If you’re an IT architect, chances are you’ve heard of composable enterprise architecture. But how can you actually build one? That’s where things get tricky. Composable EA is a complex topic that requires a deep understanding of many different pieces of technology. This article will give you the basics of composable enterprise architecture, what challenges it poses for IT architects, and how to find success with composable architecture software.
The goal of enterprise architecture is to support the organization in its quest for a sustainable competitive advantage by providing an integrated and holistic view of the business.
However, traditional enterprise architectures are often static, inflexible and difficult to maintain over time. They are built using outdated technologies that require significant investment from IT teams. They also need more agility and scalability to meet business needs as they change over time.
When it comes to building a composable enterprise architecture, there are several challenges that you’ll need to overcome. The first is breaking down the silos that exist in your current organization. If you don’t break down the silos and get people working together, then you won’t be able to build a composable enterprise architecture. The second challenge is making technology decisions based on business needs rather than technical requirements. So you need to understand what your business strategy is and make sure that you have the right BPMS or BPM suite for it.
You’ll be able to implement composable enterprise architecture best if you use the right technologies. Software-defined and cloud-native technologies help make it possible to design and deploy applications that are simpler, agile, more scalable and easier to manage. Open source software also helps here because it provides a common foundation for many application development approaches, from traditional monolithic applications through microservices to serverless computing (more on this later).
The first step is to define the roles of an architect, a developer, a tester and a product manager. All these roles should be responsible for understanding each piece of the architecture, but also how they fit together. They must also understand how their role fits into the bigger picture.
For example, developers may need more time to work on both an application layer and a data layer at once, so they should focus on one at a time. In this case, they need to understand how both layers work together so that when they start coding up their application layer code later in the development cycle. Finally, it will integrate seamlessly with whatever data access code or database abstraction layer exists in place already by other members within the team’s enterprise architecture effort.
Uniform experts advise “businesses can deliver omnichannel orchestration with built-in high-performance testing and personalization – regardless of how their tech stacks evolve over time.”
If you’re an architect in today’s world, the biggest challenge is to build a composable enterprise architecture. The good news is that there are some great tools out there that can help you do this. Whether adopting new technologies or taking advantage of old ones, there are many ways to ensure your architecture is ready for any situation (and even if you don’t think so now).