Rob Gurzeev, CEO and Co-Founder of CyCognito, has led the development of offensive security solutions for both the private sector and intelligence agencies.
Back to all postsI sat down with Gadi Evron, CEO of Knostic and CISO-in-Residence for AI at the Cloud Security Alliance, to talk about why the assumptions behind most security programs are breaking, and what defenders do now that agents changed the game.
Read more about Life Finds a Way: Securing the Enterprise When Everyone Is a DeveloperToday we’re announcing continuous AI pentesting. It runs always-on across your full external surface, using AI agents to spot overlooked weaknesses, reason through context, and chain the multi-step moves a skilled adversary would. It has already uncovered real exposures in live environments. Here’s how it works.
Read more about Continuous AI Pentesting: What We’re Building, and What It’s Already FindingMost organisations don’t know what’s on their external attack surface. Richard Stiennon joins our CEO Rob Gurzeev to unpack why attackers always find what defenders miss, and how AI is making that gap harder to close.
Read more about Thinking Like an Attacker: How to Strengthen Modern Cyber Defence StrategiesAs manufacturing enterprises adopt digital transformation, integrating SCADA with cloud-based solutions introduces serious cybersecurity risks. This case study highlights how a Fortune 500 manufacturer inadvertently exposed SCADA systems to the internet, making them vulnerable to attacks. Traditional security tools failed to detect these exposures due to blind spots in asset inventory and reliance on predefined IP ranges. By leveraging external exposure management, the company identified and remediated these risks before exploitation. This incident underscores the need for continuous attack surface monitoring, risk-based prioritization, and automated asset discovery to secure operational technology (OT) environments against emerging threats.
Read more about Security Risks in Internet-exposed SCADA in ManufacturingThere are three approaches to External Attack Surface Management (EASM) for securing complex and evolving attack surfaces in modern organizations. Each has its own set of considerations, including the limitations of traditional methods and the resource-intensive nature of human reconnaissance, which clearly underscore the benefits of an automated and comprehensive EASM solution like CyCognito.
Read more about Three Approaches to External Attack Surface ManagementWe’ve seen across our customers that the typical attack surface changes by one to three percent every day.
Read more about Addressing Attack Surface Cyber Risk: An Interview with Rob Gurzeev, CEOImagine a cybersecurity team that is working hard with the usual tools and best practices. All seems on course for protecting the enterprise attack surface.
Read more about Principles of Attack Surface Protection: Discover EverythingBusiness risks lurk in many places. For cybersecurity, the worst risks are often the ones you never saw coming. A Real World Example To illustrate, consider this real example: A manufacturing conglomerate has an engineer build a Javascript connector for remote access to a mainframe but inadvertently exposes it to the internet. How do you discover this risk and its potential damage? A penetration test will not help unless you happen to be testing that particular machine among hundreds or thousands of servers. A vulnerability scan also will not help, as the risk will be invisible because it is not…
Read more about Principles of Attack Surface Protection: Assess All Assets to Detect All RisksWith a global pandemic affecting everyone, prioritization has determined Covid-19 vaccination eligibility and in what order people receive their vaccine.
Read more about Principles of Attack Surface Protection: Prioritize Risks that Endanger Your BusinessRisk remediation is a wildly unequal race between attackers with advanced processes and attack tools and defenders struggling to keep afloat with tedious, manual processes and 20-year-old technology.
Read more about Principles of Attack Surface Protection: Winning the Remediation Race
