Peerbits Blogs

  In today's digital world, making sure that the applications are resilient and scalable is of prime concern. Businesses adopting microservice architecture for scalable and efficient delivery, encounter a new challenge concerning system stability. For that, chaos engineering has emerged as an important practice in the building of resilient microservices; automating this process amplifies its effectiveness even further. In this blog you’ll explore all about chaos engineering including the microservices role in it, why you need chaos engineering, its components, and some examples proving its success in the real world. Let’s begin. Understanding Chaos Engineering Chaos engineering is the method of intentionally injecting faults into a system to uncover its weaknesses and build confidence in its resilience. The primary objective is to ensure that microservices can withstand unexpected disruptions, such as server failures, network issues, or sudden spikes in traffic. It is done to enhan...

Various architectures in the software industry are facing the strikes of obsolescence as the technologies become advanced with time. With the rise in demand and efficiency in businesses, the factor of innovation always keeps them on the edge. Several challenges can hinder innovation and agility in traditional architectures. And to resolve it, first, your business should be able to address them properly. Many disregard the faults in their existing architecture leading to a massive loss of valuable time and money.  Therefore, to save up on your expenses and find if your company has taken a wrong turn in terms of choosing an architecture, have a look at these 7 major disadvantages of traditional architecture that are slowing down your innovation horses! And get insights into modern solutions like serverless architecture for innovation & faster development cycles. Monolithic architecture Challenge: In traditional setups, systems are often built as monoliths, which means they have...

Technological evolution these days is running with the speed of light and to keep up, your business has to be scalable and agile to thrive. Yet, many are still sticking to manual infrastructures for provisioning and deployment. Surely, these methods performed well in the past, but now they pose alarming hindrances to business growth and innovation.   Have a look at all the major limitations of manual infrastructure provisioning & deployment that are keeping your business's growth stuck. And plan a reliable infrastructure automation with the AWS CDK approach unlocking the full potential of your business. Now let’s get hold of what is traditional infrastruct ure provisioning and what it lacks. Traditional Infrastructure Provisioning Traditional infrastructure provisioning involves an initial setup and configuration of the hardware and software resources that will be used for IT support services. It involves preparing and equipping the infrastructure manually to be ready f...

In the volatile software industry, dependability, productivity, and speed become more critical than ever. Businesses have to capitalize on process optimization, quick-to-market, and improved product quality to get a competitive edge.  Integrating DevOps services is a way of thinking and doing that is aimed at uniting the teams of development and operations through automation, collaboration, and steady improvement. Automation, the critical enabler to achieve software delivery at an advanced level, undergirds DevOps. This blog talks about how DevOps services enable automation to streamline software delivery. The development and operations (DevOps) teams work closely together. Instead, they communicate more frequently and integrate their processes more comprehensively. It is this cultural change that elevates DevOps above a mere amalgam of technologies or techniques. Efficiency, timeliness, and responsibility worsened due to the functional segregation of these two functions. ...