Which of the following is a common concern associated with RASP implementation?

A common concern associated with the implementation of Runtime Application Self-Protection (RASP) is runtime resource overhead. RASP solutions operate within the application runtime, actively monitoring and protecting against attacks by analyzing the application behavior. This introduces an additional layer of processing, which can consume resources such as CPU and memory during operation.

As RASP tools have to inspect application interactions in real-time to detect potential threats and respond accordingly, there is a possibility that they may slow down application performance. The trade-off between enhanced security and potential performance degradation needs to be carefully managed. Organizations must ensure that the benefits of increased security align with their performance requirements.

While other concerns such as increased authentication complexity or system compatibility issues may arise during the lifecycle of application security measures, the immediate impact of RASP is most notably linked to the resource overhead it may introduce during execution. This highlights the importance of testing and optimization when integrating RASP into existing systems to ensure it does not adversely affect performance.