Saner Risk Prioritization
Saner CVEM Risk Prioritization (RP) is the world’s first Stakeholder-Specific Vulnerability Categorization (SSVC) framework-based prioritization tool. It prioritizes vulnerabilities based on Business Context, and vulnerability characteristics such as Exploitability, Automatable, Technical Impact, and Mission Prevalence parameters. Saner CVEM RP, powered by in-house vulnerability and threat intelligence, implements an enhanced Exploit Prediction Scoring System (EPSS) and SecPod’s unique risk categorization algorithm & proprietary mitigation evaluation techniques in the attack kill chain. Saner CVEM Risk Prioritization consumes raw vulnerability data from the natively integrated vulnerability scanners and business and environment context to prioritize vulnerabilities into Act, Attend, Track* & Track. It provides real-time insights into an organization’s vulnerability landscape to understand the risks and helps remediation actions effectively.
Latest Updates
Operationalizing Unified Security Intelligence
Operationalizing Unified Security Intelligence Are you struggling with slow vulnerability...
Read MoreCloud Security Discovery Report 2025
Cloud Security Discovery Report 2025 Cloud Security: What’s Working, What’s...
Read MoreCloud Security Handbook for the Modern CISO
Cloud Security Handbook for the Modern CISO Protecting cloud environments...
Read More[NEW EDITION]Being an Impactful CISO in 2025
[NEW EDITION]Being an Impactful CISO in 2025 It’s 2025, and...
Read MoreOUR EVENTS
UniPod – META , Dubai – 29th May 2025
UniPod – Dubai was a meaningful step forward in SecPod’s...
Read MoreUniPod, Mumbai – 25 April, 2025
UniPod – Mumbai was an exclusive, invite-only gathering that brought...
Read MorePreventcon – 2025
We are the proud host of the PREVENTCON – 2025...
Read MoreSecPod Prevent , Bengaluru , February – 21st
The industry has reached a turning point. Traditional, reactive approaches...
Read MoreUniPod, Bengaluru – 9 January, 2025
UniPod – Bengaluru was an exclusive, closed-door event designed for...
Read More