crewai vs agno

Two of the top projects in Agent frameworks and SDKs, side by side: who leads on each score part and who each one suits, then setup, license, activity and what each review found.

33rd of 9 in Agent frameworks and SDKs

crewai

Python framework for multi-agent workflows with role-based Crews and event-driven Flows

77 out of 100
#44th of 9 in Agent frameworks and SDKs

agno

Python SDK and runtime for building and serving agents behind a REST API

69 out of 100

Verdict

crewai ranks higher, 77 to 69. Of the 4 score parts we measure for both, crewai leads on 2, agno on 1 and 1 is even.

  • Adoptioncrewai leads by 32 points, 63 to 31: a wide gap.
  • FreshnessEven at 100.
  • Maintenancecrewai leads by 6 points, 83 to 77.
  • Agent-readyagno leads by 40 points, 70 to 30: a wide gap.

Pick crewai if you are

Python developers building multi-agent LLM workflows in code

  • Two models: autonomous Crews and explicit Flows with state, branching and or_/and_ triggers
  • CLI scaffolds projects; agents and tasks declared in JSONC or classic YAML

Pick agno if you are

Python developers building self-hosted multi-user agent services

  • Runtime ships a REST API with 50+ endpoints, SSE and websockets
  • JWT-based RBAC and multi-tenant isolation included
crewai vs agno: score parts and facts
What we comparecrewaiagno
Score parts, out of 100
Adoption63, popular31, known
Freshness100, active100, active
Maintenance83, healthy77, fair
Easy to runNot scored for this kindNot scored for this kind
Agent-ready30, minimal70, partly
Facts from GitHub and the README
Stars59.7k42.7k
LicenseMIT (permissive)Apache-2.0 (permissive)
Last commitOct 2026Oct 2026
Last releaseOct 2026Oct 2026
LanguagePythonPython
DockerNoNo
GPUNot neededNot stated
arm64 or Apple SiliconNot statedNot stated

crewai

CrewAI is a Python framework for building multi-agent workflows. Crews are teams of role-based agents with goals, tools and tasks, run sequentially or under a hierarchical manager. Flows are event-driven workflows with typed state, branching and routing that can embed Crews. A CLI scaffolds JSON-defined crew projects, with a classic YAML scaffold still available.

Who it is for: Python developers building multi-agent LLM workflows in code

Strengths

  • Two models: autonomous Crews and explicit Flows with state, branching and or_/and_ triggers
  • CLI scaffolds projects; agents and tasks declared in JSONC or classic YAML
  • Covers tools, memory, knowledge, checkpointing, async execution and MCP/A2A support
  • MIT license; recent commit and release within days of listing

Weaknesses

  • Managed deployment, governance and enterprise support are in the commercial AMP Suite
  • README has a telemetry section; opt-out details are not in the excerpt
  • Requires Python >=3.10 and <3.14 and uv; Windows may need C++ build tools
  • Web search example needs a separate Serper.dev API key
  • no GPU
  • Needs Python >=3.10,<3.14, uv, LLM provider API key, Serper.dev API key (optional, web search)
  • Models: OpenAI (e.g. openai/gpt-4o), other providers via LLM setup

agno

Agno is a Python framework for defining agents, plus the AgentOS runtime that serves them through a REST API with 50+ endpoints, SSE and websockets. Sessions, memory, knowledge and traces are stored in your own database, and a web UI manages the running platform. It includes JWT-based RBAC, human approval steps, cron scheduling, and interfaces for Slack, Telegram, WhatsApp, Discord, AG-UI and A2A.

Who it is for: Python developers building self-hosted multi-user agent services

Strengths

  • Runtime ships a REST API with 50+ endpoints, SSE and websockets
  • JWT-based RBAC and multi-tenant isolation included
  • 100+ prebuilt toolkits plus OpenTelemetry tracing and audit logs
  • Starter templates for Docker, AWS, GCP, Azure, Fly, Render, Modal and Helm

Weaknesses

  • Sends a telemetry event per agent run unless AGNO_TELEMETRY=false is set
  • README gives no RAM, GPU or port requirements
  • Starter templates live in separate repos, not in this one
  • Management UI hosting and licensing terms are not described in the README
  • Needs Postgres, Docker
  • Models: unknown

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