Imagine a large-scale application that functions like a human body - it involves features that impact a variety of business units, and while each piece of the application performs a unique task, all pieces are intricately connected with one another. When you make a tweak to one unit of the application, like in a human body, side effects are felt throughout all of the other units in the application. To make even the smallest change, thorough testing is needed to ensure none of the other pieces will be negatively impacted. Teams managing these respective units - teams with completely different sets of skills and business objectives - must work cohesively with one another on each update, resulting in processes that could take days, weeks or even months.
Now, imagine an application that’s not like a human body, but like a lego structure, where each piece is its own unique and independent part. Each part, or “module,” is developed, tested, deployed, scaled and maintained independently of the other modules. When a change to one module impacts another, the impact is easy to identify and describe to other teams. This results in faster and more frequent delivery and deployments. Moreover, development teams within each module’s associated business unit are able to work independently of one another, empowering them to focus on optimizing each module of the application. The results include better software faster and more empowered development teams. This is the magic of microservices.
Break down large monolithic applications by fragmenting the underlying data and business layers into independent domains and microservices deployables. In doing this, our team separates UI components from the services that would support them and leverages SOA best practices.
Design and build complex microservice ecosystems to support new feature offerings. Our team builds individual microservices that deliver feature sets and integrate with other microservices in both request-driven and event-driven scenarios.
Implement proactive data monitoring by creating a containerized stand-alone applications to run in parallel with core enterprise components without runtime dependencies. To do this, we use private domains to manage queries that are run against diverse data sets on a scheduled basis and alert support resources when data does not meet expected scenarios.
Working with a microservices architecture helps facilitate modern development practices, including continuous integration, delivery and deployment. Depending on the best fit for our client, there are a variety of strategies we use to achieve these goals.
Our team leverages best-of-breed tools to bridge the gap between developers and infrastructure operations
We use these tools to build microservice solutions that are scalable, intuitive, fault tolerant and cost effective
Creates self-contained, portable and scalable server images which can be run anywhere, anytime
Launches Docker images and scales them according to load, providing fault tolerance by implementing a high-availability architecture
Generates cloud-friendly applications enabling use of the complete Netflix stack
A service registry system by which containers can self identify
A front-end proxy that facilitates entry into the container environment and processes requests to Eureka services
A load balancer providing the methods by which requests are routed between containers as well as requests coming from external callers via Zuul
A circuit breaker that monitors the health of services and allows for a graceful failure in the case of an error
Our team leverages industry-standard libraries and languages in our development process. This ensures the long term viability of your custom application, allowing transfer of ongoing development and support to an internal IT team seamlessly.
Centralized logging via the ELK stack allows developers and administrators to debug, monitor and gain insight into distributed applications