CyberMindr Hosts Exclusive CISO Roundtable at the Gherkin

LONDON - March 12, 2025 - PRLog -- CyberMindr, a leader in cybersecurity solutions, hosts an exclusive CISO roundtable, bringing together CISOs, ethical hackers, and industry experts to discuss the deadliest cyberattacks of 2024.

Held at the iconic Searcys at The Gherkin in London, the event brought together top security leaders, ethical hackers, and industry experts to analyze the deadliest cyberattacks of 2024 and discuss strategic shifts needed for stronger cyber resilience in 2025 and beyond.

The discussion covered AI-driven cyberattacks, evolving ransomware tactics, supply chain vulnerabilities, and cloud security risks, shedding light on emerging threats and real-world attack methods. Live hacking demonstrations revealed how attackers exploit security gaps, emphasizing the importance of proactive threat validation.

Key takeaways from the CISO Roundtable

AI-driven cyberattacks: The rise of AI-generated phishing, deepfake social engineering, and adaptive malware.
Supply chain risks: The growing threat of third-party compromises and the need for continuous vendor security assessments.
Ransomware evolution: Shift from encryption-based attacks to double and triple extortion tactics.
Zero-day & nation-state threats: Increased attacks on financial, healthcare, and legal sectors.
Cloud security challenges: The impact of misconfigurations, insecure APIs, and the importance of Zero Trust Architecture.

CyberMindr remains committed to fostering collaboration among security leaders and advancing cybersecurity innovation.

​About CyberMindr

CyberMindr is a fully automated attack path discovery platform that helps organizations identify and fix vulnerabilities in their internet-exposed assets from a hacker's perspective. By simulating over 16,000 real-world attack techniques, CyberMindr continuously validates exposures and discovers attack paths, prioritizing risks and automating remediation. This approach ensures maximum efficiency in protecting assets, with zero false- positives.