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5 Best Application Architecture Patterns For Enterprise-Level Programs

5 Best Application Architecture Patterns For Enterprise-Level Programs

Application architecture patterns are solutions that developers use to solve problems in their programs. Unlike other types of solutions, development teams can continuously reuse architecture patterns because they solve commonly occurring problems.

Enterprises, in particular, rely on the top architectural patterns to fix recurring issues quickly. As an enterprise-level software developer, it is your duty to apply the most effective patterns to your organization’s development environment. If you are interested in learning which solutions are most effective, read this post on the best application architecture patterns for enterprise-level programs.

Application Architecture Patterns

Pipe-Filter Pattern 

One of the best application architecture patterns for enterprise programs is the pipe-filter pattern. The pipe-filter architecture pattern specifically solves recurring problems on systems that process data streams.

The pattern encloses each processing step within a filter component. Then, the data being processed gets passed through the structured pipes. You can choose to use the pipes for buffering or apply them to synchronization as well. Many developers also use the filter pattern for lexical analysis, parsing and code generation.

If you plan to structure data-processing systems, this is a great application architecture pattern to use for your enterprise programs.

Single-Container Pattern

The single-container pattern is one of the simplest enterprise application architecture patterns that developers use. This type of pattern can be applied when using advanced containerization tools such as a container registry. To employ this pattern, all you need to do is transfer your application into a container.

Since the single-container pattern revolves around simplicity, it works best when the container only has one responsibility and only solves one problem. Thus, you must avoid storing both web servers and log processors in the same container. If you keep the process simple, you can benefit from this top application architecture pattern for enterprises.

Layered Pattern

Additionally, consider using the layered application architecture pattern to develop enterprise programs. Simply put, the layered pattern involves splitting your code into multiple layers.

The most common layers to slit code into include UI layer, application layer, domain layer, data access layer and database layer. Each of these layers maintains a specific responsibility that benefits the layer above it. If you press a button to initiate code in the presentation layer, the presentation layer will refer back to the application layer that is below it.

The application layer will then communicate with the next underlying layer, which will then call to the one underneath that. The process continues until the code is stored in the bottom layer. Keep this enterprise architecture pattern in mind for your next application project.

Client-Server Pattern

The client-server pattern is yet another popular enterprise application architecture pattern. By using this pattern, you divide your system into two primary applications: client and server.

Similar to real life business scenarios, the client makes requests to the server in this pattern. Many developers choose to use this pattern because it offers a higher level of security than many other patterns. You can easily maintain control over your data because it all gets stored on the single server. This convenient storage method also enables you to access and update your data faster. If security and accessibility are both top priorities for your enterprise development team, consider the client-server application architecture pattern.

Microkernel Pattern

Finally, the microkernel architecture pattern works well for enterprise-level applications. Most developers use the microkernel pattern for applications with core sets of responsibilities. The ideal application for this pattern also holds a collection of interchangeable parts on the side. The microkernel pattern works by providing the entry point and basic flow of the application. It does not need to know what each plug-in on the side is doing to function. The pattern only needs to know how to schedule and trigger tasks to guarantee efficiency in applications. Development teams often use the microkernel application architecture pattern for their enterprise projects.

If you want to solve common occurring problems in your enterprise projects, you need to use the most effective architectural patterns in your environment. For instance, consider using the pipe-filter pattern for systems that process data streams.

If your team uses container platforms, apply the single-container pattern to your processes. Moreover, many developers use the layered application pattern by splitting code into various layers.

The client-server pattern is ideal for development teams that want to optimize their security efforts and increase accessibility. Furthermore, the microkernel pattern works well for applications with core sets of responsibilities and separate plug-ins on the side. Consider using these best application architecture patterns for enterprise-level programs.

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