Fixing ASP .NET Performance Bottlenecks

Fixing Four ASP.NET Performance Bottlenecks

ASP.NET has become developers’ foremost choice in developing high-traffic web applications. Because of its scalable nature, the ASP.NET application tier can seamlessly handle thousands of concurrent users with millions of requests per day. Such high-traffic ASP.NET applications are deployed in a load-balanced web farm with a load balancer, routing user requests to multiple web servers.…

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How to Optimize performance of SQL Server in ASP.NET Core with Distributed Cache?

ASP.NET Core is becoming popular for developing web applications because of its cleaner and lighter architecture and cross-platform support. Such ASP.NET Core applications are high-traffic and run in a load-balanced multi-server deployment. In fact, it’s common to see 10-20 server web farms and a few even larger than this. Having a multi-server load-balanced deployment makes…

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How to Use Locking in a Distributed Cache for Data Consistency?

Businesses today are developing high-traffic ASP.NET web applications that serve tens of thousands of concurrent users. Multiple clients have access to cache data in a clustered environment where application servers deploy in a load-balanced environment. In such parallel conditions, several users often try to access and modify the same data and trigger a race condition.…

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How is a .NET Distributed Cache Superior to Key Value Store?

ASP.NET web applications, .NET web service applications, and other .NET server applications need to handle extreme transaction loads without slowing down. Although their application tier scales linearly, the data storage and database tier does not scale and therefore becomes a bottleneck. As a result, the entire application cannot scale. Originally, simple in-memory distributed key-value stores…