Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Introducing SecurityScorecard's Integrate360° Marketplace

Aleksandr Yampolskiy, SecurityScorecard Co-Founder and CEO, introduces Integrate360°, SecurityScorecard's Marketplace of Integrations and Apps. The Marketplace enhances the ability of SecurityScorecard customers to find, manage, and mitigate cybersecurity risk with out-of-the-box apps and integrations to extend the power of SecurityScorecard. We are the first cybersecurity ratings company with over 40 product integrations, security intelligence partners, and professional services. The SecurityScorecard Marketplace brings customers a one-stop shop where they can unlock, discover, and deploy additional trusted partner solutions and pre-built integrations on top of the SecurityScorecard platform.

Transforming the Way Organizations Understand and Communicate Cyber Risk

SecurityScorecard transforms the way organizations understand and communicate cyber risk. This animated video provides an introduction to SecurityScorecard and how organizations around the world use it to transform the way they understand, communicate, and report cyber risk.

How to Apply the Risk Management Framework (RMF)

The Risk Management Framework (RMF) is most commonly associated with the NIST SP 800-37 guide for “Applying the Risk Management Framework to Federal Information Systems: A Security Life Cycle Approach,” which has been available for FISMA compliance since 2004. It was updated in December 2018 to revision 2. This was the result of a Joint Task Force Transformation Initiative Interagency Working Group; it’s something that every agency of the U.S.

Inherent Risk vs. Residual Risk (Quick Explanation)

Inherent risks include all risks that are present without any security controls. Residual risks are the risks that remain after security controls are implemented. Residual risks are inevitable. Even with an abundance of security controls, vestiges of residual risks will remain that could expose your sensitive data to cyber attacks.This is because the proliferation of digital transformation expands the digital landscape, creating more attack vectors.

Cyber Insurance: Insuring the Intangible

Whichever way you look at it, the talk around cyber has been gathering steam. Plenty of commentators on the insurance market have predicted that 2021 will be the year that cyber insurance comes into its own. Cyber risks are constantly shifting and personal and commercial insurance is fast becoming a must-have. However, it’s hard to draw the line between the two as remote working becomes more common so insurers are finding it difficult to write cyber in a general sense. Demand won’t drop off though. Nor will the threats.

What is Residual Risk? Why it Matters So Much in 2021

Residual risk is the threat or vulnerability that remains after all risk treatment and remediation efforts have been implemented. Even with an astute vulnerability sanitation program, there will always be vestiges of risks that remain, these are residual risks. Because they will always be present, the process of managing residual risk involves setting an acceptable threshold and then implementing programs and solutions to mitigate all risks below that threshold.

What is data loss prevention?

DLP security strategies, benefits explained The threat landscape is a constantly evolving challenge for enterprise security professionals – the number of cyberattacks is continuing to rise, data exfiltration is now included in 70% of ransomware attacks, and insiders are responsible for 30% of all data breaches. As a result, enterprises are constantly looking for ways to reduce the risk of sensitive data being leaked outside the company.

What is inherent risk? Your sensitive data could be In danger

Inherent risks are the cyber risks and vulnerabilities within an organization before security measures are implemented. In contrast, residual risk is calculated after cybersecurity protections have been put in place to protect against all of these inherent risks; its calculation includes every possible attack vector that could affect a system or data.