Stabilitetstesting

Stabilitetstesting is a type of software testing that verifies if a system remains stable under varying loads and conditions over time. The primary goal is to ensure the software can handle expected usage and avoid performance degradation or crashes. This testing method is crucial for applications that are expected to run continuously or for extended periods, such as servers, databases, or long-running batch processes.

Key aspects of stabilitetstesting include measuring response times, throughput, memory usage, and CPU utilization under stress. It helps identify memory leaks, resource exhaustion, and other issues that can emerge after prolonged operation. Unlike performance testing, which often focuses on peak load capacity, stabilitetstesting simulates a consistent, moderate to high load over an extended duration to uncover problems that are not immediately apparent.

Common scenarios for stabilitetstesting involve simulating user activity, network traffic, or data processing for hours or even days. By observing the system's behavior throughout this period, testers can detect subtle performance degradations or outright failures that would be missed in shorter testing cycles. The results are used to optimize resource allocation, identify bottlenecks, and ensure the software's reliability in real-world, long-term deployments.