Automated penetration testing for cloud applications has various benefits over manual penetration testing. The apparent benefit of automating the penetration testing process is that it saves time, reduces cost, and can be repeated continuously.
Automation helps ensure repeatability and consistency across multiple platforms and applications. This is important because it ensures that the same results are achieved each time a test is run. and also the same test cases are being run on different applications.
Automated penetration testing also enables better testing coverage since it requires the tester to only write test cases instead of performing all steps manually. This increases speed and accuracy even further during security assessments.
Automated penetration testing can also help organizations detect malicious activities and investigate incidents quickly. By identifying the root cause of an incident, investigators can deliver the test results to the app team to fix those vulnerabilities in the code.
Last but not least, automated penetration testing can help organizations verify that their security controls are effective. Security teams can use the results of automated penetration testing to improve and adjust their organization’s security posture. In this way, automation becomes a valuable tool in an overall risk management strategy.
Prancer Automated penetration testing offers numerous benefits for cloud applications, including improved accuracy, scalability, and cost-effectiveness. By utilizing automated tools like Prancer’s solution, organizations can simulate a wide range of attacks and identify vulnerabilities more quickly and accurately. This approach enables organizations to prioritize and address security risks more efficiently and effectively. As cloud technology continues to evolve and become more prevalent, the importance of regular and comprehensive penetration testing will only increase. Automated penetration testing is an essential tool for organizations to ensure the security of their critical data and systems in the cloud.