Saner Risk Prioritization
Assess, Prioritize, and Reduce Risk
Intelligent risk prioritization that highlights the most critical exposures so teams can focus on what matters first.
How it works
Powered by Prevention & USI
Powered by SecPod’s Prevent Framework and supported by SecPod’s native Unified Security Intelligence, Saner Configuration Hardening is part of the Saner Platform, world’s first cyberattack prevention solution.
Your first 30 days with Saner
From deployment to measurable risk reduction — here is what to expect.
100% Visibility into Critical Vulnerabilities
Saner instantly analyzes detected vulnerabilities using SSVC-based decisioning and exploit intelligence, helping security teams identify high-risk vulnerabilities across devices and understand which risks require immediate action.
Up to 70% Faster Exposure Prioritization
With contextual analysis including exploit likelihood, asset criticality, and vulnerability chaining, Saner helps security teams cut through vulnerability noise and focus remediation efforts on the risks most likely to be exploited.
Up to 90% Reduction in Attack Surface
Continuous monitoring, prioritized remediation, and integrated patch deployment help organizations address critical vulnerabilities faster. Saner helps teams significantly reduce high-risk exposures and strengthen their overall security posture.
Key Features
Everything you need to stay ahead of threats.
SSVC-Aligned Risk Decision Engine and Action Mapping
Translate vulnerability data into deterministic remediation decisions.
Saner implements a decision engine aligned with the Stakeholder-Specific Vulnerability Categorization framework to convert vulnerability intelligence into structured remediation actions, where each vulnerability is evaluated against parameters such as exploitation status, technical impact, asset exposure, and mission relevance, and mapped to decision states including Act, Attend, Track, or Defer. The decision logic operates as a rule-driven system that standardizes prioritization across environments, reducing ambiguity in remediation workflows, and decision states are dynamically recalculated as new signals such as exploit availability, asset context changes, or threat intelligence updates are ingested, ensuring that risk posture reflects current conditions rather than static assessments.
Exploit Likelihood Modeling and Intelligence-Driven Risk Scoring
Quantify exploitation probability using predictive models and threat signals.
Saner computes a predictive risk score by combining exploit prediction models with real-time threat intelligence ingestion, where the scoring pipeline incorporates EPSS probabilities, exploit availability, attacker activity patterns, and vulnerability disclosure timelines to estimate the likelihood of exploitation in active environments. External intelligence feeds are normalized and correlated with internal asset data to refine scoring accuracy, and the resulting score reflects both theoretical risk and observed attacker behavior, enabling prioritization decisions based on actual exploitation potential rather than generic severity ratings.
Exploit Path Analysis and Technical Impact Decomposition
Analyze exploit execution paths and downstream system impact.
Saner provides structured analysis of how vulnerabilities can be executed within an environment, where each vulnerability is decomposed into exploit prerequisites, execution vectors, privilege boundaries, and potential post-exploitation outcomes, and the system evaluates whether exploitation can be automated, chained with other vulnerabilities, or leveraged for lateral movement. Mappings to CWE categories and MITRE ATT&CK techniques provide a standardized view of weakness types and attacker behaviors, allowing teams to understand how vulnerabilities contribute to multi-stage attack scenarios rather than viewing them in isolation.
Asset-Centric Risk Prioritization with Operational Context
Align vulnerability prioritization with asset criticality and business impact.
Saner integrates asset metadata, ownership, exposure level, and operational importance into the prioritization process, allowing devices to be classified based on business function, data sensitivity, and external accessibility so that vulnerabilities affecting high-impact systems are surfaced with higher urgency. The prioritization engine evaluates how vulnerabilities intersect with critical workflows, sensitive data stores, and externally exposed services, enabling remediation efforts to focus on vulnerabilities that introduce measurable operational risk rather than treating all assets uniformly.
Integrated Remediation Execution and Patch Orchestration
Execute remediation workflows directly from prioritized risk outputs.
Saner connects its prioritization engine with a remediation and patch orchestration layer, allowing vulnerabilities to transition directly from analysis to action, where security teams can initiate patch deployment, configuration updates, or software removal across individual systems or asset groups within the same workflow. Batch remediation capabilities support coordinated patching across distributed environments while maintaining visibility into execution status and failure conditions, reducing delays between risk identification and mitigation and supporting controlled rollout strategies for high-impact updates.
Risk Telemetry, Alerting Pipelines, and Reporting Infrastructure
Monitor risk posture through continuous telemetry and structured reporting.
Saner aggregates vulnerability, asset, and remediation data into a telemetry pipeline that supports real-time monitoring and historical analysis, with risk trends tracked across time, asset classes, and business units to identify patterns such as persistent exposure, delayed remediation, or reintroduced vulnerabilities. Alerting systems trigger based on conditions such as newly weaponized vulnerabilities, increased exposure levels, or changes in asset criticality, while reporting modules provide detailed views of prioritization outcomes, remediation progress, and risk distribution to enable operational tracking and audit support. Decision trees and prioritization flows are visualized to provide transparency into how vulnerabilities are classified and acted upon, allowing teams to validate and refine their prioritization strategies over time.