Comparisons / AutoGen vs AWS Bedrock AgentCore

AutoGen vs AWS Bedrock AgentCore: Which Agent Framework to Use?

AutoGen by Microsoft models agents as ConversableAgents that chat with each other. Bedrock AgentCore is AWS's managed runtime for production agents, launched in July 2025. Here is how they compare — paradigm, ecosystem, and the use cases each one is actually built for.

By the numbers

AutoGen

GitHub Stars

56.7k

Forks

8.5k

Language

Python

License

CC-BY-4.0

Created

2023-08-18

Created by

Microsoft Research

github.com/microsoft/autogen

AWS Bedrock AgentCore

Language

Managed service

License

Proprietary (AWS)

Created

2025-07-16

Created by

AWS

Backed by

Amazon Web Services

Cloud/SaaS

AgentCore Runtime, Memory, Identity, Gateway, Observability — pay-as-you-go on AWS

Production ready

Yes

Used by: AWS internal teams, Amazon Q Developer

github.com/(closed-source SaaS — see strands-agents/* on GitHub for the SDK side)

GitHub stats as of April 2026. Stars indicate community interest, not necessarily quality or fit for your use case.

ConceptAutoGenAWS Bedrock AgentCore
Agent`ConversableAgent` with `system_message`, `llm_config`
Tools`register_for_llm()` and `register_for_execution()`
ConversationTwo-agent chat with `initiate_chat()`, message history
Multi-Agent`GroupChat` with `GroupChatManager`, speaker selection
Nested Chats`register_nested_chats()` for sub-task handling
Termination`is_termination_msg` callback, `max_consecutive_auto_reply`
RuntimeSandboxed, low-latency container per session, up to 8h, MicroVM-isolated
MemoryManaged short-term + long-term memory with semantic recall and namespacing
IdentityOAuth flows, AWS IAM, Secrets Manager integration, per-user credential vending
GatewayTurn any API or Lambda into an MCP-compliant tool with one config
ObservabilityOpenTelemetry traces, per-step LLM call costs, error grouping in CloudWatch
BrowserManaged isolated browser tool for agent web actions

AutoGen vs AWS Bedrock AgentCore, head to head

AutoGen AutoGen by Microsoft models agents as ConversableAgents that chat with each other.

AWS Bedrock AgentCore Bedrock AgentCore is AWS's managed runtime for production agents, launched in July 2025.

Both wrap the same underlying agent pattern — an LLM call, a tool dispatch, a loop — in different abstractions. The choice between them is mostly about which mental model and ecosystem fits the team you have, not which one is technically more capable.

Pick AutoGen if

Pick AutoGen if autoGen excels at complex multi-agent workflows where agents need to debate or collaborate. For single-agent use cases or simple tool-calling agents, the plain Python version is significantly simpler. AutoGen is the right fit when the tradeoffs in its intro line up with how your team actually wants to work day-to-day; AWS Bedrock AgentCore would force you to translate.

Full AutoGen comparison →

Pick AWS Bedrock AgentCore if

Pick AWS Bedrock AgentCore if agentCore is for production AWS deployments where you want to skip the runtime, memory, identity, and observability work and pay AWS to do it instead. It is framework-agnostic — bring Strands, LangGraph, CrewAI, or your own. For non-AWS teams, prototypes, or anything where you want to see what the agent is doing, plain Python on Lambda or a container is simpler. AWS Bedrock AgentCore is the right fit when the tradeoffs in its intro line up with how your team actually wants to work day-to-day; AutoGen would force you to translate.

Full AWS Bedrock AgentCore comparison →

What both add

Both AutoGen and AWS Bedrock AgentCore pull in a class hierarchy and a dependency tree to wrap what is, at the core, an HTTP POST in a while loop. If your use case is straightforward — one provider, a handful of tools, a single agent — the framework cost may exceed the framework benefit. The lesson below shows the same pattern in ~60 lines without either dependency.

Or build your own in 60 lines

Both AutoGen and AWS Bedrock AgentCore implement the same 8 patterns. An agent is a function. Tools are a dict. The loop is a while loop. The whole thing composes in ~60 lines of Python.

No framework. No dependencies. No opinions. Just the code.

Build it from scratch →