Red Hat Summit 2026 Book of News

Red Hat AI 3.4 delivers a unified, metal-to-agent foundation that aligns the speed of AI innovation with the necessity of enterprise operational control. By synchronizing developer flexibility with operator governance, the platform enables organizations to transition from experimental pilots to scalable, production-ready autonomous systems across the hybrid cloud. This comprehensive architecture ensures that every agentic action is traceable and accountable, effectively transforming AI into a predictable and governed enterprise utility.

Red Hat unveils the latest milestones in its co-engineering efforts for the Red Hat AI Factory with NVIDIA software platform, advancing enterprise adoption of AI and autonomous, long-running agents. These updates introduce enhanced security capabilities for continuously operating agents and deliver ready-to-deploy solutions that help organizations move from experimentation to production faster and with confidence. Powered by the consistency and integrated AI platform capabilities of Red Hat AI Enterprise along with the open models, advanced tools, and frameworks within NVIDIA AI Enterprise, this solution provides a unified, scalable foundation for production-grade agentic AI.

To support the rise of AI agents, Red Hat has introduced a dedicated agentic skills repository, highlighted by the agentic skill pack for Red Hat customers. This skill pack helps transform AI agents into Red Hat subscription superusers, bridging the gap between model intelligence and institutional action giving agents the skills to maximize Red Hat subscriptions. The repository provides even more in-depth skills across Red Hat's portfolio, from OpenShift to RHEL to security engineering.

Enterprise AI is shifting from simple chatbots toward agentic AI that uses independent reasoning and multistep planning to complete complex tasks. Red Hat AI 3.4 delivers a unified, metal-to-agent platform that integrates distributed inference, evaluation-driven development, and AgentOps to help you scale autonomous systems while maintaining security, cost control, and hardware efficiency.

As AI inference demands grow, organizations need an open, reliable foundation to run their initiatives profitably. Red Hat AI Inference is now available on any managed Kubernetes service, extending its vLLM-based capabilities with llm-d-powered distributed inference orchestration for consistent, Kubernetes-native operations wherever you run your workloads.

Tired of wrestling with painful deployments of Model Context Protocol (MCP) servers for your AI agents? The new MCP catalog in Red Hat OpenShift AI 3.4 offers a governed, production-ready path to discover, deploy, and connect curated MCP servers directly on OpenShift.

Steve Watt explains the agentic paradox where the rapid adoption of powerful AI models through inference-as-a-service leads to unsustainable costs and declining profit margins. To reassert financial control, Steve advocates for a hybrid AI strategy that balances service-based APIs with self-managed open-weight models. By leveraging tools like the vLLM semantic router, organizations can transition to this flexible architecture without sacrificing the efficacy of their autonomous business processes.

Technical Supportability Review with AI transforms manual environmental audits into an automated, self-service feature. By validating over 600 touchpoints, this tool proactively identifies risks in Red Hat OpenShift environments. It empowers customers to independently ensure cluster stability, shifting from reactive troubleshooting to AI-driven, actionable intelligence for improved operational efficiency.

Red Hat’s Sally O’Malley released Tank OS, an open-source tool simplifying safe OpenClaw agent deployment. As an OpenClaw maintainer collaborating with creator Peter Steinberger, O'Malley streamlines feature development and bug fixes, and prioritizes enterprise functionality and compatibility with Red Hat’s various flavors of the Linux OS.

Fedora Hummingbird Linux is a freely available, container-native, rolling Linux release designed for agent-first builders. The distribution is a departure from typical Linux distributions, using a lights-out, agent-native software factory to deliver an operating system that allows for anonymous, agent-driven pulls and instant deployment across the hybrid cloud.

The general availability of Red Hat Hardened Images offers developers a no-cost catalog, providing pre-hardened, micro-sized container components built via Red Hat’s trusted pipeline. By removing unnecessary software, these vendor-agnostic images help minimize security vulnerabilities for a security-centric foundation for deploying cloud-native applications across any environment.

The Red Hat Enterprise Linux Long-Life Add-On provides a yearly, continuous support path for change-averse systems. Offering critical security fixes and technical support with no pre-determined end date, it serves as a stable bridge for workloads that cannot be easily migrated. This ultimate lifecycle tier allows organizations to maintain sensitive infrastructure.

Red Hat has launched the generally available Red Hat Desktop and enhanced Red Hat Advanced Developer Suite to provide a standardized path for building and scaling agentic AI from local workstations to the hybrid cloud.

Red Hat announces the evolution of Ansible Automation Platform, including enhancements in 2.7 and a new automation orchestrator. These innovations establish a trusted execution layer for AI agents, allowing organizations to connect AI-driven insights with deterministic, event-driven workflows to operationalize AI at enterprise scale.

RHEL 10.2 and 9.8 unify hybrid cloud operations with a focus on security and AI innovation. With security features like post-quantum cryptography and image-based workflows, these versions protect sensitive data and streamline complex upgrades. Red Hat provides a trusted environment for AI workloads with the operational stability needed for modern IT environments.

Red Hat is announcing the general availability of Red Hat Hardened Images, a no-cost catalog of container images designed to help teams stay ahead of CVEs rather than constantly chasing them. By handling the heavy lifting of image thinning and hardening, this production-ready solution provides a reduced attack surface and uses automated pipelines to deliver security fixes typically within hours.

Red Hat OpenShift has surpassed $2 billion in annual recurring revenue, cementing its position as the leading hybrid cloud platform for unifying virtual machines, containers, and AI workloads with a single operational model. By prioritizing architectural freedom and sovereign control, Red Hat enables enterprises to modernize legacy infrastructure and scale intelligent, agentic solutions across any environment without being locked into proprietary stacks.

