Vulnerability Prioritization

Identify all in-scope assets (applications, servers, APIs, cloud resources) and their business criticality. Map each asset to its owner, data classification, and network zone. This ensures prioritization is grounded in business impact, not just CVSS scores.

Why SentinelOne Singularity Platform: SentinelOne Singularity Platform includes vulnerability management capabilities and can integrate with asset inventory systems, making it suitable for asset inventory and context gathering in a security context.

Run authenticated and unauthenticated scans across all in-scope assets using multiple scanners (e.g., Nessus, Qualys, OpenVAS). Aggregate results into a single data store to eliminate duplicates and normalize severity scores. This step produces a raw vulnerability list ready for enrichment.

Why Specterr: Specterr explicitly offers vulnerability scanning and risk prioritization, directly matching the needs of vulnerability scanning and aggregation.

Cross-reference each vulnerability with threat intelligence feeds (e.g., CISA KEV, Exploit-DB, Metasploit modules) to determine if a public exploit exists or active exploitation is reported. Also check for proof-of-concept code and ransomware association. This transforms raw CVSS scores into real-world risk context.

Why AI SPERA: AI SPERA provides threat intelligence and attack surface management, directly supporting exploitability and threat intelligence enrichment.

Combine business criticality, CVSS score, exploitability, and asset context into a single risk score using a weighted formula (e.g., CVSS * BusinessCriticality * ExploitFactor). Sort vulnerabilities by this score to produce a ranked list. Optionally apply a risk appetite threshold to filter out negligible findings.

Why Brinqa: Brinqa provides exposure prioritization and risk assessment, directly serving as a risk scoring engine for vulnerability prioritization.

For each high-priority vulnerability, determine the appropriate remediation action (patch, configuration change, compensating control, or accept risk). Assign the finding to the asset owner with a target remediation date based on severity (e.g., Critical: 48 hours, High: 7 days). Document any dependencies or blockers.

Why Asana: Asana provides project tracking, resource management, and automated status reporting, which can be used for remediation planning and assignment as a ticketing system.

After remediation, re-scan the affected assets to confirm the vulnerability is resolved. If the finding persists, escalate or adjust the remediation plan. Document the closure with evidence (scan report, patch confirmation). This step ensures the workflow delivers actual risk reduction, not just a paper exercise.

Why Specterr: Specterr provides vulnerability scanning, which is needed for verification, and can be used alongside a ticketing system for closure records.

Generate a summary report for stakeholders (e.g., security team, CISO) showing metrics like mean time to remediate, top risk drivers, and vulnerability trends. Use this data to refine scanning frequency, risk thresholds, and remediation SLAs. This step closes the feedback loop.

Why Brinqa: Brinqa provides exposure prioritization and risk assessment with reporting capabilities, suitable for continuous improvement and reporting.