Download IVISION Catalog
01Prepare the view
Align camera clocks and map possible transitions.
Reconstruct routes from verified sightings
Different views may capture similar-looking entities. Validate the association method, timestamps and feasible transitions; keep uncertain links visible and avoid describing the route as continuous when cameras do not overlap.
Catalog workflow. Confirm detector availability, permitted use and event delivery for the proposed deployment. Website examples are illustrative.
Assess route reconstruction
Example
Without IVISIONStandard CCTV feed
With IVISIONIllustrative event overlayThe Process
How It Works
Camera transitions are candidate links Organize multi-camera evidence without hiding uncertainty.
01
02Assess the observation
Validate the cross-camera association method.
03Review the evidence
Review each proposed link with original images and times.
04Choose a response
Confirm the supported sequence and record unresolved gaps.
Explore Your Options
Explore Related Capabilities
| Dimension |  Cross-camera route reconstruction |  multi camera face tracking |
|---|---|---|
| Observation |  Sightings across cameras proposed to belong to one entity. | Possible sightings of the same enrolled face. |
| Event criteria | A verified association method links observations within an authorized time window. | Validated matching proposes a link between observations. |
| Monitoring setup | Confirm camera topology, identity/appearance method and timing. | Confirm camera scope, time window and matching thresholds. |
| What it cannot establish | Cannot establish unobserved movement or identity from similarity alone. | Blind spots and false matches can break an inferred route. |
| Practical outcome | Help investigators compare where observations may connect. | Compare separate sightings without implying continuous visibility. |
Illustrative demonstration
Review The Event.
Understand The Context.
Example footage and simulated events explain the review workflow. They do not measure detector performance.
Sites overview
Example Activity
No matching events.
Related Scenarios
View More
Tracking & Movementmulti camera face tracking
Evaluate face-based associations where authorized.
Read More
Tracking & MovementCamera-location maps
Provide source positions for transition checks.
Read More
Tracking & MovementHistorical route visualization
Present the reviewed sequence over a past period.
Read MoreEXPLORE WHAT’S POSSIBLE
What Can You Do With Cross-camera route reconstruction?
01 / 04 · CROSS-CAMERA ROUTE RECONSTRUCTION
Logistics
Vehicles pass through separate views.
Example event: Two sightings are proposed as one route.
Operator response: Verify vehicle features and plausible timing.
Practical value: Organizes incident evidence.
Discuss this capability
02 / 04 · CROSS-CAMERA ROUTE RECONSTRUCTION
Offices
Similar clothing creates ambiguous links.
Example event: A person candidate appears on another camera.
Operator response: Check identity evidence before linking.
Practical value: Avoids false route attribution.
Discuss this capability
03 / 04 · CROSS-CAMERA ROUTE RECONSTRUCTION
Manufacturing
A blind corridor joins cameras.
Example event: Sightings bracket an unseen interval.
Operator response: Record the interval as unknown.
Practical value: Preserves evidential limits.
Discuss this capability
04 / 04 · CROSS-CAMERA ROUTE RECONSTRUCTION
Deployment review
Use known camera locations and transition routes.
Visibility: Appearance changes and occlusion weaken associations.
Configuration: Verify the cross-camera engine and clock alignment.
Privacy: Restrict identity searches to an authorized investigation.
Human review: Confirm links rather than accepting visual similarity.
Discuss this capability
Frequently asked questions
Cross-camera route reconstruction, Explained.
Orders associated sightings from different cameras into a candidate route for review.
Does this show continuous movement?
No. It links available sightings and leaves unseen intervals uncertain.
Are matching colors enough?
No. Similar appearance can belong to different entities.
Why map camera topology?
It helps check whether a proposed transition is physically plausible.
Can clock errors change the route?
Yes. Time alignment is essential.
Find your fit
What are you trying
to achieve?
Help investigators compare where observations may connect. For Authorized investigators, Site security managers.
Workflow to discuss
Cross-camera route reconstruction + Order multi-camera sightings.
