Proactive Ransomware Defense with Real-Time Memory Capture & Key Recovery

Tracks low-level disk operations, file modifications, and suspicious I/O patterns to detect ransomware encryption attempts.

Monitors Windows API hooking, inline function patches, and unusual syscalls that indicate stealthy ransomware activity.

Detects process injection and memory-resident ransomware that evade signature-based defenses.

Automatically suspends RWX (Read-Write-Execute) memory regions when encryption behavior is detected.

Prevents the complete encryption of files by halting the ransomware before it finishes execution.

Prevents system-wide impact by quarantining the rogue process before it spreads.

Captures live memory dumps of the ransomware process to extract:

Uses filesystem journaling and shadow copy analysis to restore affected files to a pre-infection state.

Monitors master file table (MFT) and partition modifications to detect bootkit ransomware.

Blocks wiper malware tactics by preventing unauthorized deletion of backups and shadow copies.

Cross-references ransomware behaviors with global threat intelligence databases for real-time response.

Analyzes unique cryptographic signatures to classify and predict new ransomware variants.

Provides automated forensic reports to assist in post-attack investigations and legal proceedings.

Operates at the kernel level, ensuring protection even against ransomware that disables security tools.

Uses secure boot and hypervisor-assisted security to prevent self-termination by malware.

Employs tamper-resistant logging and blockchain-backed forensic records for compliance.