5 Days
How fast attackers act after a vulnerability is disclosed
WHY SANER EXISTS
Cyberattack prevention
starts with eliminating exposure
Modern cyberattacks start with known exposures that remain unresolved across endpoints, cloud, identities, applications and networks. Saner was built to solve this systemic problem permanently.
137 Days
The gap between when attackers act and when teams remediate
45.4%
Large enterprises leaving vulnerabilities unresolved within 12 months
THE REAL PROBLEM
Fragmented visibility
Assets across endpoints, cloud, identities, and networks remain partially visible
Remediation challenges
Fixing exposures requires coordination across IT, security, and operations, each team working in separate tools, separate queues, separate timelines. By the time a patch is approved and deployed, the exposure window has been open for days.
Increasing vulnerability volume
As vulnerability disclosures grow rapidly, security teams struggle to keep up with the sheer number of weaknesses emerging across their environments. Traditional approaches focus on listing vulnerabilities but fail to account for how exposed they are or how likely they are to be exploited. Without this context, organizations cannot effectively prioritize and eliminate the weaknesses that truly increase risk
Resolution is where coordination
breaks down. Here is how.
Step 01
Security Team
Detects the exposure across fragmented tools
- - SIEM Alerts
- - Vuln Scanner
- - No normalization
Manual
Handoff
Handoff
Step 02
IT Team
Receives ticket. Enters queue. Awaits approval.
- - Ticketing system
- - Days of delay
Manual
Handoff
Handoff
Step 03
Operations Team
Coordinates approval. Schedules patch window.
- - Change management
- - More delay
Manual
Handoff
Handoff
Meanwhile,
the Attacker
Has already found the attack window.
- - Exposure open
- - Risk increases
Exposure window, risk compounding over time
Day 01
Exposure Detected
Day 02
Ticket Raised
Day 04
Attacker Acts
Day 05
IT Reviews
Day 09
Ops Approval
Day 12
Patch Scheduled
Exposure Window Stays Open
No single platform connects detection to remediation. Every manual handoff adds days. Every delay adds risk.
01
Risk Increases
Unresolved exposures on any increase risk. A low-priority finding on day one becomes a critical threat by day 4.
02
Attacker Moves First
Attackers don't wait for change management windows. They exploit the gap between detection and remediation.
03
What looks like a security failure is really a workflow failure. Fragmented tools. Manual interventions. No single platform to take detection all the way to remediation. The coordination gap is the real vulnerability.
Saner approach
Attack prevention must be continuous,
proactive, integrated process
Saner is built on a simple principle. Cyberattacks succeed because exposures remain unresolved. Prevention requires more than alerts. It demands a continuous, proactive, integrated process of discovery, normalization, prioritization and remediation.
Saner brings continuous discovery, normalization, context-aware prioritization, and automated remediation together in a single cyberattack prevention platform, transforming how organizations manage exposure across endpoints, cloud & networks.
DISTINCTIVENESS OF SANER
Built Different
Works Different
Delivers Different
Outcomes Achieved
Integrated, Not Fragmented
Endpoints, cloud, and networks, most enterprises stitch together five or more-point tools to manage exposure across this complexity. The result is fragmented visibility, duplicated effort, and remediation that can't move at the speed of detection. Saner integrates natively across endpoints, cloud environments, and networks consolidating asset discovery, exposure analysis, and remediation into a single layer.
PLATFORM CAPABILITIES
How the Saner Platform
Delivers Cyberattack Prevention
Four integrated capability pillars that work as one, continuously closing exposures at scale.
Continuous asset discovery + normalization
- •Endpoint visibility across managed and unmanaged devices
- •Cloud asset discovery across AWS, Azure, GCP
- •Applications & network device inventory
- •Identify aberrations, deviations, and outliers
- •Identity asset mapping (service accounts, privileged users)
Contextual exposure analysis
- •Endpoint CVE correlation using SSVC risk prioritization & active exploit intelligence
- •Cloud misconfiguration scoring across AWS, Azure, and GCP
- •Network exposure mapping
- •Identity risk scoring for over-privileged/stale credentials
- •Container and Kubernetes exposure assessment
Controlled & Automated Risk Remediation
- •Endpoint patch deployment at scale, without manual intervention
- •Cloud/COSP configuration enforcement across AWS, Azure, GCP
- •Remediate aberrations, deviations, and outliers in devices
- •Container image hardening and runtime policy enforcement
- •ITSM integration (ServiceNow, Freshworks) for tracked remediation
Continuous risk reduction
- •Endpoint patch verification and drift detection
- •Cloud posture improvement tracking across AWS, Azure, GCP
- •Identity posture benchmarking
- •Automated compliance reporting (NIST, PCI DSS, HIPAA, CIS, SOC 2)
- •Executive risk dashboards
How Saner prevents attacks across every stage of kill chain
Attackers progress through stages, exploiting every exposure. Saner can map its prevention capabilities directly to each stage of the attack lifecycle, closing exposure before it leads to an attack.
STAGE 01: Reconnaissance
Attack Surface
Exposed endpoints, cloud assets, open ports, and shadow IT assets that reveal the attack surface
Vulnerable or misconfigured cloud services that leak environment information
Public-facing IPs and services scanned by attackers to map exploitable entry points
Saner Modules
Asset Exposure
Posture Anomaly management
Vulnerability management
Configuration assessment
Risk prioritization
How Saner Prevents
Identifies exposed assets, open ports, and shadow IT across endpoints, cloud, and networks.
Continuous scans deliver visibility into your attack surface reducing exposures attackers rely on for reconnaissance before it can be exploited.
Frequently asked questions
Find answers to common questions about our partner program
Traditional vulnerability scanners detect and report. Saner goes further, it discovers, normalizes, prioritizes, and remediates. It's a platform for network, endpoint and cloud security. Where a scanner hands off a list of findings to another team, Saner closes the loop by automating remediation workflows across endpoints, cloud environments, and networks in a single platform. The result is a measurable reduction in risk.
Yes. Saner is built to operate across complex, heterogeneous environments. It provides continuous asset discovery and exposure management across on-premises endpoints, private data centers, and public cloud providers including AWS, Azure, and GCP. Whether your infrastructure is fully cloud-native, hybrid, or spans multiple tenants, Saner delivers unified visibility and consistent remediation without requiring separate tools for each environment.
Saner uses context-aware prioritization model that goes beyond raw CVSS scores. It correlates vulnerability data with active exploit intelligence, asset criticality, business context, and real-world exploitability, including SSVC risk frameworks and live threat feeds such as MITRE ATT&CK and exploit databases. This ensures your team focuses remediation effort on the exposures that present the highest actual risk.
Most organizations suffer from a coordination gap, security teams detect an exposure, raise a ticket, IT teams queue it, operations teams schedule a change window, and by the time a patch is deployed, days have passed. Saner eliminates this workflow fragmentation by automating patch deployment to endpoints at scale, enforcing cloud configurations directly, and integrating remediation workflows without manual handoffs between tools or teams. The exposure window closes faster because there is no queue to wait in.
Saner continuously tracks remediation outcomes and measures how exposure reduces over time across every environment. Security leaders gain a unified risk score, a cyber hygiene score, that reflects the actual state of the entire attack surface. Every closed exposure, every verified patch, and every enforced configuration ties directly back to a quantifiable improvement in organizational risk posture, giving security teams the evidence they need to demonstrate progress, justify investment, and drive ongoing improvement.