Six solution domains, each built on the same embedded, edge-AI, and AIoT foundation — and each one a direct line to the engineering team that designs, certifies, and mass-produces the hardware.
Don't see your exact case? Most projects begin with a conversation, not a category. Start a project and we'll map it.
Real-time inference at the edge for cameras, ANPR, traffic analytics, and visual quality inspection.
Rugged controllers, gateways, and machine-vision systems built for the factory floor and 24/7 duty.
Vehicle-grade computing for telematics, dashcams, in-cab terminals, and connected logistics.
Connected hardware for transit, EV charging, and autonomous platforms that run unattended.
Digital signage, POS, and self-service systems engineered for always-on commercial deployment.
Medical-grade devices manufactured to ISO 13485 — from check-in kiosks to bedside terminals.
A canonical edge-AI deployment. Hover each layer to see its role and the INDORCE hardware family that fills it.
Cameras, lidar, and industrial sensors feed raw data into the system. INDORCE designs and certifies the imaging modules and carrier boards that survive the field — heat, vibration, and continuous duty.
A fanless, ruggedized compute node placed where the data is created. This is the heart of the deployment — the part most ODMs outsource, and the part we engineer in-house down to the PCB.
Models run on the device's NPU, so decisions happen in milliseconds without a round-trip to the cloud. Lower latency, lower bandwidth, and data that never has to leave the site.
A gateway aggregates results, manages fleets of devices, and syncs to the cloud over 5G or wired links. Firmware, security patches, and model updates flow back down the same path.
Where operators see the whole estate — device health, inference output, and alerts. INDORCE can deliver the hardware alone, or the full stack through the AI Compute and AI Agent Platform services.
Six application scenarios, each matched to a solution domain above and grounded in the way embedded systems can be deployed.
Bring camera-based inspection, licence plate recognition, traffic analysis, and safety monitoring closer to the data source. Edge inference and connected gateways can deliver relevant events to central systems.
Combine rugged controllers, industrial gateways, HMI devices, and machine-vision interfaces to monitor equipment, coordinate automation tasks, and support continuous factory operations.
Support telematics, in-cab terminals, dashcam integration, and local event storage across commercial fleets. Connectivity options help vehicle information reach operations teams when a network is available.
Enable connected hardware for public transit, EV charging, unattended access terminals, and mobility services. Interfaces, connectivity, and remote maintenance can be tailored to the deployment.
Power POS, self-service kiosks, digital signage, and interactive displays with compact embedded platforms designed for daily operations and centrally managed content.
Integrate embedded boards and clinical terminals for check-in, bedside workflows, and connected healthcare equipment. Enclosure, interface, and applicable compliance requirements are reviewed for each project.
