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Factory security patrol open platform

Connect patrol data to enterprise systems.Separate collection, access and decisions.

Robots patrol, collect and notify; the platform unifies records and enterprise staff decide and respond. Open interfaces expose video, snapshots, events, devices and patrol logs.

Pilot the documented workflow with responsible staff verifying key handovers.
Illustrative robot service scene
Service flow
1
ConfigureManagers

Set areas, checkpoints, routes, time and frequency.

2
ReportPlatform

Present collected information, task states and alerts.

3
ReviewDuty staff

Review readings, images or live views and decide on action.

Where the service helps

Coordinate routes, content and staff around these tasks.

Scheduled patrol

Execute configured routes, points and periods.

Priority revisit

Recheck selected areas as needed.

Alert review

Smoke, flame and stranger prompts depend on configuration and human confirmation.

Indoor only. Status-light recognition, prolonged-stay/fall detection, automatic approach and autonomous dispatch decisions are not established. A person-match alert does not itself establish unauthorized entry.

Service flow and ownership

Robots execute configured tasks; responsible staff retain verification and on-site response.

1
ConfigureManagers

Set areas, checkpoints, routes, time and frequency.

2
PatrolRobot

Follow configured indoor routes and collect at checkpoints.

3
ReportPlatform

Present collected information, task states and alerts.

4
ReviewDuty staff

Review readings, images or live views and decide on action.

5
Resolve and recordSite staff

Mark the outcome and retain task, location, time and event records.

Confirm execution separately from human handover/review; assigned staff take over exceptions.

Roles

Robot

Patrol, collect and report site information.

Duty staff

Review conditions and contact responders.

Site and support staff

Respond and maintain equipment, routes and records.

Service modes

Select modes for the workflow; agree extensions separately.

Scheduled patrol

Execute configured routes, points and periods.

Priority revisit

Recheck selected areas as needed.

Alert review

Smoke, flame and stranger prompts depend on configuration and human confirmation.

Indoor only. Status-light recognition, prolonged-stay/fall detection, automatic approach and autonomous dispatch decisions are not established. A person-match alert does not itself establish unauthorized entry.

Scenario fit

Robots patrol, collect and notify; the platform unifies records and enterprise staff decide and respond. Open interfaces expose video, snapshots, events, devices and patrol logs.

Scheduled patrol

Execute configured routes, points and periods.

Priority revisit

Recheck selected areas as needed.

Alert review

Smoke, flame and stranger prompts depend on configuration and human confirmation.

Terminals and configuration

Document-based scope; confirm supplied model, options and site fit.

Three layers

Robot collection/notification, platform aggregation/open access, enterprise decisions/actions.

Five interface areas

Video, snapshots, events, devices and patrol logs; assess REST API/Webhook against the interface plan.

Coordination priorities

Reduce repeated trips

Assign suitable repeated routes to robots and compare results in the pilot.

Clear handovers

Verify outcomes against task, destination and responsible role.

Operational review

Use task states and exception records to adjust routes, schedules and configuration.

Routes and service points

Configure routes for the actual site; diagrams explain the workflow.

Workshop / storage corridors

Run only on validated indoor routes.

Entrances / equipment-room exteriors

Capture checkpoints outside hazardous processes.

Office links

Configure access, shifts and patrol schedules.

Locations

  • Workshop / storage corridors
  • Entrances / equipment-room exteriors
  • Office links
Validate a complete loop: Workshop / storage corridors → Entrances / equipment-room exteriors → Office links

Diagrams explain the flow; survey actual passages, thresholds, access and stops.

Site readiness and operations

Confirm site, equipment and staffing; verify interfaces per project.

Response loop

Staff confirm alerts and mark handled/unhandled; enterprise video AI, EHS and ticket automation are optional integrations.

Schedule example

The source illustrates 08:00/12:00/16:00 and 22:00/02:00/05:00 rounds; adapt to shifts.

Commission configured interfaces, notifications and access; assign site contacts and staff fallback.

