Performance Testing and Monitoring Solutions
In software engineering, a performance testing and monitoring solution are fundamental to ensure that your application will deliver as expected. In general, performance testing is a practice performed to software to gauge its stability and responsiveness when a particular workload is subjected to it. It also stands to measure, validate, verify and investigate other quality components of the same system. Such attributes entail reliability, scalability as well as other resource usages.
On the other hand, monitor solution occurs more commonly, in most cases, as a component of the widget engine. The monitoring solution Apica systems is often used to keep track of the various activities in the system. Such activities include frequency, CPU usage and the free space in the random access memory (RAM). It is also used to display network information like the rate of downloads or uploads and the system IP address. Through the collection of data, this system exhibits the acquired information on an LCD panel or a numeric led display.
Types of Performance Testing and Monitoring Solution
Load testing gauges the system concert as the workload increase. This workload could mean an increasing number of users or even transactions. This measure aims to establish the system staying power and response time as the workload increases. However, this workload should always stay within the stipulated workload measures.
Stress testing can also be referred to as the fatigued testing. In contrast to load testing, this measure establishes the system performance outside the stipulated workload parameters. The primary goal of stress testing is to determine the stability of the software. This covers the point at which the system fails due to overload and the time it takes to recover from such failures.
Also known as, the soak testing, endurance testing seeks to establish the performance of the software under the normal workload over added time. The primary aim of this testing is to establish system issues like memory leaks. A memory leak can be said to occur if the system fails to release any cast-off memory
Benefits of Performance Testing and Solution Monitoring
Identify Discrepancies and Resolve Issues
In initial stages measuring performance, offer a bumper to software developers before they release their work. Any potential issue can be magnified and ironed out as soon as it is realized. Furthermore, staging performance testing and monitoring solution strategically, allow more time to improve the software instead of fire-fighting pre-existing problems that could be easily avoided.
Improve Optimization and Load Capability
Another significant benefit of performance testing and monitoring solution is that it increases the optimization and the load capacity of your software. As such, you can effectively organize appropriate volumes that can be handled by your software without failing even when serving many users at a go. Benefits of performance testing and monitoring solutions can be far reaching in your firm. For instance, it can help to measure the accuracy, speed and the stability of your software, thus allowing you to fix all bugs before you reach your end users so that you can cope with scalability effortlessly.