A device driver enables software to operate a particular hardware function. NexXora develops and adapts hardware-facing drivers, with testing and verification tied to the peripheral, interface, operating system and expected product behaviour. The service connects a real component to the application that needs to use it.
Sensor and peripheral interfaces. Work includes drivers for sensors, converters, touch controllers and other peripherals using interfaces such as I2C, SPI, UART or GPIO. Define data format, sampling behaviour, interrupts and error handling from the component documentation and product requirements.
Camera and communications integration. Scope camera capture, USB devices, network interfaces or CAN-connected equipment where these match the target platform. For example, an industrial vision system may need stable image capture and timestamp handling before its computer-vision application can be evaluated.
Driver adaptation and maintenance. Adapt a supported driver to a board revision or operating-system change, investigate failures and document configuration requirements. Agree version compatibility, concurrency, timeout and recovery behaviour. Test on the actual hardware rather than assuming that compilation proves the integration works.
Automotive and mobility. Integrate sensors or communication peripherals for a development platform, with diagnostic behaviour and test boundaries defined by the customer.
Industrial and wearable devices. Connect measurement, motion or low-power sensors to the firmware or Linux application that consumes their data.
A delivery includes driver source, configuration or device-tree changes where relevant, build instructions, interface documentation and a repeatable test report. Supported kernel, RTOS and board revisions should be named. Semiconductor vendors such as NXP, STMicroelectronics or Texas Instruments are platform examples only; the agreed processor must be confirmed.
Share the peripheral datasheet, schematics, target OS and version, board access, existing code and failure logs. Define timing and throughput requirements, startup and suspend behaviour, and the conditions used for acceptance. This makes the driver work measurable and limits ambiguity during integration.