IPNetwork Monitor 1.0 build 141 of March 11, 2024. File size: 112MB
Any resource with well-defined performance metrics (i.e., parameters that can be tested against acceptable values) can be evaluated for performance. Website load testing often involves simulating multiple concurrent users by running numerous HTTP and/or Web Transaction Monitors. Polling intervals can be adjusted to mimic real-world user behavior. Similarly, Web service performance testing can utilize remote monitoring agents accessing the service from various IP addresses to better simulate realistic load conditions. This approach applies to other test types, like application performance tests (launching multiple application instances or connecting to an existing application to send processing data). More general tests, such as system performance tests, can be conducted by executing scripts/programs that consume system resources, simulating high-usage scenarios. Load performance testing subjects the service or device to simulated (“virtual”) or real connections to observe performance behavior and identify degradation points. Server uptime monitoring measures the duration a service remains accessible and performs acceptably. Note that this isn’t necessarily tied to the operating system’s overall uptime. Therefore, a server uptime monitor can track general server uptime or that of a specific service. Each test uses specific performance testing metrics. For website load testing, these include average and peak response times, connection count, concurrent users, CPU load, memory usage, and requests per second. Server availability indicates a state where performance parameters are within acceptable limits and all services function as expected. Different testing methodologies may be necessary for specific scenarios (e.g., testing specific website functionality like form processing or file uploads). [interfaces_screenshot]
IPNetwork Monitor 1.0 build 141 of March 11, 2024. File size: 112MB