Microservices

Explore new features in Red Hat JBoss EAP XP 6, including upgrades to MicroProfile 7, MicroProfile LRA and multi-app support, and observability tools.

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A generative AI code assistant that intelligently refactors and modernizes Java applications directly within your IDE, resulting in faster delivery to production.

Krkn-AI automates AI-assisted, objective-driven chaos testing for Kubernetes. Discover how it addresses the challenges of reliability in modern systems.

A conversational AI assistant accessed directly from the Red Hat Developer Hub console that helps you free up time by speeding up non-coding tasks.

Learn how to configure, trigger, and monitor a circuit breaker using Red Hat OpenShift Service Mesh 3.0 to build resilient and fault-tolerant applications.

Learn how OpenShift Service Mesh 3 unifies single clusters into an application network for enhanced scalability, fault tolerance, and regional redundancy.

Discover how OpenShift Service Mesh 3 streamlines microservices architecture, secure communication, traffic management, and observability.

Discover a highly resilient multicluster architecture with Red Hat OpenShift Service Mesh, Connectivity Link, and Advanced Cluster Management for Kubernetes.

Discover how Camel JBang's infra command simplifies local development by launching real back ends like Kafka and Artemis, eliminating complex mock setups.

Discover how krknctl simplifies chaos engineering and empowers users to effectively test and build more resilient systems.

Learn how to overcome compatibility challenges when deploying OpenShift AI and OpenShift Service Mesh 3 on one cluster.

This article discusses how the HaProxy router settings affect middleware applications, such as JBoss EAP 7/8 and OpenShift Serverless.

Everything you need to coordinate microservices in a service mesh with powerful

Explore how to utilize guardrails for safety mechanisms in large language models (LLMs) with Node.js and Llama Stack, focusing on LlamaGuard and PromptGuard.

Learn how to set up NVIDIA NIM on Red Hat OpenShift AI and how this benefits AI and data science workloads.

Red Hat build of Quarkus 3.20 offers enhanced observability, a modern WebSocket extension, and performance optimizations for faster, native-ready applications.

Discover the UDN feature for network segmentation in OpenShift, and learn how it addresses virtualization workload challenges in the Kubernetes platform.

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Learn how to integrate NVIDIA NIM with OpenShift AI to build, deploy, and monitor AI-enabled applications efficiently within a unified, scalable platform.