ruvnet/ruflo
Ruflo
Ruflo is an AI agent orchestration platform and workflow automation tool designed to decompose high-level goals into executable action plans. It functions as a manager for multi-agent swarms, organizing autonomous entities into collaborative topologies that utilize shared consensus to complete complex tasks.
The framework distinguishes itself through a retrieval-augmented generation layer and knowledge graphs for reasoning over linked data. It incorporates a trajectory-based learning loop that analyzes previous execution paths to refine cognitive patterns and improve future reasoning accuracy.
The system covers a broad operational surface, including multi-provider request routing, parallel tool execution, and state-persistent memory management. It provides governance and security capabilities such as agent behavior auditing, trust-based sensitive data filtering, and secure agent federation.
The platform includes a web chat interface and a monitoring dashboard for tracking token costs, auditing trust scores, and visualizing goal-planning trajectories.
Features
- Autonomous Agent Orchestration - Functions as a platform for deploying modular agents with persistent memory to automate complex, multi-step workflows.
- Multi-Agent Orchestration Systems - Functions as a platform for coordinating multiple autonomous agents to execute complex, collaborative workflows.
- Long-term Memory Stores - Maintains long-term agent context and session history using persistent storage for retrieval across interactions.
- Agentic RAG Platforms - Integrates retrieval augmented generation and knowledge graphs for complex reasoning over linked data.
- Claude-Powered Orchestrators - Provides a framework for deploying and coordinating multi-agent swarms specifically powered by Claude.
- Autonomous Agent Loops - Provides the core logic for repeated planning, acting, and observing cycles to execute autonomous agent loops.
- Autonomous Workflow Automation - Implements tools for designing self-directed digital workers that execute multi-step autonomous processes.
- Multi-Agent Orchestrators - Provides a framework for coordinating teams of specialized AI agents to solve complex, multi-step tasks.
- Agent Swarms - Organizes autonomous agents into collaborative topologies to execute complex tasks through shared consensus.
- Hierarchical Coordination - Organizes autonomous agents into structured topologies to collaborate through shared consensus and goal decomposition.
- Topology Management - Organizes multiple agents into hierarchical or mesh topologies to collaborate through shared consensus.
- Agentic Goal Decomposition - Uses LLMs to recursively break high-level objectives into actionable sub-tasks that update as state changes.
- Agent Memory Management - Stores and retrieves long-term user memories and execution traces to maintain AI interaction continuity.
- Autonomous Planning Engines - Implements an autonomous planning engine that decomposes high-level goals into executable action sequences with adaptive pathfinding.
- Claude Integration Frameworks - Provides a framework for building agents leveraging Claude's tool calling and lifecycle capabilities.
- Model Request Routing - Distributes task payloads across multiple model providers using intelligent routing logic.
- Parallel Tool Execution - Enables the concurrent invocation of multiple functions or tool calls in a single model request to accelerate workflows.
- Provider Response Routing - Directs requests to specific AI service providers based on model capabilities to optimize for performance and cost.
- Trajectory-Based Agent Optimization - Refines agent behavior by capturing and scoring execution trajectories to improve cognitive reasoning patterns.
- Entity Relationships - Defines associations between database entities to enable complex reasoning over linked data sets.
- Knowledge Graphs - Utilizes knowledge graphs to map semantic relationships between entities for complex reasoning over linked data.
- AI Cost Monitoring - Provides utilities for tracking token usage and model efficiency to optimize operational expenses.
- AI Agent Behavior Monitors - Tracks agent interactions and performance via trust scoring and structured trails to ensure compliance.
- Goal Trajectory Visualizers - Ships a monitoring dashboard for visualizing goal-planning trajectories and auditing agent behavior.
- Web Chat Interfaces - Provides a web chat interface featuring parallel tool execution and visual goal-planning dashboards.
- AI Agents - Orchestration platform for Claude-based agents.
