Red Hat® Integration provides developers and architects with cloud-native tools for integrating applications and systems. It offers capabilities for application and application programming interface (API) connectivity, API management and security, data transformation, service composition, service orchestration, real-time messaging, data streaming, change data capture, and cross-datacenter consistency.
Red Hat Integration was built for cloud-native development, so developers can use the same advanced build, management, and runtime platforms to connect systems that they use for new service development and integration. The cloud-native tools create deployable artifacts for cloud-native platforms. Platforms can be combined for public cloud, private cloud, and on-premise environments for scalable, highly available microservices using powerful container management tools.
Red Hat Integration embeds intuitive IT productivity tools in the developer toolchain, improving integration and allowing microservice teams to participate in high-velocity development.
|Use case||Benefit of Red Hat Integration|
|Software-as-a-Service (SaaS) and cloud integration||Connect data, processes, and policies across multiple SaaS applications or from SaaS to on-premise applications.|
|API-first development||Build applications with an API-first approach to deliver, scale, and share business services internally and externally.|
|Connect cloud-native applications||Build integrations between modern apps or data, which are built in the cloud using container-based microservices architectures.|
|Real-time, event-driven applications||Build event-driven applications to respond and analyze business events in real-time, using technology like Apache Kafka.|
|Customer engagement hubs||Build unique, personalized customer engagements powered by real-time business events and situational awareness.|
|Artificial intelligence (AI) streams||Create real-time streams that inference engines can use for rules processing.|
Table 1. Representative use cases of Red Hat Integration
Figure 1. Red Hat Integration capabilities
Features and benefits
Red Hat Integration is a comprehensive set of agile integration and messaging products that provide service composition and orchestration, real-time messaging, data streaming, and API management. Combined with a sophisticated container platform and cloud-native toolchain, Red Hat Integration lets developers connect applications and data with a variety of internal and external systems across hybrid architectures.
|Pluggable connectors||Improve the capabilities of your applications and maximize the value of your digital assets by offering more than 200 options for connectivity between applications and modern or legacy systems.|
|DevOps-ready application deployment||Supports sprints, rapid releases, microservices deployment, and agile processes to minimize time to market.|
Allows microservices developers and DevOps teams to build and deploy applications with access to necessary digital assets—without requiring changes to the developer’s schedule, tools, or practices.
|Hybrid cloud and container-native infrastructure||Provides scalability and high availability using Kubernetes to create, extend, and deploy containerized integration services across hybrid cloud environments.|
|Streamlined integration, messaging, and data streaming capabilities||Boosts productivity by unifying the development and management of integrated solutions across the enterprise and beyond.|
|Self-service integration and messaging||Allows citizen developers from the business side to participate in the integration process, using low-code, web-based integration and messaging tools.|
Table 2. Features and benefits of Red Hat Integration
Red Hat Integration helps developers create, extend, and deploy container-based integration services across hybrid and multicloud environments. Developers can use these capabilities to connect and share data between the required applications and systems.
|Application runtimes||Red Hat Runtimes is a set of products, tools, and components to develop and maintain cloud-native applications. It offers lightweight runtimes and frameworks for highly distributed cloud environments (such as microservices), in-memory caching for fast data access, and messaging for quick data transfers that support existing applications.|
|API management||Red Hat 3scale API Management is an infrastructure platform on which to share, distribute, control, monetize, and provide security for APIs.|
|Integration||Red Hat Fuse is a distributed, cloud-native integration solution that lets users access a range of design patterns and connectors and choose their own programming language, containers, and deployment preferences—including on-premise, in public and private clouds, or as a hosted service. Red Hat Fuse also provides a cloud-hosted integration toolchain and runtime, available directly from a browser. Users can deploy integration without installation.|
|Events and messaging|| Red Hat AMQ is a lightweight messaging platform for real-time integration. Based on open source communities like Apache ActiveMQ and Apache Kafka, it reliably and scalably delivers information like pricing updates, order acknowledgements, and delivery schedules between distributed endpoints such as distribution centers, warehouses, storefronts, and headquarters. |
Red Hat AMQ broker is a pure-Java™ multiprotocol message broker with persistence and advanced high-availability modes.
AMQ interconnect is a high-speed, low-latency Advanced Message Queuing Protocol (AMQP) 1.0 message router on which to build a fault-tolerant messaging network to connect clients and brokers.
Red Hat AMQ Online is a self-service messaging platform that offers end users access from an intuitive browser console. Users can provision messaging without installation, configuration, or maintenance.
|Change data capture||Change data capture provides agents that convert changes to disparate databases into events that can flow where they are needed, when they are needed. Red Hat Integration also offers transformation and routing capabilities based on the Apache Camel technology inside the streams.|
|Service registry|| The service registry contains contracts and metadata definitions for all streaming and synchronous traffic. This critical information|
is collected and distributed to developers to
help participants correctly interpret data.
|Contract and metadata authoring and lifecycle management||The API designer, based on the open source Apicurio community, provides an interface for building, sharing, and discovering contract metadata. Apicurio can maintain the full life cycle of the artifacts and ensure that security is enforced.|
|Authentication (SSO)||Based on the Keycloak project, Red Hat’s single sign-on (SSO) technology allows customers to make web applications more secure by providing web SSO capabilities based on popular standards such as Security Assertion Markup Language (SAML) 2.0, OpenID Connect, and OAuth 2.0. The SSO server can act as a SAML or OpenID Connect-based identity provider, integrating your enterprise user directory or third-party SSO provider for identity information with your applications via standards-based tokens|
Table 3. Descriptions of Red Hat Integration products and components