The Mission Darkness™ Cybercylent™ Faraday Tent is a cutting-edge solution for creating secure RF-shielded environments, ideal for digital forensics.
Key Features:
Construction and Materials: The tent is made from multiple layers of TitanRF™ Faraday Fabric and Tape, blocking WiFi (2.4 & 5GHz), Bluetooth, cell signals (including 5G), GPS, RFID, NFC, and radio signals from low MHz to 40GHz. It features a lightweight protective outer shell that enhances durability.
User-Friendly Design: The tent is designed for simple self-assembly and repair, using Velcro tension straps for easy adjustments. It includes a robust carbon fiber frame with aluminum connectors, providing a stable and easily transportable structure.
RFMagLink Door System: The tent has a sturdy carbon fiber plated door that folds up in sections. It is equipped with latches and three rows of magnets for a tight RF seal and easy operation.
Internal Connectivity: The tent includes a shielded filter with one RJ45 ethernet port, one AC power port, and two USB ports, and can be customized with additional shielded filter ports. Compatible cables and a power strip are included.
Spacious Interior: Inside, there is ample room for a desk and equipment. The space is illuminated by an LED rope light lining the ceiling perimeter, and a protective floor mat cushions against fabric abrasion.
Ventilation System: The tent features two aluminum honeycomb vents for passive exhaust and active air intake, along with an attached floor-standing blower fan with adjustable speeds for comfort.
Portability: The tent is lightweight and packaged in a reusable utility case with wheels and handles for easy transport and storage.
Comprehensive Kit: The kit includes specialized faraday bags, conductive repair patches and tape, and various cables for all necessary connections.
The Mission Darkness™ Cybercylent™ Faraday Tent is a benchmark in portable, lightweight, and easily repairable Faraday rooms. Its effective RF shielding and user-friendly features make it an optimal choice for professionals in digital forensics and other fields requiring a secure, RF-shielded environment.
