ASP.Net is a feature-rich application development platform. Here are the top 5 methods to boost the speed and performance of your ASP.Net applications.

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Improve your Asp.Net Performance with these 5
Methods
When we talk about performance, ASP.Net is the first platform that comes in our
mind. It is a stable foundation with power pack features for web applications.
However, to ensure the smooth working of an application, it is necessary to check
the application performance from time to time. Removing the unnecessary codes,
updating the latest version and advanced features are the few ways to improve
your ASP.Net Core application performance. Let’s find out more!
1. Avoid Blocking Calls
Design your ASP.Net Core application to execute multiple processes
simultaneously using an Asynchronous API handling numerous requests without
waiting on blocking calls. Instead of waiting for the synchronous tasks to
complete, it starts working on another thread.
The common mistake we make is calling Task.Wait or Task.Run that blocks
asynchronous execution and results in unnecessary thread pool scheduling. So
avoid calling Task.Run as ASP.Net Core already runs the thread in the normal
thread pool.
Instead, try using hot code paths, call data access, I/O, and long-running patterns
and API asynchronously. Make control/razer page actions asynchronous to
benefit from​ ​async/await​ patterns.
2. Use Cache
The common trick to increase the application performance is to reduce the
number of server requests sent out. This can be achieved if we store the received
response from the server. That means, the next time a call is made for a similar
response, instead of requesting the server, the caching feature would first check
the stored data and if it matches, retrieve it and send it to the user without calling
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the server; saving time and improving the overall performance. Usually, there are
three types of caching: client-side, server-side, or client/server-side. Talking about
ASP.Net Core Development​, it provides caching in-memory, response caching, and
distributed caching.
3. Optimize Data Access and I/O
Accessing data by interacting with data stores is the slowest part of an ASP.Net
Core application. Thus, it is crucial to read and write effectively for good
performance.
Recommendations:
● Call all the data asynchronously
● Do not retrieve more than the required data
● Consider caching frequently. Use MemoryCache or a
DistributedCache depending on the scenario
● Minimize the network round trips
● Try to retrieve the data in a single call rather than multiple calls
● Use no-tracking queries in Entity Framework Core while accessing
read-only data as it returns the results efficiently
● Filter and aggregate LINQ queries so that database performs
filtration
● Do not use projection queries on collections as they can result in
“N+1” SQL queries
Recommendation: Measure the impact of high performing queries before coding.
4. Handle Response-Request Process Asynchronously
We know that a controller and page model can handle most of the app requests
by calling the necessary services. So try to complete long-running tasks outside of
HTTP requests by handling the requests with background services. Use real-time
communication options such as​ ​SignalR​ for communication with clients
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asynchronously. Completing the work out of the process is beneficial for CPU
intensive tasks.
Recommendation: Avoid reading large requests into memory.
5. Use Response Caching Middleware
To fasten your code performance, use middleware components that request
processing pipelines, and optimize the frequently-called code paths by storing
responses and serving them later through the cache. The common examples
include - custom logging, authorization handlers, or initialization of transient
services.
Recommendation: Do not use custom middleware components with long-running
tasks.
Bonus​ ​Tips to Improve ASP.Net Core Development
● Avoid synchronous read or write on HttpRequest/HttpResponse
body
● Prefer ReadFormAsync over Request.Form
● Avoid reading large request bodies or response bodies into memory
● Do not store IHttpContextAccessor.HttpContext in a field
● Do not access HttpContext from multiple threads
With these tips, you can improve your ASP.Net application performance. Hire
ASP.Net Developer or contact your ​ASP.Net development company to implement
these features in your application today.
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