Open-source project
martimfasantos/ai-agents-frameworks avatar
martimfasantos/ai-agents-frameworks

ai-agents-frameworks: A Comparison Playground Pinned to Five Agent Libraries

The ultimate playground to learn, experiment with, and compare modern open-source AI agent frameworks — from basics to production-ready setups.

639 stars65 forksPythonLicense varies

At a glance

What is it?
The repository is a curated set of hands-on examples for AG2, Agno, Autogen, the Claude Agent SDK and CrewAI, with each framework pinned to a specific version. It is useful as a reading and comparison surface, not as a runtime dependency or a benchmark.
Who is it for?
Adopt this repository as a reading list if you are choosing between AG2, Agno, Autogen, the Claude Agent SDK and CrewAI and want one place that links each framework's own documentation and source. Do not adopt it as a dependency, a benchmark or a compatibility guarantee, because no licence is declared and no releases are published.
Can I use it commercially?
Not without permission. GitHub finds no licence file in the repository, and without a licence all rights are reserved by default: you may read the code but not reuse it. Check the README, or ask the authors, before using it.
Is it still maintained?
Yes. The repository last received commits 1 day ago.
What is it written in?
Mainly Python, according to GitHub's language statistics.

Answers come from the project's GitHub data, last synced on September 15, 2026, and from our analysis. They are not legal advice.

DEEP OPEN-SOURCE ANALYSIS

What the repository actually is, and what it is not

The README describes a hands-on comparison of modern AI agent and multi-agent frameworks, where each framework is explored through practical examples. That is the whole product: a set of examples plus a comparison table, not a library you install and import. The distinction matters because the repository name reads like a framework, and the description calls it a playground. Nothing in the material suggests a shared abstraction layer that wraps the five libraries behind one interface. If you clone it expecting a unified Agent class that dispatches to Agno or CrewAI, you will be disappointed.

The intended reader is an engineer who has to pick one of these libraries and wants to see working code before committing. The comparison table gives each framework a version, a documentation link and a repository link. That is a starting point for evaluation, not an evaluation itself. There are no benchmark numbers, no latency tables and no cost comparisons in the material provided. Treat the repository as a curated index with runnable examples attached.

The five frameworks and the versions they are pinned to

The table lists AG2 at 0.13.4, Agno at 2.8.7, Autogen at 0.7.5, the Claude Agent SDK at 0.2.130 and CrewAI at 1.15.11. Each row carries a documentation link and a repository link, which means the comparison is anchored to upstream sources rather than to the author's summary. That is a reasonable design for a comparison repository: the reader can jump straight from the table to the official docs.

The version numbers are the most concrete information in the README. Agent libraries in this space change their APIs between minor releases, so a pinned version is a statement about which API surface the examples were written against. Autogen at 0.7.5, for instance, is a different API generation from earlier Autogen releases, and the examples in the repository should be read with that in mind. The same caution applies to the Claude Agent SDK at 0.2.130, a pre-1.0 version where breaking changes are plausible.

Note the mix. Four of the five are general-purpose Python agent frameworks. The Claude Agent SDK is tied to a specific model vendor's platform, which makes it a different kind of choice: you are not only picking a programming model, you are picking an ecosystem. The README does not discuss that distinction, and it should.

How the comparison is structured on disk

From the repository layout visible in the README, the comparison is organised as one directory per framework, each holding the examples that demonstrate that framework's core functionality and its distinctive features. The README's own framing is that examples showcase both core functionality and unique features, capabilities and use cases. The practical consequence is that you read the repository by directory, not by running a single entry point.

This layout has a cost. Because each framework gets its own examples, there is no shared scenario that all five implement in the same way, at least not one the README describes. Comparing how AG2 handles a two-agent conversation against how CrewAI handles the same conversation means reading two separate example sets and translating between them yourself. A repository that forced every framework through one identical task would be more useful for side-by-side judgement, and harder to maintain. The author chose breadth of feature coverage over controlled comparison, which is a defensible trade-off but not the one a buyer might assume from the word comparison.

The banner and SVG assets under res/ indicate the README is the primary artefact and is styled for browsing on a hosting platform. There is no mention of a docs site, a generated API reference or a test suite.

