THE ARCHITECTURE OF MICROSERVICES
Cloud-native application development is an approach to building applications in agile flow on a cloud platform, leveraging the cloud infrastructure potential. Utilizing new tooling and advancement procedures like microservices and containers, cloud-native applications turn out to be substantially simpler to change and time-to-market is accelerated. Building and running applications on the cloud additionally take out equipment dependencies and offer more prominent adaptability, dexterity versatility, and resilience.
WHY GO CLOUD-NATIVE?
Incorporating testing frameworks with deployment helps in making speedy updates and enhancements.
Streamline operations and lower support costs by managing applications with integrated monitoring services.
Microservices help applications scale and recover independently as and when required.
Move to DevOps methodology to exploit the automation of delivery and infrastructure changes.
HOW CAN WE HELP?
Our end-to-end services accelerate your transformation to the cloud-native architecture which gives you a competitive advantage and drives real business value.
DEVOPS ON CLOUD
Built for scale and flexibility
For high productivity
DevOps methodology is an essential aspect of application development. It encourages a continuous technology flow by integrating deployment, QA, and operations rapidly. Teams who adopt the DevOps methodology have shorter release cycles and quicker time-to-market without quality compromise.
The Microservices architecture is a software development infrastructure where a large application is built as a suite of small modular services that are independent and scalable. This evolutionary architecture of loosely-coupled microservices makes deployment effortless and improves the fault tolerance ability, making the system more resilient.
Containers serve as lightweight and portable wrappers that run individual Microservices. The automation permits the dynamic creation or destruction of containers based on the load. This quick formation of containers guarantees higher versatility and accessibility of Microservices.