Curious how you're handling freshness/decay rather than just retrieval?
Task size matters more than task count. Before sending a prompt, I try to predict the approximate shape of the diff. If I can't, the task is too large - I'll spend more time reviewing and fixing than if I'd just written…
Agents drift when they have full project context with no explicit stopping condition. What does the boundary spec look like in your setup?
Same judgment as good system design, expressed as instruction rather than architecture doc. What's the research's take on how teams that are strong at that front-loading compare to ones running agents more reactively?
[flagged]
Curious how you're handling freshness/decay rather than just retrieval?
Task size matters more than task count. Before sending a prompt, I try to predict the approximate shape of the diff. If I can't, the task is too large - I'll spend more time reviewing and fixing than if I'd just written…
Agents drift when they have full project context with no explicit stopping condition. What does the boundary spec look like in your setup?
Same judgment as good system design, expressed as instruction rather than architecture doc. What's the research's take on how teams that are strong at that front-loading compare to ones running agents more reactively?
[flagged]