Browse hostile infrastructure
without leaving a single byte on disk.
Standard web browsers are designed to remember everything. HashScope is engineered to forget everything the millisecond a tab closes. Isolated per-tab Tor & WireGuard tunnels, anti-cloaking device emulation, and court-admissible evidence capture.
Built from the ground up for high-threat investigations.
Commercial browsers continuously sync telemetry, write persistent crash reports to disk, and route all windows through a single IP. HashScope eliminates every vector of investigative leakage.
Concurrent Multi-Route Network Isolation
In traditional browsers, changing your proxy or enabling a VPN forces your entire machine through that single connection. HashScope binds dedicated, isolated network tunnels to individual tabs. Investigate a Tor darkweb market on Tab 1, an active ransomware C2 via WireGuard on Tab 2, and monitor open threat intelligence Direct on Tab 3 without proxy crosstalk.
Strict 10 MB RAM Ceiling
Cookies, cache, DOM trees, and network responses are stored strictly in volatile memory. All Chromium SQLite disk caches, IndexedDB, and GPU crash logs are hard-disabled.
Anti-Cloaking Engine
Modern phishing campaigns inspect User-Agent and viewport dimensions to serve 404 pages to security researchers. Emulate Apple iPhone iOS, Android Samsung, or Googlebot with one click.
✓ Touch Event Emulation Enabled
✓ Geolocation Spoofing Active
ISO/IEC 27037 Evidence
Capture full-page lossless screenshots and rendered DOM snapshots with cryptographic SHA-256 integrity verification. Compiles a court-admissible custody manifest in seconds.
screenshot.png -> SHA-256dom_snapshot.html -> SHA-256CHAIN_OF_CUSTODY.json -> Verified
Emergency Nuke & Burn
Instantly zero-out all volatile memory buffers, close partition webviews, and kill the application process cleanly without leaving trace artifacts in unallocated memory.
Test the In-Browser IOC Defanger
Safely neutralize suspicious URLs, IPs, and email lures before sharing them in Slack, Jira, or incident documentation.
Built-In Forensic Triage Command Shelf
Curated commands for rapid incident containment across Windows and Linux. Available instantly inside HashScope's drawer.
Standard Browser vs. HashScope
Why standard incognito or private browsing modes fail standard digital forensics and OPSEC requirements.
| Forensic & OPSEC Property | Standard Chrome / Edge | Private / Incognito Mode | HashScope Forensic Browser |
|---|---|---|---|
| Disk Caches & SQLite Databases | 1.2+ GB written across profile | Writes crashpad, GPU, and temp files | 0 Bytes (Strict 10 MB RAM cap) |
| Per-Tab Proxy Routing Concurrency | No (Whole OS proxy only) | No (Whole OS proxy only) | Yes (Tor, VPN, Burp per-tab) |
| WebRTC UDP Real IP Leakage | Leaks local & VPN IPv4/IPv6 | Leaks local & VPN IPv4/IPv6 | Blocked (disable_non_proxied_udp) |
| Anti-Cloaking Device Emulation | Manual DevTools required | Manual DevTools required | 1-Click iPhone, Android, Googlebot |
| Email Header & EML Dissector | None (Requires 3rd-party websites) | None (Requires 3rd-party websites) | Built-in (SPF, DKIM, DMARC, hops) |
| Evidence Chain-of-Custody Manifest | None | None | ISO/IEC 27037 SHA-256 ZIP |
Download HashScope for Your Environment
Download the Windows Desktop Installer, the 1-File Portable edition, or standalone packages for your lab.
Microsoft Windows
Compatible with Windows 11, Windows 10, and Windows Server (64-bit). Full installer or 1-file portable executable.
Linux / Kali / Ubuntu
Native 64-bit binary packages for Kali Linux, Ubuntu, Debian, and Arch digital forensic workstations.
Apple macOS (.DMG)
Native macOS package supporting Apple Silicon (M1/M2/M3/M4) and Intel x64 architectures.
Android Threat Hunting
Mobile security investigation edition for field analysts and smartphone threat analysis.
Get-FileHash HashScope-Setup-1.2.0.exe -Algorithm SHA256
TOJO P THOMAS
"In modern digital forensics, an analyst's investigative environment must never become a participant in the crime scene. HashScope was engineered to establish an absolute boundary between hostile web infrastructure and the investigator's local workstation."