UNIT builds hardware and software that act as one—so users feel a single, seamless experience powered by the best technology.
The result: fewer steps, faster responses, zero friction.
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What we make
Integrated Devices
From embedded boards to consumer products—designed for reliability, manufacturability, and firmware over-the-air from day one.
Unified Software
Operating systems, firmware, apps, and cloud services engineered as a whole. One design system. One permission model. One UX.
Composable Platforms
Reusable modules (identity, messaging, telemetry, OTA, payments) so new products ship faster with less risk.
Why UNIT
Hardware + Software = One Team
No handoffs, no blame game. Architecture, industrial design, and code developed together.
Unified by Design
A single pattern library, interaction model, and data contract across device, app, and web.
Performance First
Startup times in milliseconds. Latency measured, not guessed. Battery and thermal budgets respected.
Privacy & Trust
Local-first where it counts, encrypted everywhere, transparent data controls.
Open Where It Matters
Standards-led integrations and portable stacks to avoid lock-in.
Technology we use
Hardware & Edge: ARM, RISC-V, RTOS, Linux, BLE, Thread/Matter, Zigbee, Wi-Fi 6/6E, GPS, CAN, PoE
Software: Rust, C/C++, Go, TypeScript, WebAssembly
Cloud & DevOps: Kubernetes, Terraform, gRPC, MQTT, Timeseries DBs, AWS/Azure/GCP
Experience: Design systems, accessibility, motion guidelines, native + web
Solutions
Connected Products — consumer & prosumer devices with companion apps
Industrial & IoT — resilient, secure deployments at scale
Transport & Mobility — reliable, safety-minded UX across endpoints
Smart Spaces — sensors, controllers, dashboards, and automation
How we work
1. Discover — align on jobs-to-be-done, constraints, and success metrics
2. Architect — select components, protocols, and data flows that scale
3. Prototype — rapid hardware + software loops with evaluative testing
4. Build — production firmware, apps, and cloud with CI/CD and observability
5. Scale — manufacturing support, rollout plans, SLOs, and OTA lifecycle
Selected outcomes
Boot-to-ready in <500 ms on embedded class hardware
App cold-start <1 s with shared design tokens and assets
Fleet updates with zero user disruption and automatic rollback