An architecture of microservices
Cloud native applications development is an approach to building applications in rapid cadence on a cloud platform, maximizing the benefits of the cloud. Using new tooling and development processes such as microservices and containers, cloud native applications become much easier to change and time-to-market is accelerated. Building and running applications on cloud also eliminates hardware dependencies and offers greater scalability, agility and resilience.
Why go cloud native?
Automation
Shift to a DevOps methodology to take advantage of the automation of delivery and infrastructure changes.
Scalability
Microservices help applications scale and recover independently as and when needed.
Speed
Integrating testing systems with deployment helps in making quick updates and enhancements.
Efficiency
Streamline operations and lower costs by managing applications using integrated monitoring services.
How can we help?
Our end-to-end services accelerate your transformation to cloud native architecture, which help you gain competitive advantage and drive real business value.
Built for scale and flexibility
DevOps for high productivity
DevOps is the pillar of modern applications. It enables a continuous technology flow by interweaving deployment, QA and operations to encourage rapid integrations. Teams embracing DevOps methodology have shorter release cycles and faster time-to-market without compromising on quality of the software.
Microservices for performance
Microservices are a software development technique where a large application is built as a suite of modular services that are small, independent and scalable. The evolutionary design of loosely-coupled microservices make deployment easier and improves fault tolerance, making the system more resilient.
Containerization for agility
Containers serve as lightweight, portable ‘envelopes’ that run individual microservices. The automation allows dynamic creation or destruction of containers based on the load. This rapid creation of containers ensures higher scalability and availability of microservices.
Technology Stack we use
Storage
AWS S3
AWS GlacierCompute
AWS Lambda
AWS EC2Notifications
AWS SES
AWS SNSMonitoring
AWS CloudTrail
Nagios
AWS CloudWatchDeveloper Tools
AWS CodeDeploy
AWS CodePipelineDatabase Management
AWS DynamoDBConfiguration Management
AWS TerraformNetworking & Content Delivery
AWS VPC
AWS ELB
AWS CloudFrontAnalytics
Spark with AWS EMR
AWS KinesisPartnerships
