IPMI (Intelligent Platform Management Interface) is crucial for industrial computing, enabling remote management, system monitoring, and troubleshooting, enhancing uptime and reliability in critical environments.
Slim Bootloader is essential for deterministic edge computing, enabling fast, consistent system startups and time-synchronised communication, crucial for real-time industrial applications in 2026.
The Cyber Resilience Act (CRA) mandates secure-by-design practices, ongoing updates, and transparency for industrial and embedded computing devices, impacting manufacturers significantly across the EU.
This article emphasises the importance of power loss protection for Windows systems in industrial environments, outlining strategies to prevent data corruption and enhance reliability.
The article discusses essential strategies for protecting Linux systems from power loss, highlighting hardware and software solutions that ensure data integrity and system stability in industrial environments.
This article discusses transferring applications between Windows, Linux, and Android, addressing challenges, costs, and considerations crucial for effective software migration in various computing environments.
The article highlights EUCC certification’s role in securing industrial and embedded computing systems against cyber threats, promoting trust and compliance across various sectors in Europe.
Industrial cybersecurity is crucial due to rising cyber threats in interconnected systems. ASRock Industrial leads by integrating security in hardware, ensuring compliance and protecting operations effectively.
This article compares OEM and Volume Licensing for Windows 11 IoT Enterprise, outlining their key features, advantages, activation methods, and suitability for different deployment scenarios.
The article explains the importance of BIOS in industrial systems, comparing Legacy BIOS and UEFI, and highlights the need for customised BIOS solutions for reliability and security.
Windows 11 IoT Enterprise offers long-term stability, advanced lockdown features, and customised solutions for embedded systems, making it ideal for industrial and regulated environments.
ARM CPUs are transforming embedded computing, offering energy efficiency and flexibility. This article compares Linux, Android, and Windows as operating systems for ARM applications.
Amid rising cyber threats, UK industries must prioritise robust cybersecurity for embedded systems, covering IIoT devices and operational networks to prevent disruptions and financial losses.
In 2026, Linux distributions excel in embedded and industrial PCs due to flexibility, stability, and security, with BVM offering customised OS solutions to optimise performance.
This article compares Windows 11 IoT and Linux for industrial automation, highlighting their advantages, ideal use cases, and factors to consider for optimal system performance.