The Rise of CVE-Less Attacks
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Product
Runtime Prevention
Stop malicious code execution before it ever runs. CVE or no CVE.
Runtime ADR
Detect and respond to application attacks with deep application-level forensics.
Runtime AI-Agents
See every agent. Eliminate rogue and shadow AI agents.
Runtime SCA
De-prioritize 99% of vulnerabilities - and get actionable remediation plans for the rest.
Runtime Gatekeeper
Predict and block risky applications before they ever reach production.
The Rise of
CVE-Less Attacks
Beyond Zero-Day.
Into the AI Exploitation Era.
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ADR vs EDR
Solutions
Solutions
Internet Facing Applications
Prevent exploits and malicious code from ever running inside the application.
Application-Aware Cloud Threat Hunting
Hunt threats using real application execution - not just infrastructure signals.
Database Protection
Prevent SQL injection at execution time - before malicious queries ever reach the database.
High-Compliance Environment
Runtime enforcement for regulated industries.
The Rise of
CVE-Less Attacks
Beyond Zero-Day.
Into the AI Exploitation Era.
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Resources
Resources
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The Rise of
CVE-Less Attacks
Beyond Zero-Day.
Into the AI Exploitation Era.
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Four Ninjas
of the Cloud
Why Java, Python, NodeJS, and Go Power 90% of all Cloud Workloads today — and How to Protect Them
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Application-Aware Cloud Threat Hunting
Application-Aware Cloud Threat Hunting
Hunt threats using real application execution - not just infrastructure signals
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SOCs hunt threats without application visibility
Infrastructure signals lack application context
Cloud logs, network telemetry, and CSP alerts show where something happened - not what code executed or why.
Alert fatigue without application relevance
SOCs are flooded with detections that can’t be tied to real application behavior, leading to false positives and slow investigations.
AppSec and SOC operate with different truths
AppSec sees vulnerabilities.SOC sees incidents.Neither can answer: Why did the code execute? Is it a feature or an actual attack?
Application-Aware Threat Signals
With Raven, SOC analysts gain deterministic context instead of probabilistic alerts.
Raven surfaces high-fidelity signals such as:
Which libraries were invoked
Which functions executed
Whether execution matched expected behavior
Whether execution was blocked or allowed
Faster, More Accurate Investigations
With Raven, Mean Time To Investigate (MTTI) drops dramatically.
During an investigation, Raven answers:
Did this alert involve real code execution?
Was the behavior legitimate or abused?
Was a vulnerable function actually invoked?
Bridge Between SOC and AppSec
With Raven, SOC and AppSec operate from a shared runtime truth.
Raven connects:
Runtime SCA (what is vulnerable)
ADR (what is malicious)
Execution context (what actually happened)
Amplify your SOC with application context
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Security
SAST scans source code for vulnerabilities before deployment. Learn how it works, what it finds, and the blind spots it leaves open in production.
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Security
SAST scans your code. SCA scans open source dependencies. Learn the differences, what each misses, and why runtime SCA adds the missing layer.
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Security
SCA scans open source dependencies for known CVEs. Learn how it works, why it generates so much noise, and how runtime SCA shows what actually matters.
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