you can see exactly what ran. | | 💾 | Memory that sticks | Say “remember my favorite color is indigo” and ask weeks later — RuFlo recalls it. Backed by AgentDB + HNSW vector search (≥150× faster than brute force). | | 📘 | Built-in capabilities tour | Click the question-mark icon in the sidebar — a “RuFlo Capabilities” modal opens with the full tool list, model strengths, architecture, and keyboard shortcuts. | | 🏠 | Self-hostable | Web UI is shipped as Docker (ruflo/src/ruvocal/Dockerfile) with embedded Mongo. Deploy to your own Cloud Run / Fly / Kubernetes / docker-compose. The hosted flo.ruv.io (https://flo.ruv.io/) demo is one option; running your own is fully supported. | | 🚀 | Zero install to try | Open the hosted URL, pick a model, type a question. That’s the whole onboarding. | Try the hosted demo: https://flo.ruv.io/ — no account, no API key. Run your own: the source lives in ruflo/src/ruvocal/ with a multi-stage Dockerfile (INCLUDE_DB=true builds in MongoDB) and a cloudbuild.yaml for Google Cloud Run. See ADR-033 for the architecture and issue #1689 (https://github.com/ruvnet/ruflo/issues/1689) for the roadmap. ### Goal Planner UI — autonomous agents at goal.ruv.io (https://goal.ruv.io/) Turn high-level goals into executable agent plans. goal.ruv.io is RuFlo’s hosted Goal-Oriented Action Planning (GOAP) front-end — describe an outcome in plain English and watch RuFlo decompose it into preconditions, actions, and an A* path through state space, then dispatch the work to live agents at /agents (https://goal.ruv.io/agents). | | What it is | Why it matters | |—|————|––––––––| | 🎯 | Plain-English goals | Type “ship the auth refactor with tests and a PR” — RuFlo extracts the success criteria, the constraints, and the implicit preconditions. No JSON, no DSL. | | 🧭 | GOAP A* planner | Classic game-AI planning ported to software work: state-space search through actions with preconditions/effects to find the shortest viable path. Replans on the fly when state changes. | | 🤖 | Live agent dashboard | goal.ruv.io/agents (https://goal.ruv.io/agents) shows every spawned agent — role, current step, memory namespace, token budget, status. Click in to inspect trajectories, kill runaway workers, or reassign. | | 🌳 | Visual plan tree | Goals render as collapsible action trees with progress, blocked branches, and rollbacks highlighted. See exactly why an agent chose a path — no opaque chain-of-thought. | | ♻️ | Adaptive replanning | When an action fails or new information arrives, the planner re-runs A* from the current state instead of restarting. Failures become learning, not loops. | | 🧠 | Shared memory + SONA | Plans, trajectories, and outcomes flow into AgentDB. Future plans retrieve past solutions via HNSW — the planner gets smarter with every run. | | 🔗 | Wired to MCP tools | Every action node maps to a tool call (RuFlo’s ~210 MCP tools, your custom servers, or shell). The planner schedules them in parallel where the dependency graph allows. | | 🚀 | Zero install to try | Open goal.ruv.io (https://goal.ruv.io/), describe a goal, watch it run. Source lives in v3/goal_ui/ — Vite + Supabase, self-hostable. | Try it: https://goal.ruv.io/ for goals · https://goal.ruv.io/agents for live agents. Run your own: clone the goal branch and cd v3/goal_ui && npm install && npm run dev. ### Agent Federation — Slack for Agents Your Agent --> [ Remove secrets ] --> [ Sign message ] --> [ Encrypted channel ] Emails, SSNs, Proves it came No one reads it keys stripped from you in transit | v Their Agent <-- [ Block attacks ] <-- [ Check identity ] <------+ Stops prompt Rejects forgeries injection Audit trail on both sides. Trust builds over time. Bad behavior = instant downgrade. Slack gave teams channels. Federation gives agents the same thing — shared workspaces across trust boundaries, where agents on different machines, orgs, or cloud regions can discover each other, prove who they are, and collaborate on tasks. The difference: some channels are trusted, some aren’t. @claude-flow/plugin-agent-federation (https://github.com/ruvnet/ruflo/issues/1669) handles that automatically. Your agents join a federation, get verified via mTLS + ed25519, and start exchanging work — with PII stripped before anything leaves your node and every message auditable. Untrusted agents can still participate at lower privilege: they see discovery info, not your memory. As they prove reliable, trust upgrades. If they misbehave, they get downgraded instantly — no human in the loop required. You don’t configure handshakes or manage certificates. You federation init, federation join, and your agents start talking. The protocol handles identity, the PII pipeline handles data safety, and the audit trail handles compliance. Federation capabilities | | Capability | How it works | |—|—|—| | 🔒 | Zero-trust federation | Remote agents start untrusted. Identity proven via mTLS + ed25519 challenge-response. No API keys, no shared secrets. | | 🛡️ | PII-gated data flow | 14-type detection pipeline scans every outbound message. Per-trust-level policies: BLOCK, REDACT, HASH, or PASS. Adaptive calibration reduces false positives. | | 📊 | Behavioral trust scoring | Formula (0.4×success + 0.2×uptime + 0.2×threat + 0.2×integrity) continuously evaluates peers. Upgrades require history; downgrades are instant. | | 📋 | Compliance built-in | HIPAA, SOC2, GDPR audit trails as compliance modes. Every federation event produces a structured record searchable via HNSW. | | 🤝 | 9 MCP tools + 10 CLI commands | Full lifecycle: federation_init, federation_send