top | item 47029319 (no title) dariusj18 | 14 days ago In first read I thought this was an operator for k8s, but it is just comparing itself.to k8s as an orchestration system. discuss order hn newest eftalyurtseven|14 days ago Correct, it's not a k8s operator. Standalone binary, zero dependencies. Just uses the same mental model because clusters and namespaces map really well to multi-team agent management. verdverm|14 days ago There are a number of other aspects that make kubernetes what it is. In particular the API surface is well defined at a very good abstraction level.For Ai, I'm using ADK. It's my "kubernetes for agents" from this perspective of abstractions and common task management handled by the system.https://google.github.io/adk-docs/get-started/about/
eftalyurtseven|14 days ago Correct, it's not a k8s operator. Standalone binary, zero dependencies. Just uses the same mental model because clusters and namespaces map really well to multi-team agent management. verdverm|14 days ago There are a number of other aspects that make kubernetes what it is. In particular the API surface is well defined at a very good abstraction level.For Ai, I'm using ADK. It's my "kubernetes for agents" from this perspective of abstractions and common task management handled by the system.https://google.github.io/adk-docs/get-started/about/
verdverm|14 days ago There are a number of other aspects that make kubernetes what it is. In particular the API surface is well defined at a very good abstraction level.For Ai, I'm using ADK. It's my "kubernetes for agents" from this perspective of abstractions and common task management handled by the system.https://google.github.io/adk-docs/get-started/about/
eftalyurtseven|14 days ago
verdverm|14 days ago
For Ai, I'm using ADK. It's my "kubernetes for agents" from this perspective of abstractions and common task management handled by the system.
https://google.github.io/adk-docs/get-started/about/