Getting the examples running

The material does not include installation commands, a requirements file listing, a pyproject.toml, or environment variable names. Anything I write here about pip install lines or API key variables would be invented, so I will not. What can be confirmed is that the examples are Python and that each framework must be installed at the version shown in the table if you want the code to match the API it was written against.

That leaves a real gap for anyone trying to run the repository. Agent frameworks need model credentials, and each of the five libraries configures them differently. AG2, Agno, Autogen and CrewAI each have their own convention for provider keys, and the Claude Agent SDK expects credentials for that vendor's platform. The repository README does not document any of this, so expect to read five sets of upstream documentation before the first example produces output.

The absence of a lockfile or requirements listing is the more serious omission. With five frameworks at five pinned versions, a single shared environment is likely to produce dependency conflicts, since these libraries overlap in their transitive dependencies. Per-framework virtual environments are the obvious workaround, and the README does not suggest one.

What the material does not tell you

No licence is declared for this repository. The upstream frameworks have their own licences, and those are separate questions, but the examples and any code in this repository are under an unknown licence until the author states otherwise. For a repository whose purpose is to be copied into your own project as a starting point, that is the single largest practical problem. You cannot reasonably lift example code into a commercial codebase without knowing the terms.

There are no releases. The last push is 2026-09-05, and the repository is not archived, so it is being touched, but there is no versioned snapshot you can pin. If you depend on the examples, you depend on the main branch at whatever state it happens to be in. There is also no homepage, so the README on the hosting platform is the only documentation surface.

Finally, the comparison table carries no evaluative content beyond links and version numbers. There is no statement about which framework suits which workload, no note on maturity, and no discussion of the trade-offs between a vendor-specific SDK and a model-agnostic framework. The reader does the judging. That is honest, but it is less than the word comparison implies.

An alternative approach: a single framework's own examples

The most direct alternative is to skip the comparison layer and work from one framework's official example set. CrewAI, Agno, Autogen and AG2 all ship their own documentation with examples, and the repository links to each. The difference in approach is focus versus breadth. Upstream examples are written and maintained by the people who build the library, so they track the current API and are updated when it changes. This repository's examples are written by a third party and pinned to versions that will drift as upstream moves.

What the comparison repository offers that upstream does not is adjacency. Having AG2, Agno, Autogen, the Claude Agent SDK and CrewAI examples in one tree makes it easier to notice that two frameworks solve the same problem differently, which is the actual decision you are trying to make. Upstream documentation is written to make its own library look coherent; it rarely explains where a competing design would be simpler. If your goal is to choose, the side-by-side reading has value. If your goal is to build, go to the upstream examples and read the pinned versions here only as a second opinion.

Maintenance cost and what to verify before adopting

The maintenance burden of this repository falls on its author, and it is not small. Five frameworks, each at a pinned version, each with its own release cadence. Every upstream breaking change is a potential stale example. The absence of releases and of any stated update policy means you cannot tell how promptly examples are refreshed after an upstream minor release. The last push date suggests activity, but a single push date says nothing about coverage across all five directories.

If you use this repository, verify three things first. Check the licence situation directly with the author, because none is declared here. Check that the pinned versions in the table still correspond to the code in each example directory, since the table and the examples can drift apart independently. And check whether the framework you care about has moved past the version shown, because if it has, the example is a historical document rather than a starting point.

What the repository does well is narrow: it puts five framework names, five version numbers and five documentation links in one table, and backs them with example code. For an engineer at the start of a framework selection, that saves an afternoon of searching. For an engineer mid-implementation, the upstream docs are the better source.

Editorial conclusion

Adopt this repository as a reading list if you are choosing between AG2, Agno, Autogen, the Claude Agent SDK and CrewAI and want one place that links each framework's own documentation and source. Do not adopt it as a dependency, a benchmark or a compatibility guarantee, because no licence is declared and no releases are published. Before you clone it, open the per-framework example directories and confirm that the pinned versions (AG2 0.13.4, Agno 2.8.7, Autogen 0.7.5, Claude Agent SDK 0.2.130, CrewAI 1.15.11) still match the APIs you intend to call.

Official sources

  1. Issues
  2. martimfasantos/ai-agents-frameworks on GitHub
  3. README
Community notes

Community notes