Hardware & IoT Software Development

From System Architecture to Fleet Production

At Genium, our approach to hardware and connected device development combines architecture, software engineering, and system integration to support the transition from prototype to production.

Architecture

Engineering

Production

Architecture

Engineering

Production

System Boundaries

Define a clear separation between device firmware, edge processing, cloud services, and client applications. Strong hardware products fail when responsibilities blur between layers.

Device–Cloud Model

Design communication patterns that account for intermittent connectivity, latency, retries, versioning, and OTA updates from day one.

Scalability Under Constraints

Architect systems that respect hardware limits, memory, power, and bandwidth, while supporting production load, telemetry, and real-time processing.

Our expertise

We’ve delivered production-grade software for AI consumer devices, connected fitness consoles, sports IoT hardware, industrial systems, and medical equipment. Our work includes embedded firmware, edge AI, BLE and cellular connectivity, OTA lifecycle management, and fleet-scale cloud systems supporting devices shipped in the thousands and beyond.

Embedded Systems

Hardware abstraction layers, deterministic state machines, and resilient embedded architectures for constrained memory, real-time systems, and long device lifecycles.

Device Connectivity

Resilient communication models supporting reconnection, protocol consistency, and synchronized state across distributed device fleets.

Backend & Cloud

Provisioning workflows, telemetry pipelines, device identity management, and firmware lifecycle systems designed for fleet-scale distributed environments.

Mobile & Interfaces

Asynchronous command handling, firmware-aware feature control, and reliable offline behavior aligned with real device state.

Edge & AI

On-device inference frameworks and device–cloud pipelines with versioned model deployment, performance monitoring, and latency-aware processing.

Production & Security

Staged rollouts, rollback strategies, secure boot chains, update integrity verification, and identity-based provisioning embedded into the device lifecycle.