AgentLens: Observability Tool for Multi-Agent AI Workflows

AgentLens is an observability tool designed for multi-agent AI workflows that combine local and cloud-based models. It addresses the challenge of tracking activities across different providers like Ollama, vLLM, Anthropic, and OpenAI.
Key Features
- Unified tracing across Ollama, vLLM, Anthropic, OpenAI, and other providers
- Cost tracking that includes local compute time converted to estimated cost
- MCP server for querying statistics from inside Claude Code
- CLI interface for quick inline checks with commands like
agentlens q stats - Self-hosted - runs on your machine with data staying local
Deployment and Usage
Deploy using Docker:
docker run -d -p 3100:3100 phoenixaihub/agentlens-collector
Wrap Ollama calls with one line of code:
const { client } = wrapOllama(ollama, { client: lens });
The dashboard displays agent flow, cost breakdowns, and latency by provider.
This tool is particularly useful for developers running mixed AI workflows where some tasks use local models (like Ollama) while others require cloud-based models (like Claude or GPT) for complex reasoning.
📖 Read the full source: r/LocalLLaMA
👀 See Also

Forge: Open-Source Claude Code Plugin Adds Governance and Testing Gates
Forge is an open-source Claude Code plugin that adds file locking, automated test gates, and 22 governance agents to prevent collisions and drift in AI-generated code workflows. It's MIT licensed and installs via the Claude plugin marketplace.

Agent Wake Skill for OpenClaw: Notify Discord When Tasks Complete
A developer created agent-wake.py, a Python script that Claude Code calls after tasks finish. It sends Discord pings and fires wake events via the gateway HTTP API, prompting the agent to post summaries automatically.

Opendesk: MCP + SOM algorithm for AI desktop control via Claude Code
Opendesk gives AI agents eyes and hands on your desktop via an MCP server with a custom SOM algorithm. Integrates with Claude Code or any agentic harness for mouse/keyboard control, learning, replay, and scheduling.

Building a Local Open-Source AI Workspace with Rust and Tauri
Explore a fully local, open-source AI workspace built using Rust, Tauri, and sqlite-vec, without a Python backend.