The combined power of the SystemShield real-time defensive architecture and the Nomads Complete Forensic Suite. Stop hostile AI payloads in memory, heal active endpoints with zero reboot downtime, and preserve byte-exact chain of custody.
Legacy antivirus pings your email after disk corruption has already spread. Our unified ecosystem operates as an instant, in-flight kill switch and self-healing engine:
SystemShield intercepts polymorphic and synthetic AI mutations at runtime before threads can execute payloads on disk or alter core registries.
Before neutralizing the thread, the forensic engine clones the in-flight memory space and injection telemetry into an immutable sandbox.
Target memory space is rolled back to clean pre-injection state. Zero blue screens, zero restarts, and zero interrupted customer workflows.
Generates a signed, court-admissible dual-hash manifest (MD5 & SHA-256) for insurance underwriters, compliance auditors, and law enforcement.
The captured threat heuristics and behavioral profile are broadcast across all active nodes, locking down every machine in your fleet before the exploit can pivot.
Performs an automated deep scrub of persistence hooks, orphaned run keys, and scheduled tasks—closing out the ticket without technician intervention.
Modern synthetic threats mutate bytecode in volatile RAM to outmaneuver legacy signature scanners. SystemShield bypasses static definition files entirely, operating as a deterministic behavioral gatekeeper that neutralizes machine-speed intrusion vectors and self-repairs affected system structures in nanoseconds.
Intercepts automated, AI-assembled exploitation attempts—such as reflective DLL injection, unmapped shellcode drops, and process-hollowing hooks—before any hostile instruction cycle reaches the hardware abstraction layer or touches storage media.
When an anomaly is caught, the autonomous engine isolates the hostile thread and reverts execution context to its clean, pre-injection baseline. Running processes continue without interruption—eliminating blue screens, data loss, and costly operational pauses.
The background watchdog performs instantaneous binary and registry diff verification against known-clean OS cryptographic manifests. Tampered autorun keys, corrupted system dependencies, and hidden persistence anchors are cleansed automatically.
Designed to run silently in the background across enterprise workstations, remote field units, and Linux infrastructure. SystemShield enforces hardware security baselines, prevents stealth persistence hooks, and neutralizes automated intrusion tools.
Continuous inspection of system threads with near-zero CPU and memory usage. No loud cooling fans, no battery drain, and no workstation lag.
Heuristic containment of synthetic zero-day evasion scripts and adversarial evasion bots designed to outrun traditional static virus signatures.
Licenses lock directly to the physical motherboard UUID and processor ID, blocking unauthorized seat duplication and rogue machine cloning.
| Component | Technical Specification & Operational Guarantee |
|---|---|
| Supported OS | Windows 10 / 11 (x64), Linux (Kernel 5.4+), Android (Termux & Native Daemons) |
| Runtime Footprint | < 35 MB RAM idle / < 0.4% baseline CPU utilization (Rust/C# compiled binaries) |
| Self-Healing Engine | Automatic thread restoration, verified OS binary verification, and clean registry rollbacks |
| Tamper Anchor | Kernel process protection, immutable local SQLite trails, and immediate portal blacklisting |
| Telemetry Ingest | TLS 1.3 encrypted secure webhook transport with mutual certificate pinning |
A specialized digital forensics toolset built for law enforcement, corporate auditors, and incident response triage teams. Carves court-ready artifacts across corrupted, unallocated, and hidden file structures.
Deep-block physical disk reconstruction recovering deleted documents, headers, and fragments across NTFS, ext4, and FAT32 filesystems.
Live memory analysis identifying injected DLLs, unhooked API tables, hidden threads, and outbound sockets established in volatile memory.
Concurrent real-time MD5 and SHA-256 stream hashing with automated chain-of-custody PDF/JSON manifests ready for courtroom submission.
| Module | Operational Functionality |
|---|---|
| Carving Engine | Multi-threaded file header/footer signature carver with fragmented cluster reassembly |
| Filesystem Parsers | NTFS ($MFT, $LogFile), USN Journal, ext4 Inode table traversal, and slack space inspection |
| Air-Gapped Hardware USB | Bootable USB 3.2 drive pre-configured with hardware-level write blocking to prevent media contamination |
| Digital Edition | Instant download via authenticated customer portal with verified SHA-256 build integrity |
| Audit Manifests | Cryptographically signed forensic summary reports with examiner timestamp and hash verification |
Off-the-shelf software doesn't fit every battlefield or enterprise network. We design, engineer, and deploy proprietary cybersecurity software, bespoke daemons, and dedicated custom endpoints tailored to your exact operational requirements.
Need a headless agent that operates on specialized IoT hardware, field radios, or custom Linux builds? We compile lightweight, zero-dependency C# and Rust binaries tuned for your specific hardware architecture.
We build automated data-carving workflows, customized SIEM forwarders, and proprietary API gateways that hook directly into your private cloud infrastructure or air-gapped forensic servers.
Face unique advanced persistent threats (APTs)? We craft customized heuristic models and memory-space interception triggers mapped to your organization's proprietary software and protocols.
Reach our administrative dispatch for hardware resets, emergency incident investigations, or custom enterprise configurations.