Microservices allow a large application to be separated into smaller independent parts, with each part having its own realm of responsibility. To serve a single user request, a microservices-based application can call on many internal microservices to compose its response.
Microservice architecture patterns enable the “divide-and-conquer” strategy of dealing with the complexity of enterprise IT. By enabling service-oriented collaboration, small cross-functional teams can deliver business value from requirements through to production. Our microservices platform creates a solid foundation for breaking up monoliths and developing new services and applications.
DevOps and continuous delivery have become standards of the modern enterprise software delivery process. Our microservices platform includes technical capabilities to support efficient and lightweight CICD processes from build to production deployment.
The container-based microservices platform provides advanced capabilities for development teams and allows teams to focus on software, apps, and services instead of individual VMs and containers. While accommodating multiple teams working on thousands of services, the platform also provides necessary isolation and robust security features.
Modern apps and services are becoming increasingly autonomous. Tasks such as scaling and failover are handled automatically by the platform. Coupled with immutable infrastructure and infrastructure-as-code best practices, the microservices assessment platform can reduce deployment issues, increase stability, and cut manual support efforts by 10x.
The combination of a battle-tested cloud-native and an open source-based technology stack enables easy cloud migration. It allows the platform to be provisioned on any popular cloud, and migrate apps and services between the cloud with little effort. As there is zero additional license costs, this increases the funds that digital organizations can spend on innovation.
Microservices is a cloud-native architectural pattern that structures an application as a collection of services that are organised around specific business or technical capabilities.
They are usually owned by an in-house small team of developers that independently code, test and deploy its functionality.
They can also be owned by third-party companies providing SaaS solutions, in the form of a Self-Contained System that developers integrate into an existing business solution.
They are loosely coupled, meaning that the different Microservices that compose the solutions are weakly associated to each other. Changes in one service does not necessarily affect other system components.
Services in a loosely coupled system can be replaced with alternative in-house or third party implementations that provide the same set of services and functionality, therefore not tying a business or developer to a particular vendor or technology.
They closely follow the Single Responsibility Principle, which is a software development principle that states that every service in a system should have responsibility over a single business or technical concern.
There are many other advantages in adopting a Microservices architecture, including enabling development teams to efficiently and repeatedly deliver large applications, and business to adopt best-in-class SaaS solutions while avoiding vendor lock-in.
Microservices in Java refer to a software architecture pattern where an application is built as a collection of small, independent services. Enterprises like Amazon, Netflix, Uber, and Etsy have adopted microservices to achieve scaling advantages, business agility, and profitability.