Red Hat Device Edge is now available on NVIDIA Jetson Orin, aligning with the release of Red Hat Enterprise Linux 9.8, to help customers more easily move critical workloads into production on a consistent, flexible, and security-focused platform.

Red Hat unveils the developer preview of Red Hat Enterprise Linux (RHEL) on NVIDIA DGX Spark, delivering a high performance AI developer workstation that enables the inner development loop and local agentic AI workloads at the edge.

Red Hat has announced the expansion of its sovereign and private cloud offerings, helping global organizations to reclaim authority over their technology stacks and data. New updates include simplified audit compliance, production-ready cloud landing zones, rapid delivery for sovereign AI and cloud services, and in-region content delivery. Delivered across Red Hat's portfolio, these new capabilities empower CIOs to build and scale within their own borders and on their own terms.

The age of generative AI presents new risks alongside great opportunities, demanding infrastructure that ensures integrity, isolation, and identity management to protect sensitive data and workloads. Discover how the future architecture of Red Hat OpenShift is anchored in these three core pillars—Integrity, Isolation, and Identity—to maintain trust and keep your evolving agentic workforce accountable and compliant.

Digital sovereignty is more than data residency - it requires verifiable operational control. Red Hat Confirmed Sovereign Support is now generally available, providing an in-region service designed to help you mitigate extraterritorial risk and maintain digital autonomy. Learn how we’re re-engineering sovereign support.

Telenet Business, the B2B division of Belgian service provider Telenet, has migrated its sovereign private cloud infrastructure from expensive, proprietary virtualization to Red Hat OpenShift Virtualization. The move positions Telenet Business as a future-ready managed service provider for over 10,000 business customers across Belgium.

EUROCONTROL is modernizing its 25-year-old IT backbone with Red Hat OpenShift to deliver efficiencies and faster innovation in air traffic management. Its new sovereign platform enhances resilience, control, and development speed of digital services to support air traffic growth to an  anticipated 12.4 million annual flights by 2031. The platform allows for flexible scaling between on-premise and regional sovereign clouds and enables real-time data access for airspace users to identify the most sustainable and cost-effective routes.

Health Info Net (HIN) is modernizing healthcare in collaboration with Red Hat and VSHN. Using Red Hat OpenShift, HIN is building a sovereign foundation that puts data control back in the hands of providers, delivering resilient digital services for a broad network of healthcare professionals and institutions across Switzerland. 

Zero Latency has standardized its U.S. infrastructure on Red Hat AI Factory with NVIDIA to deliver high-performance GPU compute directly to the edge. By moving AI inference out of centralized datacenters and into local industrial hubs, Zero Latency is eliminating the "latency tax" for time-sensitive applications like industrial automation and real-time transactions.

NASA’s Jet Propulsion Laboratory (JPL) has migrated to Red Hat OpenShift Virtualization for its mission-critical IT infrastructure. JPL selected Red Hat OpenShift with its built-in Red Hat OpenShift Virtualization capability to support a sophisticated, high-performance environment.

Each year during Red Hat Summit, we recognize Red Hat Certified Professionals who make a difference in their organizations by demonstrating enthusiasm, commitment and dedication to their role and industry. We’re proud to announce that Firas Benbelgacem, Telco Cloud CaaS Engineer at Orange, has been named the 2026 Red Hat Certified Professional of the Year.

For many organizations, building production AI today means assembling numerous disconnected vendor choices spanning agent builders, orchestration tools, governance platforms, model providers, integration middleware and security infrastructure, which can lead to data leaks and unpredictable costs. Boomi and Red Hat are working together to simplify AI innovation for customers by bringing together Boomi’s Agentstudio with the enterprise-grade power of Red Hat AI. This makes it easier for organizations to build agents that solve real business problems while supporting corporate standards for sovereignty, infrastructure flexibility, and performance reliability.

Red Hat and Core42, a G42 company, are bridging the gap between AI experimentation and national-scale implementation by delivering a sovereign-by-design infrastructure for the world's most regulated sectors. This collaboration provides a blueprint that enables public sector, government and defense entities to scale mission-critical AI workloads while ensuring data remains strictly within jurisdictional boundaries.

Red Hat and Sopra Steria are expanding their long-standing collaboration to accelerate sovereign AI initiatives by providing organizations with the execution scale and technical independence required to deploy AI across any cloud environment. By standardizing on Red Hat OpenShift, this collaboration offers a flexible framework that allows enterprises in the public and private sectors to maintain performance, long-term control and regulatory compliance without tethering their future to a single provider.

Red Hat and Panasonic Connect announce a global collaboration to redefine the capabilities of ruggedized edge computing by preloading Red Hat Device Edge on Panasonic TOUGHBOOK devices, delivering a unified platform for out-of-the-box real-time data processing, supporting industrial automation, smart manufacturing and defense sector capabilities. 

This collaboration extends a container-optimized, enterprise Linux platform into orbit, providing a more consistent and hardened operating foundation for AI-ready workloads to run in space.

Red Hat and Netris address the AI networking bottleneck by delivering multi-tenant networking with hard isolation for sovereign AI clouds. Their collaboration combines the Netris NAAM platform with Red Hat AI Factory with to automate networking across switches and DPUs, enabling flexible service models and faster time to revenue.

Red Hat's 2026 Ecosystem Innovation Awards recognize partners for using open source to drive transformative customer success across AI, automation, cloud and more.