Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Communication across business units, technology layers, and systems is a massive challenge when it comes to streamlining any process, especially vulnerability remediation. Seemplicity’s new Microsoft Teams integration elevates cross team collaboration by facilitating the distribution of information, remediation requests, and more. These capabilities enable users to share findings with varying levels of context, depending on the recipients’ requirements. .

Continuous Threat Exposure Management (CTEM) serves as a strategic framework for evaluating an organization’s security posture. CTEM is specifically designed to identify and address vulnerabilities and other security gaps within an organization’s digital infrastructure. In essence, CTEM is a systematic approach to fortify cyber defenses and mitigate potential security risks effectively. Gartner, which created CTEM, sees it as a sort of Vulnerability Management 2.0.

The security space has evolved in complexity and scale, especially since 2020’s forced digital transformation hit virtually every industry. Day to day tasks for IT and security teams extend beyond the scope of people and their devices.

With the Seemplicity platform and VulnCheck KEV, organizations can remediate the riskiest vulnerabilities faster than ever. The integration of the VulnCheck KEV catalog, a community resource that enables security teams to manage vulnerabilities and risk with additional context and evidence-based validation, is available to all Seemplicity platform customers.

The Common Vulnerability Scoring System (CVSS) is a pivotal tool in the field of cybersecurity that helps determine the severity of software vulnerabilities. There are few people who haven’t heard of this scoring system, however, there are many who only know it as a scoring model versus an actual vulnerability matrix that offers a consistent framework for communicating the traits and effects of different vulnerabilities.

The days where applications were monoliths built of proprietary code, and releases were set quarterly are no more. Instead, they have been replaced by fast paced development sprints, with software created using plenty of code from open-source repositories. The growing complexities of software development and the associated risks have far exceeded the abilities of traditional application security.

Businesses have come a long way in their individual journeys to digital transformation, all to enhance their customer and workforce experiences. This shift elevated the importance of both Application Security (AppSec) and Cloud Security (CloudSec) in safeguarding digital assets and ensuring infrastructure resilience.

Vulnerability remediation is no small feat – especially if your security and remediation teams are understaffed and overwhelmed. Because vulnerabilities extend across the code, cloud, and infrastructure in your attack surface, and can vary drastically in their criticality, location, type, or affected systems, one-size-fits-all approaches are rarely the answer.

Since 2005, the Common Vulnerability Scoring System (CVSS) has been used to assess and communicate the severity of vulnerabilities in software. If you’re involved in cybersecurity, even if you’re not directly involved in managing vulnerabilities, you’ve probably come across CVSS designations like ‘critical’ or ‘high’ when referring to vulnerabilities in the industry.

Global digital transformation is rapidly changing the way businesses operate. This has led to a significant increase in the attack surface, which organizations must protect. However, this can be a daunting task for organizations that are still using traditional vulnerability management tools and processes. In this article, we will discuss the impact of digital transformation on vulnerability management and explore what a modern and automated vulnerability management solution looks like.