Kernel and Driver Development Services

What we do

Development for embedded systems is our major focus. We do kernel-level programming for embedded solutions and provide driver development services. Drivers we develop interface with printers, digital cameras, keyboards, computer storage devices, network cards, and other devices. Our team will also help you modify or port your existing device drivers to another operating system or hardware platform.

What's included?

With our deep understanding of hardware design and how drivers interact with the operating system or kernel, we write or modify kernel modules and user-space drivers that handle custom devices for a number of operating systems including Linux, Windows, macOS, and Android. We support all types of peripheral devices and bus technologies and build drivers that are seamlessly adopted by the OS.

Linux kernel and driver development

For devices that run in Linux environments, we build device drivers as kernel modules or as user-space drivers. This depends on the level of access to hardware functions for a given application. We write Linux drivers in C programming language.

Embedded Linux development

Development for some embedded devices used in consumer electronics, medical, industrial or auto industries entails adaptation of the Linux kernel to a particular embedded environment. We handle Linux embedded development including custom peripheral integration.

Android driver development

We create custom drivers that allow your various hardware profiles (GPS, Human Input Devices (HID), sensors) to communicate directly with Android APIs. We work with Android-based smart devices and Internet of Things gadgets, and Android Things connected devices.

Windows driver development

We implement virtual and peripheral drivers for Windows as well as develop system services. Our team builds kernel-mode drivers using the Windows Driver Kit (WDK) and C language, and user-mode drivers using C++.

macOS driver development

For Apple's macOS we implement drivers for USB ports, printers, audio devices, web cameras, file systems, and other applications. We use the I/O Kit, Apple's driver-development framework, to create in-kernel or application-level drivers.