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agent-learning

Native reinforcement learning SDK for AI agents. An in-process Learner optimizes a small, interpretable TaskPolicy over discrete agent choices (understand intent and complete task by choosing the right outcome).

TaskPolicies model reusable decisions among executable alternatives such as models, skills, tools, workflows, or workloads. Factual questions, ordinary chat, reporting, and learning automation are not policy tasks.

How it works

The SDK improves agents without LLM weight fine-tuning. There are no GPU fine-tune jobs and no opaque update cycles — just three pieces that run in your existing Python process:

  1. TaskPolicy is a softmax distribution over N discrete actions (e.g., "take action A", "take action B", "take action C"). It lives in Python and updates in milliseconds.

  2. Score evaluates each episode on-device with three stdlib scorers for intent resolution, task adherence, and task completion. Their scores are combined into a single scalar reward with no scoring endpoint or environment variables required. Azure AI evaluators remain available as an opt-in.

  3. Learner applies REINFORCE-with-baseline to update TaskPolicy logits directly from logged episodes. Updates are tiny gradient steps that run on local compute and persist through a pluggable store — in-memory or local files by default, with Azure Cosmos DB optional.

task-policy-decide closes the loop at execution time by returning the selected action plus historical correctness, reward, result summaries, and per-metric quality feedback for the agent to use on its next delegated decision.

It also returns an evidence-gated autonomy assessment. Routine confirmation stops only after the recommended action has enough scored outcomes, a 95% Wilson correctness lower bound of at least 90%, positive mean reward, strong probability and margin, and the same winner across three trained snapshots. Autonomous executions continue learning from observable outcomes, while a configurable sample requests user feedback to detect drift.

Every episode, reward, run, and deployment is captured by the configured store — in-memory or local files by default, or Azure Cosmos DB — giving you a complete lineage and audit trail of how the policy evolved over time.

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