Red Hat OpenShift is a comprehensive application platform with support for popular workloads and any popular application architectures such as microservices, virtualization, AI/ML, Event-Driven, Serverless, and many more. It fosters an excellent developer experience, enhancing SDLC management through efficient pipelines and automation, thereby boosting productivity.
OpenShift offers advanced management and security features, including multicluster management, cluster security, global registry, and cluster data management. It provides integrated DevOps services such as service mesh, serverless computing, builds, pipelines, GitOps, tracing, log management, cost management, and migration tools. With Kubernetes and cluster services, OpenShift enables easy installation, over-the-air updates, networking, ingress, storage management, monitoring, log forwarding, registry management, authorization, and support for containers, virtual machines (VMs), operators, and Helm charts.
OpenShift Container Platform simplifies and accelerates the development, delivery, and life cycle management of a hybrid mix of applications, consistently anywhere across on-premise, public clouds, and edge
Red Hat® OpenShift® Virtualization, a feature of Red Hat OpenShift, allows IT teams to run virtual machines (VM) alongside containers on the same platform, simplifying management and improving time to production.
Cluster management is critical for ensuring the efficient operation, scalability, and availability of applications running in a clustered environment. Red Hat® Advanced Cluster Management for Kubernetes controls clusters and applications from a single console, with built-in security policies.
Cluster security is vital for containerized platforms, protecting against attacks, securing data and applications, and providing automated controls in dynamic environments. Red Hat Advanced Cluster Security enhances OpenShift clusters, shielding containerized applications throughout development and operation.
OpenShift Pipelines automates the entire application lifecycle, from provisioning infrastructure to deploying and managing code. This approach helps developers deliver applications faster, with fewer errors, and greater consistency, supporting agile innovation and rapid response to market demands.
Red Hat OpenShift AI accelerates AI/ML workflows by providing tools for building, deploying, and monitoring models across any environment (on-premise, cloud, edge). This empowers data scientists and developers to collaborate seamlessly, bringing AI-powered applications to life faster.
Observability is the ability to monitor, measure, and interpret a system or application's status by analyzing its outputs, logs, and performance metrics. OpenShift observability empowers you to make data-driven decisions about your applications and infrastructure. It helps engineers ensure their reliability, optimize resource usage, and ultimately deliver a better user experience
Applications should be modernized to improve performance, enhance user experience, save costs, enhance security, improve integration and compatibility, and ensure regulatory compliance. Modernizing applications helps organizations stay competitive, improve operational efficiency, and provide better experiences for their users.
IDPs provide developers with access to resources, tools, and documentation needed to build and deploy applications within an organization. Red Hat Developer Hub is an enterprise-grade, open developer platform for building developer portals, containing a supported and opinionated framework.
Developer experience, or DevEx, refers to the overall experience and satisfaction of developers while working with a particular platform, framework, or toolset. It encompasses various aspects that directly impact developers' productivity, efficiency, and satisfaction throughout the software development lifecycle.
Enterprise support makes it possible for developers to ensure the reliability, security, and performance of an environment used for building, running, and operating applications. This also helps developers to enable businesses to achieve their goals effectively and efficiently.
The Red Hat build of Quarkus is an enterprise-grade distribution of the Quarkus framework, optimized for building lightweight, fast, and efficient Java applications.
The most trusted enterprise grade multi-platform Java runtime with with FIPS compliance, AQA Assurance, low pause time garbage collector and reduced header sizes with build time configs
Red Hat's Spring Boot support offers enterprise-grade assistance, integration, security, performance, and expert guidance for modern application development and deployment.
Red Hat's Node.js support offers expert help, consistent workflows via RPMs, and security with FIPS validations. It provides flexibility by installing only necessary components and pre-built containers for easy deployment.
Integration and application connectivity are essential in Kubernetes-based platforms for enabling seamless communication between microservices, facilitating service discovery, supporting scalability and elasticity, ensuring fault tolerance, and enhancing security.
Red Hat build of Keycloak is a cloud-native Identity Access Management solution based on the popular open-source Keycloak project.
The OpenShift API Management service adds full API lifecycle management capabilities to Red Hat OpenShift Dedicated and Red Hat OpenShift Service on AWS.
Traditional methods of connecting applications across environments, like VPNs with complex firewall rules, can be cumbersome and slow. Red Hat Service interconnect offers secure, dynamic connections for applications regardless of where they are and fosters agility in hybrid deployments
Enterprise integration connects data, apps, and devices across IT. Camel Quarkus and Camel K offer lightweight integration for Quarkus and serverless/microservices. Red Hat Fuse provides agile integration for on-premise and cloud, crucial for digital transformation.
Events, data, and messaging are crucial for real-time communication, data processing, and system integration in modern applications. Red Hat's AMQ suite provides a fast, lightweight, and secure platform offering high-throughput, low-latency data sharing and efficient messaging capabilities
All things around detailed planning and specification of a system's components and interactions to build applications for the modern hybrid cloud.
View System Design & Architecture page
Microservices break down your application architecture into smaller, independent components that communicate through APIs.This approach lets multiple team members work on different parts of the architecture simultaneously for faster development. It’s a scalable, flexible, resilient way to build modern applications
A serverless environment lets you deploy code to Kubernetes, but no resources are consumed unless your code needs to do something. With Knative, you create a service by packaging your code as a Docker image and handing it to the system. Your code only runs when it needs to, with Knative starting and stopping instances automatically.
Event-Driven Architecture (EDA) builds applications that react to specific events, triggering real-time processing and independent scaling of individual components. This asynchronous communication style promotes loose coupling, allowing for greater flexibility and easier adaptation to changing conditions, making it ideal for applications requiring responsiveness.
Disconnected or isolated environments lack internet connectivity for security reasons. Some systems or components need this disconnection due to sensitive data or regulatory compliance. Disconnecting from the internet reduces cyberattack avenues, enhancing security.
Virtualization creates virtual versions of servers, storage devices, operating systems, or network resources, enhancing scalability, efficiency, and security. It enables running multiple applications and operating systems on a single physical server, maximizing resource use and reducing costs.
Hybrid cloud architecture combines a mixture of public cloud, private cloud, or on-premises infrastructure for storage and computing. It includes software components that connect these parts, enable them to communicate, deliver updates, ensure security, and help the organization manage it all.
Internet of Things (IoT) refers to the network of interconnected devices that communicate and share data with each other. By processing data closer to where it is generated, IoT enables faster response times and more efficient operations. This distributed computing approach improves scalability and reduces the need for centralized processing, making it ideal for environments with large numbers of connected devices.
Edge computing occurs near the user or data source, offering faster, more reliable services. This approach provides companies with hybrid cloud flexibility. It also offloads compute-intensive rendering pipeline parts to the cloud, preventing computing power lags.
Tried, tested, and trusted patterns for your cloud-native platforms.
The application platform is available in multiple footprints on-premise, public cloud, self-managed and managed. OpenShift is a complete hybrid cloud platform that brings together developers, platform engineers, and operations teams on one platform to efficiently develop, deploy and manage a wide variety of workloads. How this platform enables the Cloud Native Intelligent Application Lifecycle is explained below.
Build here. Go anywhere.
We serve the builders. The problem solvers who create careers with code.
Join us if you’re a developer, software engineer, web designer, front-end designer, UX designer, computer scientist, architect, tester, product manager, project manager or team lead.