deer-flow vs openmake_llm

Self-hosted AI agent workflows compared

deer-flow and openmake_llm are self-hosted projects for coordinating AI models, agents, and tools across multi-step tasks. deer-flow focuses on an extensible agent runtime for long-running work, while openmake_llm emphasizes a workspace that routes among models and supports research and persistent agent tasks.

deer-flowopenmake_llm
LanguagePythonTypeScript
LicenseMITMIT
Stars83.4k43
Forks11.6k7
Last analyzedOct 3, 2026Oct 4, 2026

Key differences

  • deer-flow is a Python agent harness with a lead agent, delegated subagents, memory, skills, and sandbox modes; openmake_llm is a TypeScript workspace that routes requests to models assigned to roles and capabilities.
  • deer-flow supports local, Docker, and Kubernetes-backed sandbox modes; openmake_llm runs agent code and MCP servers in Docker sandboxes with configurable isolation and approval policies.
  • deer-flow offers a web interface, messaging channels, and a terminal workbench; openmake_llm highlights an OpenAI-compatible API and PDF or DOCX report exports.
  • deer-flow lists SQLite or PostgreSQL for persistent deployments and recommends Docker; openmake_llm's installer sets up PostgreSQL and Redis, with Docker and PM2 among its stated requirements.
  • deer-flow reports 83.4k stars and 11.6k forks, while openmake_llm reports 43 stars and 7 forks.
  • Both projects use the MIT license, but deer-flow is written in Python and openmake_llm in TypeScript.

Choose deer-flow if you…

  • need an extensible runtime for research, coding, or content tasks that can run from minutes to hours.
  • want a lead agent to delegate work and use memory, skills, tools, and configurable sandbox modes.
  • prefer a project with a web interface, messaging channels, and a terminal workbench.
Read the deer-flow analysis →

Choose openmake_llm if you…

  • want to route work across models assigned to capabilities such as planning, vision, or speech.
  • need persistent agent tasks with checkpoints, approvals, parallel sub-agents, and cited research reports.
  • plan to connect local or open-weight model endpoints alongside hosted providers in a self-hosted workspace.
Read the openmake_llm analysis →

Compare the numbers side by side, or add more projects

This comparison is generated with AI from the OSRepos analyses of both projects. Always check each project's repository and documentation before choosing.