Document configuration and device checks

Three layersRobot collection/notification, platform aggregation/open access, enterprise decisions/actions.
Five interface areasVideo, snapshots, events, devices and patrol logs; assess REST API/Webhook against the interface plan.

Document and current product versions may differ; confirm supplied specifications and project configuration.

Pilot and expansion

Start with one robot, one standard indoor route and priority revisit points. Validate alerts, human confirmation and response records before extending interfaces.

Three layers

Robot collection/notification, platform aggregation/open access, enterprise decisions/actions.

Five interface areas

Video, snapshots, events, devices and patrol logs; assess REST API/Webhook against the interface plan.

Suggested sizing assessment

Match full patrol cycles to measured checkpoint revisit intervals

Use site data including access, handover, waiting, charging and exceptions; travel speed alone does not establish capacity.

Example Modeling: Start with one robot, one standard indoor route and priority revisit points. Validate alerts, human confirmation and response records before extending interfaces.

This is an assessment method; source recommendations/targets are not universal performance guarantees.

Sizing considerations

Task cycle

Measure request, execution, handover, return and charging time.

Site scope

Workshop / storage corridors, Entrances / equipment-room exteriors, Office links

Staff coordination

Allow for available receiving, reviewing and exception-response staff.

Source configurations/data refer to their stated scenario; confirm final sizing through site validation.

Suggested implementation

The following are project assessment and acceptance suggestions, subject to site confirmation.

Phase 1

Confirm scope

Site preparation

Key Deliverable: Start with one robot, one standard indoor route and priority revisit points. Validate alerts, human confirmation and response records before extending interfaces.
Phase 2

Configure and commission

When ready

Key Deliverable: Check devices, routes, points, accounts and necessary access/system interfaces.
Phase 3

Trial and acceptance

By project agreement

Key Deliverable: Validate real tasks, staff coordination, exceptions and records before expansion.

Suggested exception handling

The following are project assessment and acceptance suggestions, subject to site confirmation.

ConditionActionOwnership and records
Task cannot continuePause, wait or hand over to staff under site rules.Managers record cause, owner and recovery conditions.
Handover/review incompleteContact the assigned staff; automatic task closure does not replace their confirmation.Record the reason and follow-up.
Device/access exceptionFollow support procedures and use staff service if required.Support and site staff coordinate and validate recovery.

Common questions

Where should the pilot start?

Start with one robot, one standard indoor route and priority revisit points. Validate alerts, human confirmation and response records before extending interfaces.

How do robots and staff share work?

Robot:Patrol, collect and report site information. Duty staff:Review conditions and contact responders. Site and support staff:Respond and maintain equipment, routes and records.

What needs separate confirmation?

Indoor only. Status-light recognition, prolonged-stay/fall detection, automatic approach and autonomous dispatch decisions are not established. A person-match alert does not itself establish unauthorized entry.

How are configuration and acceptance set?

Use source recommendations as a starting point, then confirm against site routes, supplied equipment and trial data. Suggested checks do not establish fixed performance or service guarantees.

Pilot preparation

Start with one robot, one standard indoor route and priority revisit points. Validate alerts, human confirmation and response records before extending interfaces.

ItemScopeConfirmation
Scope and pointsWorkshop / storage corridors, Entrances / equipment-room exteriors, Office linksConfirm accessible scope and responsible staff on site.
Routes and accessMaps, passages, doors/lifts, network and charging.Commission cross-floor and controlled-door access as needed; diagrams do not replace site tests.
Handover and exceptionsRobot, Duty staff, Site and support staffAgree notifications, staff takeover, records and review rules.

Scope and points

Workshop / storage corridors, Entrances / equipment-room exteriors, Office links Confirm accessible scope and responsible staff on site.

Routes and access

Maps, passages, doors/lifts, network and charging. Commission cross-floor and controlled-door access as needed; diagrams do not replace site tests.

Handover and exceptions

Robot, Duty staff, Site and support staff Agree notifications, staff takeover, records and review rules.

ANGO

Related equipment

Review product information and reconcile the document version with the supplied model/configuration.

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