Agent behavior
Curriculum targets decomposition, planning, evidence discipline, tool selection, uncertainty and safe escalation.
A split-host training and deployment workflow for agent behavior, verification, structured work products, memory, SFT and evaluation.
The problem
Model training and local inference have different infrastructure needs. The repository deliberately separates the training host from the local deployment/runtime host.
Verified capabilities
These capability descriptions are intentionally limited to the evidence-backed implementation surface.
Curriculum targets decomposition, planning, evidence discipline, tool selection, uncertainty and safe escalation.
QLoRA SFT, dataset validation and split construction are explicit workflow stages.
Reward-filtered candidate generation is used instead of uncontrolled self-training.
Immutable evaluation sets cover schema compliance, coding, research grounding, abstention and regression.
Ollama is treated as inference/runtime, not as the trainer.
Generated data is not treated as the only source of truth and training claims remain bounded.
Architecture
The diagram below represents the current verified architecture boundary; planned or environment-dependent components are described in the engineering notes rather than silently promoted.
Seed data and validation/test splits are treated as controlled artifacts.
Engineering deep dive
Technology names matter less than the engineering contracts they enforce.
Seed data and validation/test splits are treated as controlled artifacts.
The documented procedure runs a smaller SFT pilot before larger jobs.
RFT candidates are filtered and reviewed before becoming training data.
Base and tuned checkpoints are compared before deployment decisions.
Project status
Training/deployment workflow documented and implemented. Included seed curriculum is explicitly bootstrap-scale, not a production corpus.
Public implementation — source and training workflow are available.