Eight capabilities, each with a clear deliverable.

Embedded software

Application logic, middleware and drivers written in C and C++ for devices with tight memory and power budgets.

You receive

• Source code in your repository
• Module-level design notes
• Unit tests for core logic

MCU firmware design

Firmware architecture for bare-metal and RTOS targets: task layout, memory map, power states, bootloader and update strategy.

You receive

• Architecture document
• HAL and peripheral drivers
• Memory and power budget

Device control programs

Control loops and state machines for motors, heaters, chargers, valves and sensors, with defined behavior for faults and brown-outs.

You receive

• State machine diagrams
• Tuned control parameters
• Fault-injection test cases

Hardware–software integration

Board bring-up and peripheral validation alongside your hardware team. We find out early whether a problem is in the schematic or the code.

You receive

• Bring-up checklist and report
• Peripheral test firmware
• Issue log shared with hardware

Communication protocols

Wireless and wired communication stacks, plus custom protocols between your device, gateways and apps.

You receive

• Protocol specification
• Stack integration
• Conformance and stress tests

Embedded testing

Host-side unit tests, hardware-in-the-loop (HIL) rigs, production flashing and end-of-line test tools, all run from CI.

You receive

• Test suites and CI config
• HIL rig scripts
• Production test tool

OTA & field updates

Signed firmware images, A/B or swap-based updates with rollback, and a release process your team can operate.

You receive

• Bootloader configuration (e.g. MCUboot)
• Signing and release scripts
• Rollback test results

Code takeover & migration

Audit and stabilize inherited firmware, or port it to a new MCU when a part goes end-of-life or supply dries up.

You receive

• Written audit report
• Stabilization plan
• Ported and re-tested build