Running AI agents in a channel seems like it could get expensive fast. When an agent is permanently embedded—reading chat history, reviewing code changes, and running multi-step tasks, it seems token usage could blow up.
I'm curious how the architecture keeps this overhead in check:
- Context Filtering: Is there an automated way to prevent agents from resending the entire channel history on every single turn?
- "Branch as Room" Scope: Does this setup strictly isolate the agent's context to the immediate branch/task, or can it still pull the global repo state?
- Cost Gating: Are there any mechanics to limit token usage per agent per month for instance?
Any insight into how Buzz tackles these cost constraints would be greatly appreciated!
Thanks
Running AI agents in a channel seems like it could get expensive fast. When an agent is permanently embedded—reading chat history, reviewing code changes, and running multi-step tasks, it seems token usage could blow up.
I'm curious how the architecture keeps this overhead in check:
Any insight into how Buzz tackles these cost constraints would be greatly appreciated!
Thanks