Microservices Product Development

Benefits of using Kafka for building real-time data applications

Kafka can handle real-time data pipeline with high throughput, low latency, and guaranteed reliability without tying up computing resources.

Microservices Product Development

What does a Kafka event look like?

In Kafka, the Kafka events can be some sort of an action (read or write) that can be performed on Kafka partition when any action or task is executed.

Domain Driven Design Microservices Product Development

Here’s why CTOs are running after microservice architecture

CTOs are leveraging microservices and event driven architecture as a part of product enhancement strategy to stay ahead of competition.

Cloud Product Development SaaS

Choosing between Google Cloud and AWS in 2022

Both platforms offer extensive range of cloud products and services offering significant benefits over an on-premises deployment.


Using Event Driven Architecture to upgrade your software applications

Online SaaS applications are undergoing a drastic change in terms of user experience. Here’s how Event Driven Architecture can help you improve your applications.


How to avoid latency while building with microservices?

While building SaaS products with microservice architecture, it pays to have a robust strategy to solve latency problems today.

Integration Microservices

Using Kong Gateway for repetitive service components

Placing Kong at the center of the ideal design allows the complexity of application’s service-tier APIs to be reduced.


How an API strategy can benefit your company

APIs are a powerful mechanism for enabling digital platforms to flourish; and they continue to demonstrate their business value as they become instrumental asset.


Business benefits of API integration

API allows you to extend the functionality of your applications and offer a seamless connected experience for your customers.

domain driven design

Domain driven design for modern software applications

Domain-Driven Design is an approach for architecting software design by looking at software in top-down approach.