Compare Tenable Nessus vs. SOCRadar Extended Threat Intelligence

Nessus is recognized by over 30,000 organizations globally, establishing itself as a leading security technology and the benchmark for vulnerability assessments. Since its inception, we have collaborated closely with the security community, ensuring that Nessus is continuously refined based on user feedback, making it the most precise and thorough solution available. After two decades, our commitment to community-driven enhancements and innovation remains steadfast, allowing us to deliver the most reliable and comprehensive vulnerability data, ensuring that critical vulnerabilities that could jeopardize your organization are never overlooked. As we move forward, our dedication to improving security practices continues to be our top priority, reinforcing Nessus's position as a trusted tool in the fight against cyber threats.

SOCRadar Extended Threat Intelligence is a holistic platform designed from the ground up to proactively detect and assess cyber threats, providing actionable insights with contextual relevance. Organizations increasingly require enhanced visibility into their publicly accessible assets and the vulnerabilities associated with them. Relying solely on External Attack Surface Management (EASM) solutions is inadequate for mitigating cyber risks; instead, these technologies should form part of a comprehensive enterprise vulnerability management framework. Companies are actively pursuing protection for their digital assets in every potential exposure area. The conventional focus on social media and the dark web no longer suffices, as threat actors continuously expand their methods of attack. Therefore, effective monitoring across diverse environments, including cloud storage and the dark web, is essential for empowering security teams. Additionally, for a thorough approach to Digital Risk Protection, it is crucial to incorporate services such as site takedown and automated remediation. This multifaceted strategy ensures that organizations remain resilient against the evolving landscape of cyber threats.