Security teams are increasingly turning to penetration testing tools to advance their in-house programs through strategic exploitation automation. However, it can be challenging to round out a comprehensive and integrated pen testing toolset that meets both your organization’s requirements as well as your budget.
While the Core Impact team is hard at work to provide and enhance the most comprehensive pen testing tool, we want to be sure to regularly check in with those who matter most—our customers!
That’s why we’re pulling back the curtain to provide a look behind the scenes and show you what’s on the horizon. During this exclusive user-focused on-demand webinar, meet the product experts dedicated to your success. March's update covered:
The global chaos of last year was also seen in the digital world, as cyber attackers were seemingly relentless in their efforts. Such activity underscores the importance of penetration testing to assess and test security vulnerabilities, which allow you to better evaluate risk and be ready to detect, prevent and respond to threats as they happen.
As the need for regular security assessments continues to grow, penetration testing tools are helping organizations advance their in-house programs through strategic automation. However, there is a misconception that automated tools are best for those with a reduced headcount, like small teams or individuals.
Core Security's Blanket Purchase Agreement (BPA) with the Department of Energy (DOE) establishes a cooperative agreement that streamlines the purchase process, allowing Core Security to efficiently fulfill the recurring needs of the DOE, with their specific requirements in mind.
PRODUCT SUMMARY
These days, an organization’s technology stack isn’t merely computers and servers. The Internet of Things (IoT)—a catch all term for the many different devices that have sensors or software that connect them to the Internet—has carved out a foothold in every industry. Hospitals are filled with devices that monitor patient status, farmers are using sensors placed in the ground to obtain data about soil, and utility plants rely on SCADA systems to keep things running.