slug: xmatters provider: xMatters generated_by: planning/capability-mapping/scripts/classify_capabilities.py model: claude-opus-5 frame: - Software & Technology min_confidence: 0.7 capability_model: source: https://github.com/vincentmakes/turbo-ea-capabilities license: CC-BY-4.0 attribution: Turbo EA Capabilities by Vincent Verdet — Turbo EA, https://github.com/vincentmakes/turbo-ea-capabilities, CC BY 4.0 notice: NOTICE edge_count: 3 edges: - tag: Events spec_file: xmatters-events-api-openapi.yml capability_id: BC-4220.30 capability_id_l1: BC-4220 capability_name: Incident Response Management confidence: 0.85 evidence: POST /events createEvent Trigger a new event; PUT /events/{eventId} Change the status of an event; POST /events/{eventId}/annotations Add a comment to an event reason: xMatters events are the incident notification/alert objects routed to on-call responders, with status changes and annotations — i.e. incident detection, coordination and communication during production incidents. Maps to Incident Response Management. Could also be read as ITSM incident, but the vendor context is service reliability/on-call response. - tag: On Call spec_file: xmatters-on-call-api-openapi.yml capability_id: BC-4220.30 capability_id_l1: BC-4220 capability_name: Incident Response Management confidence: 0.8 evidence: GET /on-call getOnCall Determine who is currently on-call reason: Resolving who is currently on-call is the core of on-call response rostering for production incidents, which the frame places under Incident Response Management ('On-call response, incident detection, coordination'). - tag: Shifts spec_file: xmatters-shifts-api-openapi.yml capability_id: BC-4220.30 capability_id_l1: BC-4220 capability_name: Incident Response Management confidence: 0.7 evidence: GET /shifts listShifts; POST /shifts createShift; API description cites 'on-call schedules' reason: Shifts define group on-call rotation schedules, part of the on-call response capability. Lower confidence because the operations are generic CRUD and shift scheduling could superficially read as workforce scheduling; the vendor context ('on-call schedules') grounds the reliability reading.