Soon many technologies are going to transition from fantasy to reality. Mind-melding with computer chips to human-like AI is almost a reality. Self-driving cars and drone delivery are in the various stages of testing and small scale implementation. Such futuristic tech requires this testing phase to identify real world issues and check for feasibility of large scale implementation.
Doubting The Future?
Since these technologies are such a departure from the norm, the issues they will run into are hard to predict. There is room for doubt after careful planning, meticulous design. No matter how flawless the fabrication and how prolonged the development, the project might simply be impossible to implement.
The only possible way forward in this case is testing in the real world. These technologies can fundamentally alter our way of living and failures are potentially catastrophic. So, they have to be perfect observed Bahaa Al Zubaidi.
Performance Testing to Answer What Ifs
Developers evaluate every hypothetical scenario that can occur in the lifetime of the product. The implemented system has to have contingencies for all scenarios. Companies can check the speed and consistency of the system under these scenarios using performance testing. This eventually translates to a bug-free and dependable final product. Performance testing can include stress and load tests. It also includes quality and soak testing.
It also allows volume tests at various stages and at various levels of application. Various factors like server response time, capacity and risk management can also be validated using performance testing. Any defects in performance can be addressed, and emergent demands can be met. This helps to get the product to the market quicker. Using open source tools, developers track the Software Development Life Cycle (SDLC) and speed up the process.
Combining Tests To Get Better Results
Because the products are so new and operate in new paradigms, existing methods of testing are often inadequate. But the combination of testing methodologies offer much more fine-tuned results. Load tests and stress tests are used to develop software products and devices. They show how stable they are under prolonged extreme conditions. Soak tests show how the product responds to a testing condition over a particular timespan.
Combining these can show how a product will perform under changing conditions including extremes in a real world scenario. This is the source of the power of performance testing with a combination of methodologies. Using virtual environments for this is also a key as it allows for testing applications in constantly altering environments.
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