R&D and production Facilities

Designed and Built in-house

facilities — which is why a device specified for a programme arrives as that device, on schedule and under control.

20,000 M² Production Facilities

For complete control over customisations, quality, and timelines.

Why in-house

The factories are part of the delivery guarantee

Most identity suppliers assemble other companies’ hardware. We design the enclosure, choose the sensor, write the firmware and build the unit — so specifications are ours to change, lead times are ours to commit to, and security is enforced at the point the device is made.

tune

Programme-specific builds

Sensor combinations, ports, branding and preloaded software are configured per programme instead of forcing a country to adapt to a catalogue unit.

key

Security at manufacture

Secure keys and device identities are provisioned on the line under controlled conditions — the only point at which a device can be trusted from birth.

schedule

Schedules we control

Election and census dates do not move. Owning production means volume commitments are ours to hold rather than a supplier’s to explain.

From concept to deployment

Six stages between a requirement and a working kit

Requirement

Design and prototype

Environmental testing

Certification

Production

Configuration and dispatch

Start from the programme, not the catalogue

Engineers work from the operating reality: climate, power, connectivity, daily enrolment targets and the biometric modalities the country requires. That brief sets the specification rather than an existing product deciding it.

Start from the programme, not the catalogue

Start from the programme, not the catalogue

Industrial design and electronics in-house

Enclosure, sensor selection, board layout and firmware are developed by our own teams, with prototypes produced on site so a design can be held in the hand within days rather than shipped in from a partner.

Industrial design and electronics in-house

Industrial design and electronics in-house

Broken deliberately, before the field does it

Units go into temperature and humidity chambers, dust enclosures, vibration rigs and drop tests to military standards. Failures found here become design changes; failures found later become programme incidents.

Broken deliberately, before the field does it

Broken deliberately, before the field does it

Independent verification of the claims

Once internal testing is clean, devices go to accredited laboratories for FBI image-quality, MIL-STD-810H, CE and RoHS certification, and to MOSIP compliance where the programme requires it.

Independent verification of the claims

Once internal testing is clean, devices go to accredited laboratories for FBI image-quality, MIL-STD-810H, CE and RoHS certification, and to MOSIP compliance where the programme requires it.

Independent verification of the claims

Once internal testing is clean, devices go to accredited laboratories for FBI image-quality, MIL-STD-810H, CE and RoHS certification, and to MOSIP compliance where the programme requires it.

Assembly with security on the line

Devices are assembled, imaged and serialised in a controlled facility, with secure keys and device identities provisioned during manufacture and every unit quality-checked before it is boxed.

Assembly with security on the line

Devices are assembled, imaged and serialised in a controlled facility, with secure keys and device identities provisioned during manufacture and every unit quality-checked before it is boxed.

Assembly with security on the line

Devices are assembled, imaged and serialised in a controlled facility, with secure keys and device identities provisioned during manufacture and every unit quality-checked before it is boxed.

Configured to the deployment plan

Kits are built to the country configuration — software, language, flows and accessories — then packed, manifested and shipped against the rollout schedule, with each unit tracked to its destination site.

Configured to the deployment plan

Configured to the deployment plan

Four functions, one building chain

Engineering, test, production and logistics sit alongside each other, so a design change is prototyped, proven and in build without leaving the organisation.