Red Hat, the world’s leading provider of open source solutions, today introduced the general availability of Red Hat Enterprise Linux 10.1 and 9.7, building on the innovations of Red Hat Enterprise Linux 10 for a more intelligent and future-ready computing foundation. The latest versions of the world’s leading enterprise Linux platform help bridge IT skills gaps with AI-powered, offline Linux management, quantum threat mitigation, and greater control over operational consistency.
Red Hat Enterprise Linux 10.1 and 9.7 provide a strategic and durable operating system platform to address the growing complexities of hybrid cloud computing, compounded by demand for AI workloads. According to a Red Hat-sponsored IDC study, “IT infrastructure teams are an average of 32% more efficient with Red Hat solutions than non-paid open source alternatives. This opens up significant amounts of staff time to accommodate growth or focus on other business-impacting initiatives.” In addition, “development teams working on their organizations’ Red Hat Enterprise Linux infrastructure see an average productivity gain of 20% compared with using non-paid open source alternatives.” The operating system empowers teams to be more adaptable to dynamic business needs, with modern tooling and simplified management intended to help bring order and efficiency to fragmented business IT estates.
Bridging AI and Linux skills gaps
AI-powered Linux management is foundational to Red Hat Enterprise Linux, with the Red Hat Enterprise Linux command-line assistant greatly lowering the skills barriers to help manage and troubleshoot connected systems. The command-line assistant now has an expanded context limit, so customers can attach more data, making it easier to analyze very large log files and data streams for effective troubleshooting. Additionally, the offline version of the Red Hat Enterprise Linux command-line assistant (in developer preview) is a self-contained tool that runs locally, enabling users to receive AI-powered guidance for Linux tasks in disconnected environments, key for organizations in highly sensitive and regulated industries where cloud services are restricted.
As IT teams rapidly deploy AI solutions, the need to frequently update AI accelerator drivers can cause software conflicts and disrupt production. Red Hat Enterprise Linux customers can now more easily access and install validated drivers for leading AI accelerators from AMD, Intel, and NVIDIA. With these components at the ready, Red Hat Enterprise Linux delivers validated and signed drivers to provide a secure foundation for emerging and mission-critical AI workloads, helping reduce bottlenecks and accelerate the AI/ML lifecycle.
Simplified management and operational efficiency
Red Hat Enterprise Linux continues to smooth IT operations with features that help reduce downtime and provide greater consistency. Red Hat Enterprise Linux 10.1 includes soft-reboots, a new capability in image mode that enables administrators to change system states without needing a full kernel reboot. This provides for faster updates and patching with minimal disruption to business operations, keeping crucial production applications online even during maintenance.
Red Hat Enterprise Linux also supports reproducible builds for container tools in image mode, so container images built with the same content are identical. This enhances security and improves the efficiency of cloud-native application pipelines without limiting time to market for new applications. Additionally, the Automatic Certificate Management Environment (ACME) is now generally available, automating the manual and error-prone task of security certificate updates for production applications and helping to maintain appropriate levels of security and reliability.
Enhanced safeguards against future threats
Building on the post-quantum cryptography capabilities introduced in Red Hat Enterprise Linux 10, Red Hat Enterprise Linux 9.7 now incorporates these same post-quantum cryptography algorithms to help address potential threats posed by future quantum computing. Red Hat Enterprise Linux 10.1 adds enhanced support for post-quantum cryptography in Transport Layer Security (TLS), offering protection for crucial data in transit. Additionally, the OpenTelemetry Collector in Red Hat Enterprise Linux 9 and 10 Cloud Images now supports Trusted Platform Module (TPM) on AWS, Microsoft Azure, and Google Cloud Platform, allowing sensitive operations to be performed within tamper-resistant hardware.
Gaining more control over content and data
Available alongside Red Hat Enterprise Linux 10.1 and Red Hat Enterprise Linux 9.7, Red Hat Satellite 6.18 provides customers with more control over critical data and system components through a centralized management platform for Red Hat Enterprise Linux workloads.
The latest version expands on-premises analytic capabilities, including the general availability of the advisor service and a technology preview for the vulnerability service. The advisor service proactively identifies issues and known configuration risks across your operating system and workloads, with prioritized, automated recommendations. Additionally, the vulnerability service enables on-premises integration to assess, monitor, report, and remediate CVEs that affect your Red Hat Enterprise Linux deployments. For data-sensitive customers, this release provides greater control over the data sent to Red Hat, enabling them to submit only the minimal data required for subscription reporting. Satellite also introduces enhanced reporting options and rolling content views, helping administrators to restrict repository access while still receiving ongoing updates.
Source: redhat.com