Case Studies

Site Reliability Engineers (SREs) face complex challenges every day. They must ensure systems run smoothly, quickly identify issues, and maintain high availability. Observability plays a crucial role in meeting these demands. Without it, troubleshooting becomes guesswork, and system reliability suffers.

In DevOps, deploying software efficiently and safely is crucial for delivering value to users without disrupting their experience. Deployment strategies define how new code moves from development to production, balancing speed, risk, and reliability. Choosing the right approach helps teams release updates smoothly, reduce downtime, and quickly respond to issues.

Understanding NGINX Its Importance Why It Became Deprecated and What Comes Next

Modernizing PostgreSQL for AI Workloads Using Azure

The internet and most modern networks rely on a set of rules to communicate effectively. These rules are known as TCP/IP, which stands for Transmission Control Protocol/Internet Protocol. Without TCP/IP, devices would struggle to send and receive data reliably across networks. This blog explains what TCP/IP is, how it works, the flow process behind it, and practical examples that show its role in everyday technology.

Site Reliability Engineer blends software engineering and systems administration to build scalable and reliable software systems. If you are stepping into this field or want to strengthen your foundation, understanding key concepts like Throughput, Latency, SLA, SLO, and SLI is essential. These terms guide how you measure, maintain, and improve system reliability. This post breaks down these concepts with clear definitions and practical examples to help you grasp their import

The Scapia Card, powered by Federal Bank, is a new-age travel credit card designed for people who love to explore. It’s not just another shiny card — it’s a lifestyle card that rewards you for living, spending, and traveling.

Choosing the right architecture can mean the difference between a successful application and a failed one. Serverless and server full architectures are the two main players in modern application design. By understanding the differences between these two approaches, developers, students, and IT professionals can create applications that are faster, more scalable, and cost-effective.

two fundamental concepts play a crucial role in ensuring that data travels smoothly across the internet: Domain Name System (DNS) and routing. While they serve different purposes, their interconnection is vital for the seamless operation of the internet.

Recently while working on a project where I had to deploy infrastructure on Azure using Terraform, Validate the deployment and then run the full CI/CD pipeline again and again. This had been an exhausting experience with: Waiting for Terraform to provision resources, Rebuilding environments from scratch, Re-triggering API calls to Azure, and Watching pipelines fail because of a small typo or a missing variable.

A switch is a networking device that connects multiple gadgets in a network, enabling them to communicate. Unlike routers, which send data to various networks, a switch directs information only to the device it’s meant for. For instance, if three computers are connected to a switch, and one sends a message to another, the switch ensures that only the intended recipient receives that message. This targeted data transfer boosts network efficiency and cuts down on excessive traf

Combining advanced language models with automation tools can greatly boost productivity and simplify workflows. Azure Logic Apps offers a robust platform for automating tasks, while Large Language Models (LLMs) provide powerful natural language processing skills. This guide will show you how to connect LLMs with Azure Logic Apps, allowing you to utilize the strengths of both technologies effectively.