Posted By Admin On Tue, Aug 13, 2019

Since the expansion of DevOps and Microservices into separate enterprises over the past couple of years, we see greater agility and improved efficiency in the way they work. The first to emerge was DevOps through the efforts of companies like Google, Facebook, and Netflix among others. Following this, Microservices got formed. All the companies showed monolithic applications of microservices with mulesoft that formed the basis for further development. First, there were the decomposed services which later became the announcer of Microservice Architecture through REST ful APIs. It is necessary to know what Microservice Architecture is at this point. 

Properties of Microservices architecture

Created by Martin Fowler and James Lewis, Microservice Architecture provides a good definition and its style provides the means to build large applications. These were a suite of service that had properties such as these:

• Run their own process
• Have a basis around business capability
• Can be deployed independently through automated machinery for deployment
• Communication uses a very lightweight mechanism

This is why Microservices promote business flexibility and handles requests from new features that can impact only a single Microservice. It uses DevOps with mulesoft team to handle the problem in a short time. It does a fast retest with the automation and then the Microservice is redeployed. 

The huge change that came about

The world of IT is changing due to the combination of DevOps and Microservices. Change is introduced through the architecture of Microservices and it is well received by the developer of modern applications. The people who introduce the change find productivity improved very rapidly. It becomes possible to deliver solutions for those who need flexibility. Microservices brings benefits to DevOps that include the following:

• Availability: We need only little downtime to release new versions of a specific service. In the monolithic application, rolling out something new will need a complete restart of the full monolith.
• Deployability: You can see the capability of Microservice to roll out new versions. It happens due to the short test, build, and deploy cycles. A good deal of flexibility is introduced by Microservice and this helps one use service-specific persistence, security, monitoring configuration and replication.
• Reliability: When Microservice has a fault, only Microservice along with its consumers’ remains affected. When there is a fault in any monolithic application, the entire monolith shuts down.
• Scalability: Through the use of grids, clusters, and pools, it is easy to scale Microservices easily. This allows a good match for Microservice through the cloud.
• Management: Efforts in the application development takes place through Agile methodology in Microservice. This is distributed to mulesoft integration server that remains small and has an independent work approach.

It is important to see how Mulesoft combines with Microservices. We can adopt Microservices architecture while using granular services on CloudHub separately. This allows us to scale the operations without any impact on other services. This is because each service or API is created as a separate application having mediation flow needed any underlying requirements. So, each of the applications has independent management.

It is easy to see the capabilities of the API life and DevOps on Anypoint platform. This is because the platform provides unified design and management along with runtime capabilities.