C# Corner

Real-time collaboration enables developers to work together from anywhere, boosting synergy and speeding up creativity. It encourages teamwork, enhances knowledge exchange, and leads to top-notch results through collective effort and continuous improvement.

Secure and optimize your .NET Core apps for heavy traffic with strategies like load balancing, caching, authentication, encryption, and monitoring. Implementing these ensures both security and performance under intense user loads."

Imagine the daily grind of a developer working on multiple Jenkins projects. Each pipeline seems to involve repetitive tasks like interacting with version control, running tests, or sending notifications. Copying and pasting code snippets not only feels inefficient but maintaining these pipelines becomes a nightmare.

This Article describes how to store data on the client side and the difference between local storage and session storage and their methods.

Caching is a crucial technique for improving the performance and responsiveness of web applications by storing frequently accessed data in memory. In this article, we'll walk through a complete practical example of implementing and using an in-memory cache in an ASP.NET Core Web API project.

This article delves into the selection of API protocols—GraphQL, gRPC, and REST—offering insights through real-world examples, guiding developers in making informed decisions for scalable applications.

This article provides concise instructions for managing antivirus software on Windows and Linux Azure Virtual Machines using Microsoft Defender for Cloud. It covers tasks such as checking protection status, viewing incident history, running scans, configuring settings, updating definitions, and troubleshooting performance.

A struct in C# is a value type that represents a lightweight data structure. It's defined using the "struct" keyword and contains fields, properties, and methods. Suitable for small data structures, they offer efficient memory management and are often used for performance-sensitive scenarios.