Features

Overview

Rimuru is a comprehensive AI agent orchestration platform. Here's a detailed breakdown of every feature.

Multi-Agent Orchestration

The core of Rimuru — hierarchical orchestration of specialized AI agents.

Architecture

Input → Demon Lord (Orchestrator) → Agent Fleet → Synthesis → Output

Orchestration Patterns

Rimuru supports 6 production-proven orchestration patterns:

  1. Sequential Pipeline — Linear workflows with fixed dependencies. Best for ETL, data processing, document generation.
  2. Supervisor/Worker — A supervisor agent decomposes tasks and delegates to worker agents. Best for research, analysis, and content creation.
  3. Parallel Fan-Out/Fan-In — Multiple independent subtasks run simultaneously. Best for multi-source research, parallel code review.
  4. Router — Input classification determines processing path. Best for customer support triage, intent routing.
  5. Hierarchical — Multi-level supervisor for 20+ agents across domains. Best for enterprise-scale deployments.
  6. Evaluator-Optimizer — Iterative refinement with quality gates. Best for code review, content quality, translation.

Benefits

  • 57% reduction in orchestration failures vs manual chains
  • 35-60% better benchmark performance vs single agents
  • Automatic error recovery and retry logic

Agent Ecosystem

30+ Specialist Agents

Each agent is a domain expert with deep knowledge and optimal temperature configuration:

Agent TypeCountTemperatureUse Case
Raphael Core70.1–0.3Meta-cognition, learning
Specialists140.2–0.7Domain-specific tasks
Creative30.6–0.8Design, art, content
Generalists30.3–0.5Broad-scope tasks

Self-Learning System

Every agent follows a research-before-act loop:

  1. Receive task
  2. Research context
  3. Execute
  4. Learn
  5. Evolve

Memory System

Four-layer memory architecture inspired by cognitive science:

  1. Working Memory — Current conversation, active task context
  2. Episodic Memory — Past events, errors, resolutions (vector search)
  3. Semantic Memory — General facts, domain knowledge (RAG-based)
  4. Procedural Memory — Skills, workflows, tool usage patterns

Performance Impact

ApproachAccuracyLatencyToken Cost
Full context (no memory)72.9%9.87s26K tokens/session
Retrieval-based (Mem0)66.9%0.71s~2K tokens/session
Hybrid (vector + graph)78%+1.2s~3K tokens/session

Memory systems reduce context costs by 60% — from $2,400 to $960/month for 100K conversations.

MCP Integration

First-class support for the Model Context Protocol — the industry standard for agent-tool communication.

  • 97M+ SDK downloads
  • 10,000+ enterprise servers
  • Linux Foundation governance
  • Dynamic tool discovery
  • Secure, sandboxed execution

See the MCP documentation for detailed configuration.

A2A Protocol

Agent-to-Agent communication protocol v1.0:

  • Standardized state transfer
  • Cross-agent result synthesis
  • Feedback loops for iteration
  • 150+ organizations adopted (Google, Microsoft, Salesforce, SAP)

Web Interface

Beautiful, real-time web dashboard:

  • Visual workflow builder
  • Agent monitoring and logs
  • MCP server management
  • Memory browser
  • Plugin marketplace
  • REST API

See the Web Interface documentation for setup and usage.

Developer Experience

CLI-First

Everything is accessible from the command line:

  • rimuru init — Project setup
  • rimuru run — Execute workflows
  • rimuru agent — Manage agents
  • rimuru web — Launch dashboard
  • rimuru mcp — Manage integrations

Full reference available in the CLI documentation.

LSP Support

Full IDE integration:

  • Real-time workflow validation
  • Autocompletion
  • Inline diagnostics
  • Code actions and refactoring

See the LSP documentation for setup instructions.

Plugin System

Extensible architecture:

  • Community plugin marketplace
  • Custom plugin creation
  • npm-based distribution
  • Sandboxed execution

See the Plugins documentation for creating and managing plugins.

Security & Compliance

  • SOC 2 Type II certified
  • HIPAA compliant (on-prem)
  • End-to-end encryption
  • Role-based access control
  • Audit logging
  • On-premise deployment option

Performance

  • 847ms average response time
  • 99.99% uptime
  • 73% task automation rate
  • 240x faster than manual workflows
  • $2.4B cumulative value created