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You share your expectations for the embedded system, and we study or engineer requirement specifications, creating a tailored development plan.
Then, we customize the board support package and optimize Linux kernels to ensure compatibility with your specific hardware.
Next, our team integrates essential drivers and middleware to support ongoing hardware–software communication and prevent system hangs or data loss.
Finally, we perform extensive testing, including functional, stress, and validation tests. The resulting system enters production fully compliant with industry standards, ready to be deployed.
Prior to starting our engagement, we had reviewed several IT companies on the market, and none compared to Innowise in terms of cost of service and the calibre of software developers that worked with us on the project.
What I found most impressive about Innowise was their ability to adapt to our specific needs while maintaining strict timelines. They combined a customer-centric approach with strong project management skills, ensuring that deliverables were of high quality and on time.
Innowise has successfully delivered the client's MVP, marking the project's success. The team has offered excellent project management, as they're highly efficient and always deliver on time. Overall, their passion and depth of expertise are outstanding.
Linux is device-independent, running on everything from tiny microcontrollers to full-fledged ARM or x86 boards. It controls complex hardware and comes with thousands of prebuilt software libraries, tools, and community-supported drivers. It’s open source and can be tweaked to match your performance, security, and real-time needs.
Linux offers a full-featured OS with multitasking, networking, and rich libraries, while an RTOS prioritizes predictable, low-latency responses. Linux is used for general-purpose and near-real-time applications, while RTOS is built for instantaneous responses, ideal for safety-critical embedded systems.
We target ARM, NXP, and microcontroller-based boards, including STM32, ESP32, Raspberry Pi, and Nvidia Jetson devices. Essentially, any platform where Linux or RTOS can run.
It depends on the scope. A simple Linux kernel adaptation with BSP and driver setup can take a few weeks. A full system integration with custom applications, graphics, and security hardening can stretch over several months. For complex, compliance-heavy hardware, such as medical embedded Linux devices or industrial robots, it can take up to 6–12 months.
