Microsoft .Net Application Performance Monitoring
Enterprise-grade .NET monitoring software built to work right out of the box
Optimize .NET monitoring and management
.NET monitoring can become complex and labor-intensive if your server handles many different applications at the same time. By the time you have your Microsoft .NET monitor configured to your liking, you’ve already lost valuable time you could have spent monitoring .NET applications.
SolarWinds® Server & Application Monitor (SAM) is designed to monitor and manage .NET applications right out of the box. You can monitor heap size, threads, connections, and many other performance statistics to ensure high availability of your Microsoft .NET applications.
Gain critical insight into Microsoft .NET monitor findings
Server & Application Monitor features over a dozen metrics you can use to gain greater insight into the data pulled from your Microsoft .NET monitor. The powerful, intuitive dashboards included in SAM are built to help monitor .NET performance, availability, and usage statistics of your Microsoft .NET application servers and the business-critical applications running on them.
Key performance metrics available in SolarWinds SAM for .NET monitoring include:
- Memory usage
- Thread processor time
- Locks
- Exceptions
- Connections
- Security
- Network traffic
- JIT compilation
- CLR loading statistics
- Process/working set
- Page faults
- Throughput
- Response time/latency
- Cache
Perform root-cause analysis with Dynamic Service Groups
Dynamic Service Groups within the SAM dashboard allow you to categorize and monitor complex, multi-tiered applications—.NET application server, IIS web server, and SQL database—by grouping them into specific categories such as location, department, or service. This helps provide powerful ways to collect the statuses of individual servers and applications, discover root causes of performance degradation, and alert when a single server or cluster of servers goes down. And because Dynamic Service Groups understand dependencies among configuration items, they can also reduce redundant alerts.
Use custom reports to negotiate IT environment requirements
Server & Application Monitor is designed so you can use historical trend reports to take context-aware action. Tune your Microsoft .NET applications to determine whether clusters should be load-balanced or if heap size should be adjusted based on transaction response times.
The automatically-generated graphs and reports can also be viewed on an hourly, daily, weekly, monthly, or custom-defined bases. You can generate different reports based on the resource type, like Application Server reports or Custom Application reports. Using SAM, you can quickly modify reporting for a department or recipient and automate report delivery using the Application Reporting Engine.
Get More on .NET Monitoring
Do you find yourself asking…
Microsoft .NET is a software and application development framework designed to offer its users many of the application-building capabilities they would get with Java but in a Windows-based systems environment. It’s free, open-source, and boasts many different application models. The platform is well-known for its vast library of coding languages, which can allow coders to pull from common functions used by other programmers instead of manually rewriting each line of code.
While this framework can make building applications easier and faster, it is often difficult to keep track of all your .NET applications in large, widely-distributed systems environments. However, monitoring .NET applications is important because these critical insights can be used to improve overall .NET application performance, such as helping more effectively allocate network resources and speed up troubleshooting.
Microsoft .NET is a software and application development framework designed to offer its users many of the application-building capabilities they would get with Java but in a Windows-based systems environment. It’s free, open-source, and boasts many different application models. The platform is well-known for its vast library of coding languages, which can allow coders to pull from common functions used by other programmers instead of manually rewriting each line of code.
While this framework can make building applications easier and faster, it is often difficult to keep track of all your .NET applications in large, widely-distributed systems environments. However, monitoring .NET applications is important because these critical insights can be used to improve overall .NET application performance, such as helping more effectively allocate network resources and speed up troubleshooting.
Use .NET monitoring to help ensure application performance
Server & Application Monitor
- Use automatic discovery and server monitoring to speed up .NET performance monitoring.
- Quickly monitor the performance and availability of Microsoft Azure and Amazon AWS services.
- Use built-in templates to facilitate .NET application performance monitoring best practices.
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