Embedded Systems
Device software that stays reliable for years
We develop firmware, middleware, connectivity stacks and device applications that integrate tightly with your hardware — engineered for performance, security and long field life.
Software stack
From silicon to the surface operators touch
Four tightly coupled layers delivered by one accountable engineering team.
Layer 1
Firmware
Bootloaders, drivers, RTOS tasks and low-level control loops tuned for your MCU or SoC.
Layer 2
Middleware
Device services, storage, update agents and abstraction layers that keep apps portable.
Layer 3
Connectivity
BLE, Wi-Fi, MQTT, USB and serial stacks with reconnect logic that matches field networks.
Layer 4
Apps & HMIs
Companion apps and on-device interfaces that speak the same state model as the firmware.
How we engineer
Discipline that keeps fleets alive
Real-time & resource discipline
Timing budgets, memory footprints and power profiles treated as hard product requirements.
Secure device foundations
Secure boot, encrypted storage, signed updates and least-privilege communication by default.
OTA that doesn't brick fleets
Staged rollouts, rollback paths and health checks so updates are routine, not risky.
Hardware-aware software
Close collaboration with hardware partners on bring-up, peripherals and certification constraints.
FAQ
Frequently asked questions
Which MCU and SoC families do you work with?
We match silicon to the product — commonly ARM Cortex-M/A class devices and Linux-capable SBCs. Bring-up engagements often start from your preferred vendor; greenfield products get a shortlist based on power, I/O and longevity.
Can you take over an existing firmware codebase?
Yes. We audit architecture, interrupt model, update path and test coverage, then stabilise critical paths before adding features. Sudden full rewrites are rare — staged hardening usually wins.
Do you support Linux embedded as well as bare-metal / RTOS?
Both. Appliance-class products often run embedded Linux with Yocto or similar; tightly constrained devices stay on RTOS or bare-metal. We recommend based on UI needs, connectivity and certification.
How do embedded systems connect to your IoT and product work?
Embedded is the foundation. The same team can carry device state into cloud fleets, HMIs and operator apps so you don't stitch three vendors together after the fact.
Building or stabilising device software?
Tell us about the hardware, constraints and fleet size. We'll outline how firmware, connectivity and apps should fit together.
