NEXT-GEN THREAT DETECTION
The DEXMOND Malware Inspection Engine uses advanced harmonics and heuristic analysis to detect
threats before they execute.
Lightweight. Intelligent. Secure. And Free
ENGINE CAPABILITIES
Real-Time Heuristics
Uses behavioral analysis to identify zero-day threats that traditional signatures miss.
- Poly-morphic Detection
- Memory Scanning
Cloud Sandboxing
Suspicious files are detonated in our isolated cloud environment, keeping your machine safe.
- Instant Verdicts
- Zero Impact on Performance
Ransomware Rollback
Automatically creates shadow copies of encrypted files and restores them if an attack occurs.
- Crypto-Lock Prevention
- Behavioral Blocking
Deep Inspection
Scans archives, packed executables, and obfuscuated scripts for hidden payloads.
- Unpacking Engine
- Script Analysis
SYSTEM SECURE
Last Scan: Just now
Scanning: /usr/bin/local/...
CRYSTAL CLEAR
PROTECTION
Security doesn't have to be complicated. The DEXMOND MIE interface is designed for clarity and speed.
Silent Mode
Protects you in the background without annoying popups or system slowdowns.
Ultralight Footprint
Uses less than 50MB of RAM, ensuring your PC stays fast.
C++ KERNEL &
LOW-LEVEL ARCHITECTURE
The DEXMOND MIE is aggressively optimized, written entirely in modern C++ and Rust to achieve bare-metal execution speeds. By operating directly at the kernel tier via proprietary ring-0 filtering drivers, it intercepts file execution attempts and memory allocations instantly.
Unlike traditional antivirus solutions built on bloated frameworks like Electron or .NET, the MIE binary compiles down to a monolithic, standalone executable. This ensures an entirely self-sufficient inspection loop that cannot be disrupted, hooked, or disabled by zero-day malware.
// Kernel-level execution interception NTSTATUS Mie_InterceptProcess(PEPROCESS Process) { if (IsEncryptedPayload(Process)) { Aurelius_Halt_Execution(Process); Isolate_Memory_Pages(Process->Id); return STATUS_ACCESS_DENIED; } return STATUS_SUCCESS; }
ALGORITHMIC HEURISTICS
Signature-based detection is dead. MIE relies on Behavioral Harmonics Algorithms to analyze the intent of raw machine code before it is executed. The engine parses the execution graph natively, analyzing system call sequences, entropy levels, and anomalous network patterns simultaneously.
Neural Unpacking
The AI dynamically simulates the unpacking process of highly obfuscated binaries strictly in memory, rendering evasive crypters entirely useless.
Entropy Analysis
Calculates absolute randomness in data blocks. High entropy accurately flags packed malwares attempting to hide within bloated assets.
PROVEN SAFETY.
ZERO FALSE POSITIVES.
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Memory-Safe Foundation
By integrating memory-safe languages like Rust for critical parsing engines, we eliminate buffer overflow vectors within our own scanner.
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Cryptographically Secured
Our cloud database and heuristic models stream encrypted updates directly to endpoints, eliminating completely the possibility of a supply chain injection.
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High-Assurance Integrity
The MIE guarantees a 99.998% accuracy execution rate. The probability of an incorrect conviction on safe files is mathematically negligible.
YARA RULES ENGINE &
CUSTOM SIGNATURES
At the core of DEXMOND MIE lies a fully integrated, high-performance YARA rules engine. This allows enterprise security teams, incidence responders, and power users to import custom threat hunting rules directly into the kernel-level scanner.
Whether analyzing strict byte sequences, complex hex strings, or executing regex over process memory dumps, the MIE YARA integration provides infinite flexibility for zero-day threat detection. Standardize your SOC IOCs and let our C++ kernel do the heavy lifting at bare-metal speeds.
rule Dexter_Ransomware { meta: author = "Dexmond Sec" description = "Detects polymorphic enc" strings: $hex_mz = { 4D 5A 90 00 03 00 00 00 } $str_enc = "vssadmin.exe Delete Shadows" condition: $hex_mz at 0 and $str_enc }
DEEP MEMORY INJECTION ANALYSIS
Modern threats (like fileless malware and Cobalt Strike beacons) operate entirely in RAM. MIE possesses absolute visibility into the virtual address space of every running process to combat this advanced evasion capability.
Process Hollowing Detection
Identifies when legitimate processes (like `svchost.exe` or `explorer.exe`) are launched in a suspended state and overwritten with malicious executable payloads.
Inline Hook Neutralization
Scans system DLLs and the Windows API routing tables to uncover rootkits attempting to intercept, modify, or silence native OS function calls.
NETWORK TELEMETRY &
DEEP PACKET INSPECTION
Executing code is only half the battle. Malware must "call home" to receive commands or exfiltrate stolen data. The DEXMOND MIE features an integrated Deep Packet Inspection (DPI) networking module.
By binding directly to the networking stack, MIE intercepts all inbound and outbound TCP/UDP traffic. It uncovers domain generation algorithms (DGA), reverse shells, and unauthorized crypto-mining connections by analyzing the SSL/TLS handshakes and payload headers, instantly halting processes attempting malicious external communications.
GET PROTECTED
Select your platform to download the engine.
*Requires Administrator privileges to install kernel drivers for real-time protection.