Microservices Enablement

Microservices is not an architecture, what you build around the Microservices is the architecture. We ensure the following architectural decisions reflects your requirements.

Conventional Design

We apply the Convention over Configuration Approach in order to increase the velocity of your software teams and decrease your software maintenance costs.
Service_ Library_Decomposition


Service & Library Decomposition

We decompose your services into finer-grained services, which reflect the functions that your business requires. This also can be done for your libraries. 


Polyglot Architecture & NoSQL

Each decoupled Microservice may have its own data model which gives the flexibility to use different Databases like Relational, Document, Column-based, key-value, time-series based on your needs. We help you to choose and integrate the right data store for each microservice.



RESTful Maturity

In a distributed architecture, the ideal way to decompose your business entities and functionalities is to shift them into separate microservices. We comply with RESTful Maturity Level 2+, which helps to standardize the Microservices.


Stateless Authentication & Authorization

Authentication and authorisation management as decoupled functions should be applied in your architecture. We comply with JWT(JSON Web Token) together with API Gateways, preferably Tyk, even with your own Identity Provider if you prefer. 



Caching & In-Memory Solutions

Caching reduces reaching time to frequently queried data. There are several technologies like Hazelcast and Redis for caching in memory. Hazelcast, as a Data-Grid, uses a secure networking model to implement a shared caching model. Redis uses a hash based lookup system.


Stream and Queue Processing

Publish/subscribe or queueing messages in a distributed manner is the simple way to communicate your microservices with each other asynchronously. So, it helps to make them decoupled and more responsive by decreasing the load. Kafka and RabbitMQ are the brokers that are preferred by us to implement this design.
Stream_and_Queue Processing


Service Registry/Discovery

These two concepts enable communication between microservices without having to know the location of each other. Service registry updates details of the services, when services go up or down. Service discovery is simply asking service registry the location of the other microservices. We ensure that those are appropriately applied in the architecture.


Orchestration & Choreography

The architecture that you build with Microservices needs several decisions and flows between microservices. There are various reasons you may need an orchestrator but we strongly suggest enforcing a choreographic model which will enable your microservices towards a more decoupled model.



Centralized Auditing & Logging

Centralized monitoring and logging with microservices have several challenges. We will provide you with a centralized way to collect and analyze all of your logs with a standardized way which does not need an additional effort for developers.


Microservices DevOps Culture

In the microservices world, a code change might affect lots of projects. To solve complex deployments and dependency issues, we help you to adapt your workflow in a more automated fashion with the right tools.

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