Embedded development
We build embedded software for microcontrollers, SoCs, and industrial platforms, from drivers and protocols to RTOS/Linux systems. We design for reliable operation in real-world environments, with diagnostics, secure boot, and device updates after launch.
- CODESVC-011
- STAMPFLAGSHIP
- RTOS
- bare-metal, FreeRTOS, Zephyr
- CAN
- industrial interfaces and protocols
- Field
- debugging on real hardware
- 01Stage
Requirements
We define functions, hardware constraints, interfaces, and failure scenarios.
- 02Stage
Prototype
We bring up the board, drivers, and minimal functionality on real hardware.
- 03Stage
Firmware
We implement business logic, protocols, diagnostics, and tests for key operating modes.
- 04Stage
Rollout
We run tests and prepare updates, documentation, and handover to production.
- ✓01Firmware source code, build setup, and environment documentation
- ✓02Drivers and integration of SPI, I2C, UART, CAN, and Ethernet interfaces
- ✓03RTOS or Linux layer, diagnostics, logs, and secure boot
- ✓04Test scenarios and recommendations for production and support
Engineering built around the task
We start from operating requirements, budget, and the expected result — not from a ready-made template.
Real-world operating experience
We account for the constraints of the hardware, connectivity, environment, and the team that will run the system.
Transparent process
We lock in stages, demo results, and flag risks and next decisions in advance.
Handover to operations
We prepare documentation, train your team, and stay in touch after launch.
Prices shown are starting prices and depend on scope — the final estimate follows an audit of your task. Choose an engagement model:
Fixed price
- —Price and timeline are fixed and do not change
- —Weekly reporting and full transparency
- —Warranty on the work and full confidentiality
- —Turnkey result with 24/7 support
Time & Materials
- —The project is split into stages (sprints)
- —Requirements and budget can change
- —A dedicated team for your project
- —A flexible model for complex projects
- SVC-001Turnkey development→
- SVC-002Software development→
- SVC-003Device development→
- SVC-004AI development→
- SVC-005Consulting & IT audit→
- SVC-006Engineering services→
- SVC-007App development→
- SVC-008Educational products→
- SVC-009Commissioning & launch→
- SVC-010Industrial IoT development→
- SVC-012Electronics & PCB development→
Discuss an engineering challenge
At the first meeting, we’ll go through your project’s context:
- —clarify requirements and constraints
- —propose an engagement format and work stages
- —identify key technical risks
- —estimate timeline and budget