Emerging Reference Architectural Patterns
A proven approach to helping every development organization become an integration agile organization. The Reference Architecture for Agility is a technology neutral logical architecture based on a disaggregated cloud-based model. It can be applied in incremental stages to create an integration agile foundation for any digital enterprises - deployable in private, public or hybrid cloud environments.
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Cell-based Architecture (CBA) - Decentralized, Cloud native, Microservice compliant
Functional capabilities grouped in an architecture unit based on scope and ownership. It is decentralized where data moves within and across cells and governance are transparently applied through a control plane embedded within cells.
Layered and Segmented Architecture - API-centric centralized architectures
The focus of the enterprises moved to API-driven with the digital transformation became the strategy. As a result, the business and the technical architecture moved from service-orientation to API-centric. The primary focus of this specification is to look at the architecture approaches taken by the industry and represent those patterns as generic reference architectures. We identified two reference architectures, layered and segmented which we will be discussing in detail in this paper.
Segmented Reference Architecture: Functional capabilities sub-grouped within layers based on organizational ownership. It is a centralized system where data flow moves from layer to layer.
Layered Reference Architecture: Functional capabilities grouped in layers by following a System of Systems view. It is a centralized system where data moves from layer to layer.
Cloud Native Architecture - Reference Architecture for a Cloud Native Digital Enterprise
In an era of digital transformation, (digital) enterprises are looking for fast innovation through effective collaboration to deliver more value to their customers with dramatically less effort. As a result, APIs have become the norm to expose integrated business functionalities to deliver enhanced digital experience.
This paper focuses on how to use cloud-native technologies along with an API-led integration platform to create an effective architecture, i.e., a reference architecture for a cloud native digital enterprise, to increase productivity by having automation, production or operation, and services.