Break Down Monolith Into Microservices
Keep your business agile and react quickly to changing conditions. Microservices implementation delivers higher ROI on cloud and hybrid cloud infrastructures and helps your teams become agile.
CompuGain helps you in designing a fully-functional suite of microservices and coupling them into a single application. Using these microservices, we create and support scalable and flexible applications that are compatible with a wide range of digital consumption channels available to your clients externally and internally.
Our Services
At CompuGain, our experts use proven frameworks and accelerators to help you build and develop responsive, elastic, cloud-ready, resilient, and highly scalable microservices solutions. Our Microservices solutions help you build a highly scalable and complex application.
Cloud Native
Serverless
APICloud-Native Migration
We facilitate the shifting of your on-premise monolithic business application to a cloud-native platform. Since cloud-native architecture is microservices oriented, container-based and packaged, cloud-agnostic, and dynamically managed, businesses can take advantage of the cloud’s scaling benefits.
Through our cloud-native migration services, businesses enjoy high value and rapid innovation in minimum development time. It grants all the advantages, ranging from flexibility and scalability to cost-effectiveness, as a cloud-based service.
Our Capabilities
Domain-Driven Design 
Developing a microservice model that rests on the rules and logical flow of the domain.
Proven Design
Strategies 
Implementing and refurbishing design strategies that have a successful track record.
Hyperscale
Cloud-Native
Designing and developing hyper scale microservices to operate in cloud-native environments, such as Kubernetes.
Microservice
Containerization 
Breaking down an application into microservices and packaging them into containers.
Application Development
on Multiple Clouds 
Supporting the development of microservice over multi-cloud channels.
Domain-Driven Design
Developing a microservice model that rests on the rules and logical flow of the domain.
Proven Design
Strategies
Implementing and refurbishing design strategies that have a successful track record.
Hyperscale
Cloud-Native
Designing and developing hyper scale microservices to operate in cloud-native environments, such as Kubernetes.
Microservice
Containerization
Breaking down an application into microservices and packaging them into containers.
Application Development
on Multiple Clouds
Supporting the development of microservice over multi-cloud channels.
Serverless
Despite what the name suggests, serverless architecture does not indicate the lack of server involvement. It rests on the concept that developers no longer have to manage, maintain, debug, or monitor the infrastructure. Our domain expertise in cloud technologies allows us to offer such fully-managed serverless architecture execution.
CompuGain’s serverless applications provide businesses with scale, agility, speed, and security. Your organization can modernize applications while focusing on core capabilities rather than worrying about the infrastructural complexities.
Our Capabilities
Massive Scalability 
Scale up or scale down the capabilities of your application using a serverless approach.
Minimal Ops 
Reducing the need for human intervention or operational management by virtue of its fully-managed nature.
Implicit Security 
Ensuring higher security and enhanced regulatory compliance.
High Availability 
Making the application highly available and accessible over several channels.
Massive Scalability
Scale up or scale down the capabilities of your application using a serverless approach.
Minimal Ops
Reducing the need for human intervention or operational management by virtue of its fully-managed nature.
Implicit Security
Ensuring higher security and enhanced regulatory compliance.
High Availability
Making the application highly available and accessible over several channels.
API Platforms
At CompuGain, we help you achieve architectural freedom by coupling your modern API gateways and microservices natively. We follow a low-code API development approach that reduces code complexity. As a result, our APIs sport a clean code that is easy to comprehend, debug, and analyze.
API platforms designed and developed by CompuGain are quicker, easy to deploy, more robust, and offer better insights. We offer end-to-end automation and access to libraries to build, maintain, and optimize the perfect API platforms.
Our Capabilities
Adaptable Microservices 
Developing stateless and stateful microservices through REST API, Web Sockets, and GraphQL.
Reactive Microservices 
Building a microservice architecture using reactive applications to handle varying loads.
Development
Technology-Agnostic
Adopting a technology-independent design practice to explore any aspect of the API.
Message-Driven 
Designing asynchronous message-driven APIs for improved scalability.
Adaptable Microservices
Developing stateless and stateful microservices through REST API, Web Sockets, and GraphQL.
Reactive Microservices
Building a microservice architecture using reactive applications to handle varying loads.
Development
Technology-Agnostic
Adopting a technology-independent design practice to explore any aspect of the API.
Message-Driven
Designing asynchronous message-driven APIs for improved scalability.
Scale your applications through microservices
Easier to build, test, deploy, and update.
Greater fault isolation and improved resilience that allows your application to function even if a component fails.
Continuous and complex deployment of individual components.
More affordable, reduced TCO, and higher employee productivity.
Higher scalability due to efficient and need-per-basis allocation of resources.
Enhanced lifecycle automation through continuous delivery.
Decentralization and decoupling of services offer increased resilience.
Developer independence, which reduces the time to market.
Highly specific to the nature of business or business tasks.
Easier to build, test, deploy, and update.
Greater fault isolation and improved resilience that allows your application to function even if a component fails.
Continuous and complex deployment of individual components.
More affordable, reduced TCO, and higher employee productivity.
Higher scalability due to efficient and need-per-basis allocation of resources.
Enhanced lifecycle automation through continuous delivery.
Decentralization and decoupling of services offer increased resilience.
Developer independence, which reduces the time to market.
Highly specific to the nature of business or business tasks.
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