Windows IoT (Internet of Things) is a version of Windows operating system designed for embedded devices. This operating system was created with the aim of providing a powerful platform for smart devices connected to the Internet. It was first introduced in 2001 as Windows XP Embedded and then its name was changed to Windows Embedded. With the release of Windows 10, its name to Windows IoT has changed, indicating a greater focus on the Internet of Things.

History Windows IoT Over the years, it has introduced a variety of embedded versions of Windows, all designed to work on home, handheld, sensor, and small devices. These versions support simple designs such as smart home devices to complex industrial equipment.

• Windows 10 IoT Core:
  Windows 10 IoT Core is a lighter version of Windows 10 designed for small and light devices with ARM and x86 processors. This release allows developers to develop applications for IoT devices through the Universal Windows Platform (UWP) and connect them to the Microsoft Azure cloud.
• Windows 10 IoT Enterprise:
  Windows 10 IoT Enterprise is a version of Windows 10 designed for IoT devices and industrial equipment. This edition supports the capabilities and features of Windows 10 Enterprise, allowing organizations to provide their devices with a high level of security, extensive management capabilities, and support for diverse hardware.

What is Windows IoT Enterprise?

Windows IoT Enterprise is a version of the Windows operating system designed for use in IoT devices and industrial equipment. It offers a version of Windows that improves on devices with special needs such as industrial automation, process monitoring and control.

Benefits of Windows IoT

Windows IoT has important advantages that make it an attractive platform for developing and deploying smart devices and the Internet of Things. I will mention some of these benefits below:

• Compatibility with all types of devices:
  Windows IoT allows running on a wide variety of IoT devices, including smart home devices, medical devices, industrial equipment, and automotive devices.
• Universal Windows Platform (UWP) support:
  Using UWP, developers can design their own apps for Windows IoT. The platform provides tools such as Visual Studio and Xamarin that simplify the development of cross-platform applications.
• Security and manageability:
  Windows IoT provides tools and solutions to increase the security of IoT devices. It allows system administrators to easily manage and control devices, including remote startup and updates.
• Connect to Microsoft Azure:
  Windows IoT enables devices to connect to Microsoft Azure cloud services. This feature helps developers store and analyze data collected from devices in a secure and up-to-date manner in the cloud.
• Ease of use:
  Windows IoT is very simple for developers familiar with Windows. This makes it possible to quickly transfer existing applications for other versions of Windows to Windows IoT and use them for your IoT devices.
• Developer support:
  By providing tools, documentation, and training resources, Windows IoT helps developers easily develop and market their applications for smart devices.

As a special operating system for the Internet of Things, Windows IoT provides a wide range of possibilities for manufacturers of connected devices. The operating system takes advantage of the Universal Windows Platform (UWP) infrastructure, which enables the development of applications that run on a variety of connected devices, including sensors, cameras, CNC machines, robots, and other devices used in industrial and commercial environments. are placed

One of the big advantages of Windows IoT is its high configurability and customization. Developers can fully customize the operating system based on the needs of their device, including choosing security features, support for network connections, and hardware-related settings. This capability is especially important for OEMs involved in the production of network-connected devices, as they can optimize their devices using this operating system and bring them to market quickly.

Also, the security and stability of Windows IoT is another important feature. The operating system is constantly updated to protect against new security threats and ensure that connected devices are under proper security management. This feature is essential for choosing this operating system in environments where the protection of data and sensitive information is essential.

Overall, using Windows IoT will help manufacturers and businesses make the most of their connected devices and meet their business needs, including in the areas of industrial automation, building smartness, medical devices, and many others. Various applications of the Internet of Things.

The difference with Windows Pro

The main differences between Windows IoT and Windows 10 Pro are as follows:

✔️ Windows 10 Pro:

For use in business and professional environments: Windows 10 Pro is the main version of Windows designed for use in work and business environments. This version of Windows offers features such as BitLocker for drive encryption, domain management access, and group policies that allow network administrators to centrally manage devices.

Support for different equipment: Windows 10 Pro can run on a variety of devices and hardware, including PCs, notebooks, tablets, and mobile devices.

Suitable for home and commercial use: This version of Windows is also suitable for home use and provides features such as Cortana, Microsoft Edge, and file and folder management tools.

✔️ Windows IoT:

For Internet of Things (IoT) devices: Windows IoT is specifically designed for use on smart, Internet-connected devices. This includes various devices such as smart home devices, industrial equipment, CCTV cameras, and medical equipment.

Universal Windows Platform (UWP) support: Windows IoT allows users to use the UWP platform, which enables the development of applications compatible with a variety of IoT devices.

Security and management features for IoT: This version of Windows provides special tools and solutions to increase the security of IoT devices and allows administrators to centrally manage devices.

Flexibility in use: Windows IoT allows developers to develop their own applications for different IoT devices and take advantage of the specific features of this release.

Windows 10 Pro is an advanced version of Windows designed for use in business environments. This version of Windows offers more advanced security and management features than home versions such as Windows Home. For example, the BitLocker tool for encrypting drives, the ability to access domain management, and the ability to set group policies to more precisely control Windows updates are among its features.

Windows 10 Pro allows IT administrators and professional users to better manage Windows features and use powerful tools for security and network management. However, this version is not directly intended for industrial use or in environments that require automation or access to specific equipment.

With the advancement of technology and the need to use more advanced applications, the need for platforms and operating systems with more features and higher security may increase. In these cases, Windows IoT as a suitable option for development and use in Internet of Things devices with specialized features and support for various types of hardware, can meet today's and future needs and reduce the costs of migrating to more advanced systems.

The difference between Windows IoT, Windows Embedded and Windows Pro

What industries can use Windows IoT?

Windows 10 IoT can be used in various industries that require internet-connected devices. Some of the industries that can benefit from Windows 10 IoT include:

• Retail industry: POS (point of sale) devices and retail equipment such as ATMs and display boards can use Windows 10 IoT to manage payments, manage inventory, and provide customer service.
• Health care: Medical devices such as portable medical equipment, medical monitoring systems, and patient care equipment can use Windows 10 IoT to collect and process medical data, and communicate with central systems.
• Production and transportation: Control devices in manufacturing industries, monitoring and control systems in production lines, and monitoring and control devices in transportation (such as smart cars, GPS systems, and public transportation) can use Windows 10 IoT to manage and control manufacturing and transportation operations. Improved.
• Smart building: Smart control systems in buildings to manage lighting, HVAC systems, security and other smart systems can use Windows 10 IoT to increase productivity and reduce costs.
• Service industries: Hotel automation systems, reservation systems, restaurant service devices, and other service equipment can use Windows 10 IoT to improve service performance and customer experience.

As a flexible and powerful platform, Windows 10 IoT provides a variety of loops for Internet-connected devices in various industries that can improve performance, Help reduce costs, and increase security and control in industrial environments.

Why Internet of Things Windows?