Red Hat at Microsoft Ignite: Pioneering Innovation for the Cloud
Microsoft Ignite 2024 brought with it groundbreaking announcements, and Red Hat stood at the forefront, unveiling a series of innovations designed to empower businesses across industries. These announcements further strengthened the partnership between Red Hat and Microsoft, showcasing their joint commitment to delivering open-source solutions tailored for modern cloud workloads. In this blog, we’ll explore the key announcements made by Red Hat at Microsoft Ignite and how they align with the evolving needs of enterprises, from AI-driven workloads to high-performance computing, hybrid environments, and beyond. 1. Landing Zone for RHEL on Azure: Simplifying Migration One of the most exciting developments is the Landing Zone for Red Hat Enterprise Linux (RHEL) on Azure. This initiative provides organizations with a streamlined path to migrate their RHEL workloads to Azure. By leveraging the Landing Zone, businesses can: Simplify cloud adoption through pre-configured environments. Ensure compliance and best practices with built-in governance and security measures. Enhance operational efficiency by integrating with Azure-native tools. This offering caters to organizations at various stages of cloud adoption, empowering them to accelerate their journey to Azure with minimal friction. Learn more about this transformative capability here. 2. Red Hat JBoss EAP 8 on Azure: The Future of Java Workloads Red Hat also introduced Red Hat JBoss Enterprise Application Platform (EAP) 8 on Azure. This fully supported, jointly produced solution is a game-changer for Java developers aiming to modernize their applications in the cloud. Key benefits of this integration include: Seamless deployment of Java workloads in Azure environments. Enhanced support for microservices architecture. Access to Azure’s global scale, enabling developers to innovate faster and meet growing application demands. For developers and businesses relying on Java for critical workloads, this announcement solidifies Azure as a destination for innovation and modernization. Explore the details here. 3. HPC on Azure: Scaling Compute with RHEL The demand for high-performance computing (HPC) in industries like finance, healthcare, and engineering has never been greater. Addressing this, Red Hat has made significant strides in enabling RHEL for HPC on Azure. This development allows businesses to: Scale their compute capabilities dynamically. Leverage Azure’s robust infrastructure for intensive computational workloads. Integrate with RHEL’s ecosystem for consistent and secure performance. With this solution, Red Hat empowers organizations to meet the demands of data-heavy applications, ensuring they stay ahead in competitive markets. Dive deeper into RHEL for HPC on Azure here. 4. RHEL Meets Windows Subsystem for Linux (WSL): A New Era of Hybrid Environments In a landmark announcement, Red Hat Enterprise Linux is now available on Windows Subsystem for Linux (WSL). This collaboration bridges the gap between Linux and Windows environments, offering unprecedented flexibility to developers and IT professionals. Key highlights include: Access to RHEL’s trusted ecosystem on Windows devices. Streamlined development workflows for hybrid IT environments. Enhanced compatibility for organizations operating in multi-platform setups. This integration marks a significant step forward in breaking down barriers between operating systems, enabling developers to work seamlessly across their preferred environments. Learn more about this innovative solution here. 5. RHEL for SAP: Unlocking Value in Public Cloud Marketplaces SAP workloads demand stability, scalability, and high availability. Recognizing this, Red Hat announced RHEL for SAP in public cloud marketplaces, including Azure. With this offering, SAP customers can: Simplify procurement and deployment through Azure Marketplace. Leverage RHEL’s certified configurations for optimized performance. Reduce operational complexity with integrated support from Red Hat and Microsoft. This solution addresses the unique challenges of SAP workloads, empowering businesses to maximize their investment in SAP applications. More details can be found here. 6. RHEL AI: Empowering Generative AI Workloads As AI transforms industries, Red Hat unveiled RHEL AI, a solution designed to cater to generative AI workloads on Azure. This new offering provides enterprises with the flexibility and tools needed to harness the power of AI at scale. Key features include: Pre-configured RHEL environments optimized for AI/ML workloads. Integration with Azure AI services for accelerated deployment. A secure, scalable foundation for training and deploying AI models. This announcement underscores Red Hat’s commitment to staying at the forefront of innovation, empowering businesses to explore new frontiers in AI. Learn more about RHEL AI here. The announcements at Microsoft Ignite 2024 highlight the deepening collaboration between Red Hat and Microsoft. Together, they are shaping the future of enterprise IT by delivering innovative solutions that cater to the unique demands of modern workloads. From streamlining migrations to supporting hybrid environments, HPC, and AI, these advancements are poised to drive greater value for customers. As businesses continue to embrace cloud-native technologies, Red Hat and Microsoft remain trusted partners on their journey to success. To explore these innovations and how they can transform your IT landscape, visit Red Hat’s Ignite Page Stay tuned for more updates and insights as we continue to innovate together!From Compliance to Auto-Remediation: Azure's Latest Linux Security Innovations
