Microcontroller Development
Firmware and hardware around suitable MCU platforms for the required product functions.
EMBEDDED SYSTEMS DEVELOPMENT
Embedded hardware and firmware developed as one system.
We develop controller-based products that combine microcontrollers, sensors, communication interfaces, custom electronics and firmware logic for industrial and startup applications.
IDEA → ENGINEERING → PROTOTYPE → PRODUCTION
Firmware that understands the hardware
Embedded development works best when the electrical design, firmware architecture, interfaces and product behavior are planned together.
WHAT WE DO
Control, sensing and connectivity for custom products.
Embedded systems can be developed as a subsystem or as part of a complete connected or industrial product.
Sensor Integration
Read, filter and process sensor signals and convert them into usable product behavior.
Communication
BLE, Wi-Fi, Ethernet, UART, I2C, SPI, RS485/Modbus and other interfaces as required.
Control Logic
State machines, timing, alarms, motor/relay control, data acquisition and device behavior.
Diagnostics
Logging, status reporting, test modes and engineering tools for bring-up and troubleshooting.
System Integration
Connect embedded electronics with apps, dashboards, cloud services and mechanical assemblies.
HOW THE ENGAGEMENT WORKS
A practical engineering path from requirement to working product.
01
Define IO & Behavior
List sensors, outputs, interfaces, timing, power and expected device states.
02
Architecture
Choose MCU, communication, firmware structure and hardware interfaces.
03
Develop
Implement firmware and integrate with electronics.
04
Debug
Test IO, communication, error handling and edge cases.
05
Integrate
Connect with the rest of the product and validate end-to-end behavior.
DELIVERABLES
What you can expect from the development process.
✓Embedded architecture and IO definition
✓Firmware development
✓Hardware interface support
✓Communication protocol integration
✓Debugging and validation
✓Integration with PCB/software/mechanics as applicable
COMMON QUESTIONS
Before you start.
Can you work with an existing PCB?
Yes, if the board information and programming/debug access are sufficient for the required work.
Can you develop both PCB and firmware?
Yes. That is often preferable for custom embedded products because the hardware and firmware influence each other.
Can the embedded device connect to a web dashboard or app?
Yes. Connectivity and software integration can be included when required.
Can you help select the microcontroller?
Yes. Selection can be based on interfaces, memory, performance, availability, cost and product requirements.
Planning an embedded product?
Share the IO, communication, control functions and expected product behavior. We can help define the hardware/firmware architecture.