How OSM Works
The "Collision Sensor" for Cyber Attacks
The modern digital world is overwhelmed by a "Big Data problem" of cybersecurity. With over 40,000 new vulnerabilities released annually, security teams are facing a crisis of context. Offensive Security Manager (OSM) doesn't just react to impacts; it continuously analyzes your environment to predict attacks before they happen.
Collect Data
At its foundation, OSM integrates deeply and vendor-independently to gather critical security telemetry across four technology layers.
Realtime Risk
Continuous monitoring of your attack surface to eliminate blind spots.
AppSec Context
Deep insights from web apps, software, and offensive test results.
Infrastructure
Telemetry from scanners checking IP addresses and internal networks.
Cloud Workloads
Security data analyzing modern cloud workloads and microservices.
Deep Security Context
Gathering data is only the first step. Our powerful analytics engine processes millions of technical signals through an AI-powered Finding Conversion Funnel.
At the heart of this process is the OSM AI Memory—a hybrid graph, vector, and time-series database. It knows the difference between a vulnerability on an isolated test server versus the exact same vulnerability on a database holding 20 million customer records.
Filters out false positives by assessing total operational impact.
Enrich & Predict
Moving beyond standard analytics, OSM deploys 5 Specialized AI Agents to tirelessly enrich data and forecast potential exploits as frequently as every 15 minutes.
AI Risk
Manager
Master orchestrator analyzing total impact.
Network
AI Security
Topology & routing mappings.
Web App
AI Security
Logic flaws & OWASP validation.
Cloud
AI Security
Microservices & K8s flaws.
Software
AI Layer
Raw code vulnerabilities.
Governance & Automation
Tying the entire ecosystem together is a continuous loop of intelligent automation. When a critical threat surfaces, OSM automatically generates an elite AI-generated executive briefing.
- Business Impact: Clear, non-technical context.
- Attacker Scenarios: Detailed TTPs and probabilities.
- Prevention: Immediate WAF/EDR operational steps.
- Remediation: Precise root-cause fixes for IT teams.
