Build production-ready, multi-agent applications with a graph-first workflow engine designed specifically for Go. The Agent Development Kit for Go 2.0 simplifies application mapping by running single agents and complex graphs on the exact same execution model. Manage complex states and runtime variations with built-in resilience features: 🛠️ Dynamic orchestration written in plain Go 🤖 Native human-in-the-loop primitives to safely pause and resume execution 📈 Built-in retry policies featuring exponential backoff and full jitter 🌲 Unified telemetry spans for absolute tracking visibility Upgrade your existing codebases safely with a highly additive framework that keeps your existing import paths intact: https://goo.gle/444xsMk ADK Docs: https://goo.gle/4gUqaCe SDK: https://goo.gle/441gfn1 Go pkg: https://goo.gle/4vHE9jF Code Samples: https://goo.gle/4ezMks8
The decision to use the same execution model for both single agents and complex graphs stood out. That seems like it could make it much easier to start with a simple workflow and evolve it over time without reworking the application's architecture. How does ADK 2.0 handle versioning or migration when a production workflow graph changes while long-running executions are still in progress?
Agent runtimes are becoming structured, observable, and resilient. But the code, workflow graphs, tools, and integrations that agents generate still need to conform to architectural intent.
Looks interesting! Definitely going to check this out.
Nice release. Keeping compatibility while upgrading the execution model is a smart approach for adoption
Really solid release. Making multi‑agent workflows simpler, resilient, and production‑ready is a big step forward for builders. Love seeing tools that reduce complexity so teams can focus on creating real value.
With Gemini Pro 3.1 I created a new AI that is now running locally on a Pentium system that's too old for Windows 8 to recognize. It's even running Gemini in the browser right now. All the modern standards isn't required. A machine running in Mhz not Ghz
Another great development from Google 👏
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