AI Networking Cookbook: Practical recipes for AI-assisted network automation and development
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It is argued that a long-horizon agent must run continually without forgetting before it can learn continually, and that continual learning for these agents needs a substrate outliving every context and process.
EvoHarnessBench is introduced, a benchmark for evaluating agents under controlled harness evolution across three axes (tools, skills, and agents), and establishes harness evolution as a distinct challenge for building agents that can keep pace with an evolving harness while preserving previously effective behavior.
The results suggest that dense credit assignment through distillation can be effective when its likelihood-based scores are empirically validated as meaningful proxies for outcome-relevant credit, when this alignment does not hold.
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