
As AI agents grow more complex, understanding their memory requirements could help developers optimize performance and reduce computational costs.
Agents can learn from their own past work by extracting behavioral guidelines and reusing them at inference time, a process that requires no model weight updates. Research across eight models found that the optimal amount of memory to give an agent depends on the model's capability level, not simply on accumulating more guidelines. Strong models with available capacity benefit from receiving a complete set of guidelines, weaker models perform better with a selective subset retrieved per task, and already-saturated models show no measurable improvement. The practical implication is that memory should be calibrated as a dose tailored to each model rather than treated as a feature to uniformly enable.

Flock’s surveillance cameras have already sparked outrage. WIRED reconstructed its next-generation AI system, already in use by some police, to confirm it goes much further than tracking license plates.

ChatGPT Ads is expanding to 31 European markets. Learn how advertisers can reach people as they explore, compare options, and make decisions.

Cursor, known for its AI Code Editor, is launching a new code-hosting platform to rival developers' long preferred favorite, GitHub.
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