This is a collection of Work in Progress Hybrid and Multi Cloud Integration Principles. Hybrid integration architecture enables companies to keep and maintain the technology investments they’ve made and the systems they rely on while taking advantage of the benefits of new functionality, greater performance and lower costs of cloud-based applications. Learn about architectures like stretched cluster, hybrid integration and fully-managed serverless Kafka in the cloud (using Confluent Cloud), and tools like MirrorMaker 2, Confluent Replicator, Multi-Region Clusters (MRP), Global Kafka, and more. It describes different components of a modern integration architecture. For enterprises seeking to combine cloud-based applications with on-premises applications, hybrid integration solutions are becoming an essential technology. The architecture of the integration across this hybrid environment is evolving at a rapid pace. Replacement or redevelopment of these packages may not be an option, which prevents customers from migrating their databases to the cloud. In line with this trend, a surge is also taking place in the use of pre-built cloud-based software as a service (SaaS). To achieve these competing demands, you must look for ways to simplify the problem. This document positions hybrid integration from an application perspective, and presents the reference architecture as a seamless integration from cloud to on-premises for events, APIs, and data. They need to compose existing APIs within and beyond the company to provide capabilities that can precisely address new market channels. This complexity is a result of the greater diversity of resources that we need to integrate, in ever-increasing permutations of infrastructures and platforms. We continue by looking at the fundamental building blocks of a hybrid integration architecture and how integration can be productized though the API economy. It should allow people with different skills levels (integration specialists and non-specialists) to perform a wide variety of integration patterns and deploy them discretely to improve agility. Hybrid integration architecture enables companies to keep and maintain the technology investments they’ve made and the systems they rely on while taking advantage of the benefits of new functionality, greater performance and lower costs of cloud-based applications. Learn more about webMethods Integration Cloud, See how to collaborate on processes in the cloud, Find out how to quickly build agile applications, A browser-based interface, accessible from tablets and mobile devices, that offers guided development and wizards to help less-experienced users create integrations quickly and easily, Application connectors that offer out-of-the-box connectivity to common SaaS applications, Drag-and-drop transformation, mapping and enrichment tools that enable citizen developers to work more efficiently, Full development life-cycle support with development environments called “stages” which make it possible to implement a rigorous software development life-cycle process in the cloud, On-premises connectivity with webMethods Integration Server to create reliable and secure hybrid integration, Multi-tenant architecture that allows multiple organizations to work with their own production environment while sharing a single development execution environment. It performs the deep integration that is needed to surface the systems of record as APIs and events on the central API gateway. The integration runtime engine is capable of playing multiple roles in your enterprise architecture. Hybrid integration is often simplistically defined as the ability to integrate on-premises systems with cloud systems. This concept deliberately represents a continuum rather than a dividing line on the architecture. They also look to more asynchronous methods externally, for example by using a push versus pull model for mobile applications. “ Hybrid Integration Platform (HIP)” is a term coined by Gartner and other analysts. At a high level, those hybrid integration capabilities sound similar, such as connectivity, transformation, API exposure, and composition. At a high level, hybrid integration is a broad integration framework. Digital teams regularly use lightweight asynchronous communication internally to reduce direct dependencies and provide greater resilience and scalability. Putting hybrid integration tools into the hands of citizen integrators who know their data integration needs better than anyone else enables departments to get up and running faster with cloud-based applications. webMethods Integration Cloud helps to eliminate new integration stovepipes, enabling you to get maximum benefit from your investment in cloud technology. They must meet the technical and business service-level agreements (SLAs) under budget constraints and … By Kim Clark, Rob Nicholson Updated June 23, 2016 | Published June 22, 2016. The applications and APIs that these teams create communicate primarily by using more recently popularized protocols, such as REST (typically JSON/HTTP) with little integration heavy lifting. As explained for the surface area of hybrid integration, any part of the architecture can be on-premises or fully cloud-based. Through the remainder of 2016, watch for posts on the IBM Integration Developer Center blog that map the reference architecture to IBM offerings. However, they differ dramatically in their details. Then, it demonstrated how the central IT team bridges the bi-modal divide, empowering the digital team. It must have tools to simplify and accelerate productivity, such as flexible and fast mapping and transformation. Infrastructure is ever more virtualized and containerized to free run times from hardware and operating system specifics and enable elastic workload orchestration.

hybrid integration architecture

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