We are pleased to announce that the Azure security baseline through Azure Policy and Machine Configuration for Linux has moved to public preview, and we are expanding the capabilities with built-in auto-remediation feature (limited public preview). Customers face increasing pressure to comply with requirements set by governments, regulatory bodies, or specific industries. As their environments become more complex and hybrid, achieving and maintaining compliance on a large scale remains challenging and problematic. Failing to meet compliance goals can result in substantial business harm, including financial penalties and the potential loss of customers. Introducing enhanced audit and the new auto-remediation experience: Recognizing the above-mentioned challenges, Microsoft has developed a solution to help customers navigate these complexities at ease. The Azure security baseline for Linux offers compliance and built-in auto-remediation (limited public preview) features via Azure Policy’s Machine Configuration and Microsoft’s open-source Azure-OSconfig engine. The combination of these capabilities will ensure that security is embedded by design and compliance requirements are upheld, whether workloads operate in the cloud, on-premises, or in another CSP environment, through the Azure Arc platform. Thanks to the new approach we provide detailed information about the state of compliance and more accurate results with detailed descriptions with direct reference to the CIS rule definitions. Furthermore, the new architecture has enabled us to implement and provide automatic remediation capabilities against the security baseline providing a Linux-native experience for our customers when it comes to hardening. Microsoft has implemented a streamlined version of Linux security best practices, primarily based on the latest CIS (Center for Internet Security) Distribution Independent Linux benchmark. All the audit and remediation results are available and can be queried within the Azure Resource Graph Explorer for reporting and monitoring purposes. As security is Microsoft’s top priority, we will provide these capabilities at no additional cost to our customers, with charges only applying to the Azure Arc managed workloads hosted on-premises or other CSP environments. What’s next: At Microsoft we strive to continuously improve customer satisfaction - understanding that a one-size-fits-all approach is not feasible for hardening and security, we are committed to working with our customers throughout the preview process to improve the end-to-end experience. In addition to that, Microsoft is committed to evolve and further develop and deliver new security baseline contents to be fully aligned with the latest CIS standards across various Linux distributions and will collaborate with the relevant standard bodies to contribute to the standards, benefiting both the broader community and the wider industry. Stay tuned in this space for more information - exciting news to come in the upcoming months! What happens with the existing Azure security baseline for Linux capability: Every VM customer which has the “Linux machines should meet requirements for the Azure compute security baseline” policy definition assigned will be auto migrated by the Azure team in the upcoming months to the new policy definition. (audit only) We are going to do a gradual rollout of this enhanced capability. For the time being approximately 3-6 months post announcement, the existing policy will still be available and then it will be deprecated and removed from the Azure portal. Learn more: Sign-up formfor the auto-remediation capability Read more about Azure Arc Check out the Azure osconfig’sGitHub repo Comparison between old and new baseline is attached to the blog List of supported operating systems (check the Linux distros in the table)
Enhancing Observability with Inspektor Gadget
Thorough observability is essential to a pain free cloud experience. Azure provides many general-purpose observability tools, but you may want to create custom tooling . Inspektor Gadget is an open-source framework that makes customizable data collection easy. Microsoft recently contributed new features to Inspektor Gadget that further enhance its modular framework, making it even easier to meet your specific systems inspection needs. Of course, we also made it easy for Azure Kubernetes Service (AKS) users to use.
