Summary
Create the first end-to-end self-healing workflow using the USP widget as a reference implementation.
The objective is to demonstrate that the USP widget contract can be automatically monitored, diagnosed, repaired, and validated without human intervention.
Scenario
A USP contract becomes invalid and can no longer be rendered by the widget.
The platform should:
- Detect the validation failure
- Generate an incident
- Execute a remediation pipeline
- Re-validate the contract
- Mark the incident as resolved
Initial Failure Cases
Missing Slides
Missing Required Fields
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Invalid Configuration
Acceptance Criteria
- USP contract validation failures are detected
- Incidents are generated
- Incidents are observable through OpenTelemetry
- Remediation pipeline can be executed
- Contract is re-validated after remediation
- Successful recovery is recorded
- Failed recovery is escalated
Deliverables
- USP healing rule registry
- USP incident model
- USP remediation pipeline
- USP recovery verification step
- OpenTelemetry trace integration
Success Metric
A deliberately broken USP contract can automatically recover without requiring a developer to intervene.
Summary
Create the first end-to-end self-healing workflow using the USP widget as a reference implementation.
The objective is to demonstrate that the USP widget contract can be automatically monitored, diagnosed, repaired, and validated without human intervention.
Scenario
A USP contract becomes invalid and can no longer be rendered by the widget.
The platform should:
Initial Failure Cases
Missing Slides
{ "slides": [] }Missing Required Fields
{ "slides": [ { "text": "" } ] }Invalid Configuration
{ "settings": null }Acceptance Criteria
Deliverables
Success Metric
A deliberately broken USP contract can automatically recover without requiring a developer to intervene.