Failure Receipt
Retain the episode, task condition, observed outcome, provenance, and known unknowns.
Technology
CPF is an evidence-first research framework for tracing a model failure through controlled intervention, bounded hypothesis formation, and a collectable DataPlan. It is designed to make a claim inspectable—not to infer causality from a single trace.
System architecture
CPF sits beside a team’s existing models, evaluation tools, simulators, data systems, and training loop. Its role is to structure the evidence between a failure and the next decision.
Retain the episode, task condition, observed outcome, provenance, and known unknowns.
Compare causal, placebo, and no-change conditions against a comparable anchor.
Express the candidate missing experience as a bounded, falsifiable statement.
Specify what to collect next, the sampling range, and the validation measure.
CPF core loop
A useful diagnosis does not stop at explanation. It produces a next action whose value can be tested after retraining on held-out evaluation.
See the methodRecord the failure and preserve the trace.
Change one relevant factor under a controlled branch.
Separate the intervention from placebo and no-change controls.
State what evidence may be missing, including uncertainty.
Form a bounded collection recommendation and success measure.
Retrain and compare before claiming the loop improved anything.
Designed to connect
Start from an existing policy, model interface, or observable evaluation output.
Define repeatable interventions and control conditions around one task failure.
Return a traceable DataPlan that can be collected and tested in the team’s own loop.
Technical maturity
The public technology story mirrors the research status: it distinguishes working foundations from experiments still underway and long-term research goals.
External CPF overview, traceability requirements, and a bounded intervention workflow.
Episode bundle verification, controlled simulator studies, and retraining-validation design.
A longer-term system that learns from validated causal experience loops in physical tasks.
A public view of CPF’s workflow, boundaries, and the validation still required.