Windows Driver Development Services

Q: What technologies do you use to develop drivers for Windows?

We apply the following tools and technologies in our driver development for Windows: WDK/DDK – a proper Driver Development SDK provided by Microsoft KMDF – Kernel Mode Driver Framework that allows the development of kernel-mode drivers. UMDF – User Mode Driver Framework that allows the creation of a driver in user mode. These drivers have limitations compared to KMDF/WDM drivers and in most cases, you would need to build a Kernel counterpart as well. Visual Studio – integrated development environment (IDE) VisualDDK – a plugin for Visual Studio which provides the ability to develop and debug drivers directly from Visual Studio.

Q: Can I write part of my driver to run in user mode and part in kernel mode?

Yes, you can. If you split a driver into two parts, one part will be able to access some kernel-mode resources or features, and the other part will run in user mode and receive I/O requests from the kernel-mode driver.

Q: What is meant by driver certification?

Windows devices use digital signatures upon installation. This is done to verify the integrity of driver packages and the identity of the software publisher. Also, according to the kernel-mode code signing policy for 64-bit versions of Windows Vista and later versions of Windows, a kernel-mode driver must be signed with Microsoft's certificate or a certificate of a Microsoft partner for the driver to load.

Q: What Windows versions do you write drivers for?

We write drivers for the most common Windows versions including Windows 8, 8.1, and 10. We can also provide driver development for Windows 7 if you need it, but this version is no longer supported by Microsoft.

Q: What input data do you need to write a Windows driver for my device?

For your Windows device driver development, you will need to provide us with detailed specifications or data sheets of the hardware for this device.

Q: Can you help me with migration from Windows 7 to Windows 10?

Sure. We can help you move from Windows 7 and provide Windows 10 driver development.

Here you can order Windows driver development. Our team creates drivers for all Microsoft operating systems including Windows 11, Windows 10, Windows Server 2022, and older versions. We can also develop virtual device drivers and enhance the functionality of standard drivers to ensure the proper work of your device.

Integra Sources develops and implements kernel and user-mode drivers for webcams, USB devices, mice, keyboards, audio/video input/output devices, and other hardware for Windows.

What we do

Integra Sources develops high-quality device drivers for Windows 11, Windows 10, Windows Server 2022, and older versions. We also handle the migration from Windows to Android, macOS, Linux, and other embedded operating systems. We write functional, filter, and software drivers.

What's included?

Within our Windows device driver development services, we create kernel and user-mode drivers for web cameras, USB devices, mouses, keyboards, audio/video input/output devices, and custom hardware. We write virtual device drivers and peripheral drivers and implement Windows system services.

Peripheral drivers development

For integrating peripheral devices with Windows OS we build device drivers using C and Windows Development Kit (WDK) compiler for kernel mode drivers and C++ for user-mode drivers.

Virtual device driver development

Virtual device drivers emulate a hardware device. These drivers run as part of the Windows virtual machine manager (VMM). Some examples of the virtual device drivers we build are virtual network adapters, virtual DVD/CD drivers, virtual disk devices, etc.

Windows service development

We develop Windows services for functions that are necessary to run in the background. For example, this can be an application for monitoring performance data. System services usually start when the machine is booted.

Check out our recent case study

Kernel and driver development System software development Telecom Windows driver development

A Virtual Camera Driver for Using One Webcam in Multiple Applications Simultaneously

The virtual camera is similar to ManyCam. It allows people to use their webcams on various applications whilst simultaneously live streaming or using video chat

SEE THE PROJECT

We've helped more than 40 companies and individuals build solutions used by millions of people

How we work

Check out the table below to learn more about how we work and where your involvement is most needed depending on the type of collaboration model.

AREA OF RESPONSIBILITY	PROJECT-BASED OUTSOURCING	DEDICATED DEVELOPMENT TEAM	RESEARCH & DEVELOPMENT
PROJECT REQUIREMENTS	YOU	SHARED	YOU
WINDOWS DRIVER ARCHITECTURE	INTEGRA	INTEGRA	INTEGRA
DEVELOPMENT	INTEGRA	INTEGRA	INTEGRA
TESTING	INTEGRA	SHARED	SHARED
DRIVER CERTIFICATION	SHARED	SHARED	—
DELIVERY MANAGEMENT	SHARED	SHARED	—

Frequently Asked Questions

Read this information to better understand the process of Windows driver development.

Windows Driver Development Services

What we do

What's included?

Peripheral drivers development

Virtual device driver development

Windows service development

Check out our recent case study

A Virtual Camera Driver for Using One Webcam in Multiple Applications Simultaneously

How we work

Frequently Asked Questions

What technologies do you use to develop drivers for Windows?

Can I write part of my driver to run in user mode and part in kernel mode?

What is meant by driver certification?

What Windows versions do you write drivers for?

What input data do you need to write a Windows driver for my device?

Can you help me with migration from Windows 7 to Windows 10?

Related services

Linux Kernel and Driver Development Services

Android Driver Development Services

Embedded Linux Development Services