Inside the ML skill-improvement pipeline.
Our first self-learning example: generate candidates, predict, execute, evaluate, and learn from the evidence.
Read articleAgents can help a system grow as well as carry out its work. We are exploring how the results of real execution can inform better skills and better decisions about what to try next.
Research and development · first pipeline implementedA skill tells an agent how to approach a class of work. Our first example generates variations of a skill, uses a learned predictor to help select candidates, and evaluates their execution. The resulting evidence can feed the next training and selection round. This is a development pipeline, not a promise that any agent will improve automatically in every business.
The loop moves through candidate generation, prediction and selection, execution and evaluation, evidence ingestion, and predictor retraining. A prediction is a reason to test a candidate. The measured result is what helps establish whether the change is useful for the stated task.
Keep the current skill as a comparison. Define what success means, check for regressions, and distinguish a failed test environment from a failed candidate. Preserve the versions and evidence so a result can be reviewed. A successful experiment and approval to change a live system are separate decisions.
The skill pipeline is our first example of a broader direction: systems that help identify friction and develop useful improvements around existing processes. We are still validating behavior across tasks and environments. We will share the method and its limits before presenting broad performance claims or offering this as a managed product.
Bring a real process or use case. We would like to understand what would make your work easier.