From b00t
Implements a 3-agent loop (Meta, Target, Feedback) for autonomous task improvement and benchmark optimization. Particularly effective for ML benchmarks with proven gains.
How this skill is triggered — by the user, by Claude, or both
Slash command
/b00t:siaThe summary Claude sees in its skill listing — used to decide when to auto-load this skill
SIA (Self Improving AI) implements a 3-agent loop — Meta, Target, and Feedback — for autonomous benchmark improvement. The Meta agent designs task-specific agents, the Target agent executes tasks, and the Feedback agent reviews performance and drives improvement. Results include 56.6% LawBench gain, #1 on MLE-Bench, and 14x GPU kernel speedup. The three agent roles map to b00t patterns: Meta ≈ ...
SIA (Self Improving AI) implements a 3-agent loop — Meta, Target, and Feedback — for autonomous benchmark improvement. The Meta agent designs task-specific agents, the Target agent executes tasks, and the Feedback agent reviews performance and drives improvement. Results include 56.6% LawBench gain, #1 on MLE-Bench, and 14x GPU kernel speedup. The three agent roles map to b00t patterns: Meta ≈ research-soul, Feedback ≈ lfmf + discriminator, and generations ≈ checkpoints.
Installation is via pip install 'sia-agent[claude]' or pip install 'sia-agent[openhands]'. Run with sia run --task gpqa --max_gen 5 --run_id 1. Visualize results with sia web. Custom tasks use sia run --task_dir ./my-task --max_gen 5 --run_id 1. MLE-Bench requires dataset preparation via python -m sia.prepare_mlebench_dataset -c 'spaceship-titanic'.
Use SIA for autonomous task improvement, benchmark optimization, and any scenario requiring a feedback-driven self-improvement loop. It is particularly effective for ML benchmarks and agent optimization tasks.
pip install 'sia-agent[claude]'sia run --task gpqa --max_gen 5 --run_id 1sia websia run --task_dir ./my-task --max_gen 5 --run_id 1python -m sia.prepare_mlebench_dataset -c 'spaceship-titanic'npx claudepluginhub elasticdotventures/_b00t_ --plugin skill-document-understandingSets up HyperAgents, a Meta Research framework for self-referential self-improving agents. Meta-agent proposes diffs to improve a task-agent recursively. Useful for optimizing agents on any computable domain.
Implements a self-referential agent loop where a meta-agent iteratively modifies task code to optimize for any measurable metric. Enables automatic code improvement and evolution.
Runs autonomous optimization loops to iteratively improve prompts, templates, configs, or code using four-way separation of main agent, eval agent, test runner, and deterministic eval.py judge. Invoke via /autoresearch or 'optimize this prompt'.