Load and longevity test can be triggered parallelly true or false
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Load testing is the process of subjecting a computer, peripheral, server, network or application to a work level approaching the limits of its specifications. This test is usually done under lab conditions to simulate how a device will perform under extreme conditions.
Longevity testing, also called endurance testing, evaluates a system's ability to operate for a long time period. Longevity testing is an operational testing scheme that uses a baseline work efficiency specification to evaluate large enterprise application and hardware performance. Longevity testing is applied for error checking or heavy usage after a live operational period and is evaluated based on size and complexity of hardware.
Load testing is the process of subjecting a computer, peripheral, server, network or application to a work level approaching the limits of its specifications. This test is usually done under lab conditions to simulate how a device will perform under extreme conditions.
Longevity testing, also called endurance testing, evaluates a system's ability to operate for a long time period. Longevity testing is an operational testing scheme that uses a baseline work efficiency specification to evaluate large enterprise application and hardware performance. Longevity testing is applied for error checking or heavy usage after a live operational period and is evaluated based on size and complexity of hardware.
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Load testing: The process of increasing the loading and checking the response is called as load testing.
Longevity testing: An operational testing that uses a baseline work efficiency specification to calculate the hardware performance is called as longevity testing.
Load and longevity test can be triggered in parallel.
Reason: It is possible to pinpoint bottlenecks, bugs and component limitations.
Hence, the given statement is true.
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