Embedded solutions
Embedded solutions at the core of intelligent devices
Embedded solutions define how a device behaves, how it responds to its environment, and how its functionalities can be developed in the future. When an embedded system is designed right from the start, the device operates reliably and meets the requirements of a long lifecycle.
At Gofore, embedded solutions are designed as an integral part of a functional and evolving product. Our expertise is built on work across multiple demanding industries, ranging from machinery and equipment manufacturing to medical devices and defense-sector applications.
Embedded software
Embedded solutions built to carry through the entire device lifecycle
A device’s performance is not defined by a single factor, but by how well its different components support one another. The underlying solutions determine how the device behaves, how it responds to its environment, and how its functionalities can be further developed and expanded over time.
Our expertise brings together embedded systems, electronics, connectivity, usability, and software into a cohesive whole. We approach product functionality, structure, and manufacturability as one integrated entity—allowing the impact of design choices to be identified early, and ensuring prototype functionality, efficient testing, and production readiness without unnecessary iteration cycles.
Our solutions incorporate quality assurance and cybersecurity as an integral part of the development process, not as afterthoughts, but built in from the start.
We create embedded solutions for products across multiple industries
- Mobile machinery – intelligent control systems, autonomy, and connectivity for work machines and vehicles
- Industry – reliable and scalable solutions for production and automation environments
- Health and well-being – safety-critical systems where quality assurance and certification impose significant requirements
- Defense sector – high-reliability solutions with a strong emphasis on cybersecurity and operational resilience
Our embedded solution development services
Embedded software
- RTOS, Embedded Linux and Bare Metal based systems
- BSP-, Firmware- and Device Driver development
- Application for embedded platforms and real-time implementation
- Secure and safety critical solutions to different verticals
Electronics & electrification
- System design, architecture, component selection, sourcing, analysis and optimizations
- Schematics, PCB layout design, prototype manufacturing, prototype testing and verification
- EMS selection, design for mass production
Control system development
- Model-based design (MBD)
- Architecture design and System Engineering (MBSE)
- Simulation, virtualization and modelling
- Electronic Control Unit (ECU)
- Programmable Logic Controller (PLC)
- Functional safety (i.e. IEC61508, ISO13849, SIL)
- AUTOSAR
- Cyber security
Connectivity services
- Cloud and network communication (BLE, WiFi, Zigbee, LoRa, NB-IoT, LTE)
- Standard industrial bus solutions (i.e. Ethernet, CAN/CANOpen, J1939, ISOBUS, OPC UA, Modbus)
- Vehicle-to-vehicle (V2V), Vehicle-to-everything (V2X), Vehicle-to-grid (V2G)
- UI/UX and Graphic design
- HMI development
- Frameworks and libraries including e.g. QT, Rightware Kanzi, hybrid web technologies.
You might be interested in
Model-Based Design – Why and How?
This is a practical guide to model-based design for engineers working with machines and devices, control systems, and automation. After reading this guide you will have an understanding of the model-based design process and the steps included. You will also be able to evaluate the possible benefits you get from switching to model-based design in your own work.
We use a made-up machine example to provide a hands-on walkthrough of the steps involved.