Who buys this, and for what

Four verticals, six markets. Not what we build, but the problems it gets bought to solve.

We do not build a different product for every market. The problem changes; the portfolio does not.

Prepared industrial land with a gravel access road

AI and cloud operators

Anyone procuring GPU capacity in India runs into the same two questions: whether the site has a power arrangement that holds under continuous load, and whether the workload is allowed to leave the country. Both are answered before a rack is specified, which is why this sector buys from the generation layer up rather than buying floor space.

Capacity planned around a continuous, low-carbon power source
Compute inside Indian facilities for workloads with residency requirements
Monitoring and security subsystems that come with the site, not bolted on

Built with

Nukler SMR GPU cloud

Agriculture and environment

A grower acting on district-level advisory is acting on somebody else's field. Instrumenting their own changes what the decision is based on: soil, weather and crop sensors report continuously, and the platform turns those readings into irrigation, spraying and input decisions block by block.

Continuous soil, weather and crop readings from the field itself
Irrigation and spraying scheduled on measured conditions
Hardware specified to survive a full season unattended

Built with

Field sensorsAgry.ai farm managementNexusEdge-L

Precision test bench with valves and gauges

Satellite operators

Constellation economics do not survive bespoke subsystems. An operator sizing a mission needs propulsion, power, communication and attitude control that are affordable at volume and that integrate with each other without a bench programme. The orbit, spectrum and regulatory work has to move in parallel, not after.

Propulsion, power, communication and AOCS from one supplier
Subsystems designed to integrate with each other
Orbit, spectrum and regulatory support running alongside mission design

Built with

PropulsionPower systemsCommunicationNavigation and AOCSMission advisory

Telecom equipment cabinet and antenna on a rooftop

Telecommunications

Coverage increasingly comes from a mix of terrestrial and satellite links, with processing pushed towards the device. We work at both ends: satellite communication subsystems and the edge silicon that keeps traffic local when a round trip is not worth it.

Satellite communication subsystems for non-terrestrial networks
Edge inference that reduces backhaul
Spectrum planning support as part of network design

Built with

CommunicationNexusEdge-LAqyl communication platform

Plant instrumentation with gauges and sensor wiring

Industrial automation

On a plant floor, a decision that depends on a network round trip is a decision that will eventually be late. Our edge silicon runs detection and anomaly models next to the equipment, with long-range radio for sites that are spread out.

Inference on the machine, without cloud dependency
Long-range connectivity across large sites
Hardware specified for industrial temperature and duty cycles

Built with

NexusEdge-LNexusEdge-ADev kits and SDK

Clinical imaging workstation in a diagnostic room

Healthcare

A hospital cannot hand its records to a consumer platform and call it compliance. Providers in this sector need telemedicine and messaging they can deploy themselves, so consultations, records and video stay inside the institution that is answerable for them.

Telemedicine deployed under the provider's own brand
Messaging and video infrastructure hosted in-house
Clinical decisions always made by a registered clinician

Built with

Rheva health platform Aqyl communication platform