Focus Highest Priority
Brings the most urgent lead, match, or incident to the operator’s attention first.
ACCIP Network Intelligence Workspace
ACCIP moves beyond one-camera alerts by linking watchlists, sightings, recurring associates, possible-related records, movement patterns, evidence packages, and missing-context signals in one operator workspace.
Brings the most urgent lead, match, or incident to the operator’s attention first.
Expands sightings, movement, and related events into a time-ordered investigation view.
Summarizes what ACCIP knows now: lead type, confidence, context, and next action.
Lets supervisors promote, escalate, dismiss, close, reopen, or continue review.
Shows camera geography, sighting locations, spatial relationships, and movement paths.
Surfaces recurring associates, related watchlists, and possible relationship context.
Queues the highest-value leads so operators work the right records first.
Turns disconnected sightings into an explainable sequence of observations.
Tracks camera-to-camera movement, gaps, repeat sightings, and elapsed time.
Keeps images, replay pointers, notes, alerts, and actions tied to the lead.
Connects one event to broader lead, watchlist, associate, and evidence chains.

Signals that need follow-up become accountable lead objects with type, status, confidence, review notes, and workflow disposition.
Borderline matches are explained through similarity, quality, pose, lighting, occlusion, camera, timestamp, and policy thresholds.
Co-appearances are surfaced as evidence-backed leads, not automatic conclusions.
Possible-same and related-person reviews keep identity and relationship questions separated under supervisor control.
Camera transitions, time windows, gaps, blind spots, and repeated sightings become operational context.
Images, replay pointers, notes, notifications, actions, exports, and history remain tied to the investigation.
Workspace Screens




ACCIP prevents overreaction by keeping near-miss handling separate from confirmed identity decisions, while preventing useful borderline signals from disappearing into noise.