Realistic photo illustrating Red Hat's release of RHEL 10.1 and 9.7, showcasing AI integration and security features in a data center setting.
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Red Hat releases RHEL 10.1 and 9.7 with AI and security features

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Red Hat has launched Red Hat Enterprise Linux (RHEL) 10.1 and 9.7, introducing enhancements for AI integration, quantum threat mitigation, and operational efficiency. These updates build on RHEL 10 to create a more intelligent computing foundation. The releases aim to bridge skills gaps between AI and Linux while simplifying management.

On November 12, 2025, Red Hat announced the release of RHEL 10.1 and 9.7. According to the company's official statement, these versions "build on the innovations of RHEL 10 for a more intelligent and future-ready computing foundation." Key features include capabilities to bridge AI and Linux skills gaps, enhanced safeguards against future threats, and simplified management and operational efficiency.

Specific additions in RHEL 10.1 encompass offline management tools, quantum threat mitigation, and new AI features, as reported by SiliconANGLE. Phoronix highlights systemd soft-reboots and easier AI accelerator drivers, which streamline hardware integration for AI workloads.

The updates emphasize security and efficiency. Enhanced safeguards likely address emerging threats like quantum computing risks, while simplified management supports offline operations for better reliability in diverse environments. Red Hat encourages users to "prepare your infrastructure for the future," linking the release to events like KubeCon + CloudNativeCon.

No contradictions appear across sources regarding the core releases and features. These advancements position RHEL as a robust platform for AI-driven enterprises, focusing on accessibility and protection without altering foundational Linux stability.

사람들이 말하는 것

Initial reactions on X to Red Hat's RHEL 10.1 and 9.7 releases are largely positive and neutral, with tech journalists and users highlighting AI integration features like offline assistants and validated drivers, quantum threat mitigation, and improved management efficiency. Official announcements emphasize bridging AI-Linux skills gaps and future-ready safeguards. No negative or skeptical sentiments were prominent in early discussions.

관련 기사

Photo of Red Hat announcing OpenShift 4.20 at KubeCon, featuring stage presentation with AI and security visuals, and an engaged audience.
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Red Hat announces OpenShift 4.20 at KubeCon

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At KubeCon + CloudNativeCon, Red Hat unveiled OpenShift 4.20, a new version of its platform aimed at unifying enterprise IT from legacy virtual machines to AI workloads. The release emphasizes enhanced security, accelerated AI capabilities, and expanded virtualization support. Additional announcements highlight customer efficiencies and open-source advancements.

As the code freeze for Red Hat Enterprise Linux 10 neared, the development team wrapped up significant features including AI-powered Q&A and an updated image mode view. Engineers shared insights into the process in the latest installment of a behind-the-scenes series. The update highlights the intensive efforts to integrate advanced capabilities into the upcoming release.

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Announced on January 5, 2026, at CES2026, Red Hat and NVIDIA have launched a collaboration to synchronize enterprise open source software, including Red Hat Enterprise Linux (RHEL), with NVIDIA's rack-scale AI systems like the Rubin platform. The partnership provides Day 0 support, validated interoperability, enhanced security, and plans for expansion to OpenShift and Red Hat AI.

NVIDIA's Rubin platform marks a new era in AI, emphasizing integrated reasoning and coordination over mere computational power. The company has partnered with SUSE to integrate this platform with SUSE's Linux and Rancher management tools. This collaboration aims to provide a robust foundation for scaling AI operations in enterprises.

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Red Hat Enterprise Linux administrators can verify their system's version using simple command-line methods to ensure compatibility and security. This guide outlines reliable techniques for accessing version information stored in system files. These approaches help maintain infrastructure effectively across servers.

Recent Radeon Linux driver patches signal preparations for next-generation AMD GPUs with integrated neural processing units (NPUs), building on prior NPU efforts. Phoronix reports these updates as part of AMD's push for AI acceleration in open-source graphics drivers.

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Qualcomm has released Linux kernel patches to enable Reliability, Availability, and Serviceability (RAS) support on RISC-V architectures. These patches focus on reporting hardware errors to improve system reliability. The submission aims to enhance error handling in open-source environments.

 

 

 

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