Finding efficient ways to process, share, and reuse functionality and data is crucial – it’s an important way to break down monolithic applications into more consumable and maintainable microservices. In today’s API-focused world, this translates into multiprotocol development (gRPC, GraphQL, EDAs, etc.) and an enhanced development process (governance, standards, design-first). To understand this, we need to look more closely at protocols.

If you have been following technological trends over the years, then you must have come across the word: microservices. Popularly known as microservices architecture, microservices replaced monolithic architectures. With software development becoming more complex by the day, software applications require regular updates and improvements. To simplify this process, applications are now developed by breaking it down into smaller components that collectively work to serve their users.

In software development, the monolith architecture has successfully seen the design and development of applications. Most unicorn companies in recent years started their journey using monolithic architecture. However, we’ve seen a significant change and adaptation of microservice architecture patterns in the last few years. The popularity of designing and developing applications using microservices is mainly because of scalability and increased productivity for larger teams and companies.

IT teams are always wanting to build new applications enabling specific functions for the ease of processes or customers. Sometimes, to balance projects, they allow distributed teams to work on focused targets using reusable assets, templates, and best practices. While decentralizing and democratizing application development helps, managing security can be a task for strategizing different Lines of Business (LoBs) and functional business partners. Enter microservices.

API growth continues to rise within the modern enterprise. Microservices, are a leading growth driver for APIs as development teams continue to break down monolithic systems, seeking to capitalize on the advantages of decoupled capabilities. Benefits such as reduced costs, reduced time-to-market, faster release cycles and decentralized evolvability are possible. However, as APIs become increasingly prolific and central to core business functions, such benefits do not always linearly scale.

Interdependence and collaboration between businesses and commercial sectors have changed in recent years with the use of Application Programming Interfaces (APIs). APIs have been around long enough for companies to know that they can use open web technologies to extend their services via in-app integrations. APIs allow two programs to communicate with one another and exchange data in a smooth manner. Once an API has been created, it is vital to test the interface to ensure that it is functional.