SIS / Security, Inspection & Surveillance

A closer view
of your site.

A robo-dog capability built around your security and inspection workflows.

Your team gets the observations needed to decide what happens next.

UAE delivery coordinated by Makeen Robotics.

MOBILE OBSERVATIONOPERATOR-LED
Illustrative robo-dog inspection conceptAn original stylised quadruped diagram in an inspection environment. This is not a photograph or a selected hardware model.
A mobile viewpointConfigured for the task.

Illustrative concept. Hardware and payloads are selected for each site.

BUILT AROUND YOUR OPERATIONLocal implementationTask-specific sensingHuman reviewEnterprise integration

01 / The benefit

Give your team
better coverage.

Start with the rounds that need a mobile viewpoint.

01

Reduce unnecessary exposure.

Assess selected locations remotely.

02

See beyond fixed cameras.

Bring the viewpoint to the inspection point.

03

Make checks more consistent.

Follow agreed routes and capture requirements.

04

Reduce manual reporting.

Turn reviewed observations into structured records.

These are intended outcomes. A supervised pilot establishes what is achievable at your site.

02 / Three application families

Choose the job.
Build the mission.

One selected platform can support different approved workflows.

A first look at the alert.

  • Patrol approved perimeter routes.
  • Check an alarm location.
  • Observe designated access points.
  • Send findings for operator review.

Repeat the check that matters.

  • Capture equipment-condition images.
  • Read selected gauges where validated.
  • Collect thermal observations.
  • Gather readings from qualified sensors.

A mobile view of designated areas.

  • Observe an approved area.
  • Provide a live view on request.
  • Revisit camera blind spots.
  • Retain time-stamped observations.

03 / A sample mission

From an assigned round
to a reviewed finding.

Example: an open service gate is observed during a perimeter round.

  1. 01

    Assign the task.

    Choose the route and inspection points.

  2. 02

    Capture the observations.

    Gather the required views at each checkpoint.

  3. 03

    Review the finding.

    An authorised user checks the evidence.

  4. 04

    Send the approved result.

    Pass the record to the agreed operational system.

SAMPLE OBSERVATION RECORDILLUSTRATIVE
Checkpoint
Service gate
Finding
Gate appears open
Capture time
Included with the record
Review status
Awaiting operator review

Operator decides the next action.

What can the approved record include?

Mission ID, checkpoint, timestamp, supporting image, data-quality status, reviewer and follow-up reference.

This is a proposed workflow example. It is not a live product screen or customer deployment record.

04 / The complete solution

Build the capability
around the work.

Makeen coordinates the local delivery scope.

HARDWARE

Select the right platform.

Match the robot and payloads to the route and task.

CONFIGURATION

Define a useful mission.

Agree checkpoints and capture requirements.

DATA QUALITY

Check the observation.

Flag unclear or incomplete results for review.

OPERATIONS

Keep the team informed.

Track mission status and exceptions.

SOFTWARE PARTNER / SIRONA ROBOTICS

Connect the robot to enterprise workflows.

Sirona brings task configuration, fleet-management and integration expertise to the scoped solution.

Local accountability.

Makeen coordinates site setup and field support. Operator training and ongoing service responsibilities are agreed in the deployment scope.

05 / Integration

Bring observations
to the right system.

Agree the information flow before building the connector.

Command centres

Route approved findings to the operations team.

Video management

Scope the use of robot video feeds.

Building systems

Associate observations with facility locations.

Maintenance systems

Create a follow-up record after approval.

SCADA & historians

Relate readings to plant context.

BIM & project systems

Link site observations to project records.

Inspection findingOperator approvalMaintenance follow-up

Integration availability depends on the selected systems and interfaces. New connectors may require development. Plant-system access starts read-only unless separately authorised.

06 / Potential sites

Start with a repeatable
route at a defined site.

Each site needs its own operating and safety assessment.

Industrial plants

Capture approved equipment checkpoints.

Warehouses

Check designated access points.

Construction sites

Record observations on an approved route.

Large campuses

Revisit designated perimeter locations.

Utility facilities

Inspect selected assets with suitable sensors.

Restricted facilities

Support authorised remote observation.

07 / The first deployment

Prove one useful mission.
Then decide where to grow.

Use measured results to guide the next step.

01

Assess the workflow.

Agree the task and operating boundaries.

02

Configure the solution.

Select the hardware and required interfaces.

03

Run a supervised pilot.

Test against agreed acceptance criteria.

04

Expand after acceptance.

Add routes after reviewing the evidence.

Route completionUsable observationsMissed checkpointsFalse alertsOperator interventions

Pilot evidence can include mission logs, reviewed observations and a customer-approved results summary.

08 / Commercial model

Pricing around each
deployed robot.

Build a site-specific business case before committing to a wider rollout.

Calculator outputs are illustrative. Your SIS proposal will use the agreed task and full deployment scope.

  • Initial configuration DEFINED SCOPE
  • Software licence PER HARDWARE SEAT
  • Enterprise integration SYSTEM-SPECIFIC
  • Ongoing support AGREED SERVICE PLAN
  • Hardware supply or leasing SUBJECT TO AVAILABILITY
Which robo-dog will you use?

The platform is selected against the route, payload, interfaces and support needs. Each selected model requires integration and site acceptance.

Can the robot operate in UAE heat?

Temperature limits vary by platform and configuration. Heat, dust, duty cycle and charging arrangements must be validated for the intended site.

Can it inspect hazardous areas?

Standard hardware is not assumed to be certified for explosive atmospheres, fire or chemical exposure. Specialist work needs suitable equipment and operating approvals.

Who controls the robot and the data?

Authorised operators retain operational authority. Access permissions, recording, retention and data handling are agreed with the customer. Hosting and network requirements are established during scoping.

09 / Discuss your site

Which round would you like a robo-dog to handle?

Tell Makeen about the site and the first task you want to explore.

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