Anti-Ransomware Assurance Suite
Dual-Engine Defense: Invisible Targets & Autonomous Response.
Product Offering
This suite delivers a zero-trust endpoint defense that runs two distinct, parallel protection engines. Instead of relying on a single method, it combines Automated Moving Target Defense (AMTD) to prevent infiltration with Autonomous Behavioral Analysis to neutralize active execution.
Performance Efficiency
The suite functions with negligible performance impact on endpoints, ensuring business operations aren't slowed down by heavy scanning agents.
Signature-less Detection
Engine 2 identifies malicious intent without relying on signatures, allowing it to autonomously kill zero-day threats in under 200 milliseconds.
Trusted Zone Architecture
Legitimate processes run safely within a protected "Trusted Zone," leaving original memory locations as decoy traps to catch attackers.
Dual-Engine Architecture
- Automated Moving Target Defense (AMTD):
Creates a dynamic attack surface by continuously randomizing memory structures and "mangling" PEBs at launch. Creates "Decoy Traps" for attackers.
- Advanced Anti-Evasion:
Stops techniques including UAC & AMSI bypass, Binary Proxy Execution, Shellcode Injection, and LSASS dumps.
- Adaptive Exposure Management:
Monitors security baseline gaps, enforces privileged account hygiene, and prioritizes high-risk software vulnerabilities (Virtual Patching).
- File System Decoys:
Deploys decoy traps across folders to lure ransomware during reconnaissance.
- Behavioral "Kill Switch":
Uses kernel-level analytics to monitor what a program is trying to do. Identifies malicious intent and kills the process in under 200 milliseconds.
- Identity & Token Theft Prevention:
Specifically targets and blocks attempts to steal session tokens, cookies, and browser credentials.
- Data Theft Prevention:
A specialized behavioral model that detects data staging and exfiltration patterns, stopping IP theft.
Use Cases
Securing End-of-Life (EOL) servers (e.g., Windows 2008, Windows 7) where official patches are no longer available. Engine 1's memory morphing prevents exploits even if the vulnerability exists.
Detecting when legitimate administrative tools (like PowerShell or WMI) are being weaponized for malicious purposes.
Protecting against modern malware designed solely to steal browser cookies and session tokens.
Protecting critical infrastructure (OT/ICS) that cannot connect to the cloud for updates. Engine 1 operates locally without needing constant signature updates or cloud connectivity.
Key Benefits
Two Approaches, One Goal
Engine 1 ensures the attacker "cannot find" the target (Obfuscation), while Engine 2 ensures that if they do act, they are "instantly stopped" (Behavioral).
Zero False Positives
By relying on deterministic traps and strict behavioral violations rather than probabilistic guessing, alert fatigue is eliminated.
Operational Continuity
Prevents attack dwell time and eliminates the need for complex incident investigation, as threats are neutralized before encryption or theft can occur.