We do not keep stock of our specialist security hardware, as each item is sourced directly from our suppliers on request. Please complete the form below so our team can verify your requirements, confirm availability, and provide a quote with expected lead times.
The Phone Shield – PS3 is a premium lockable RF-shielding Faraday bag designed to secure smartphones from all wireless signals. Built for operational scenarios where chain of custody, evidence integrity, or secure storage is vital, the PS3 adds a tamper-resistant layer to traditional Faraday shielding.
It offers full-spectrum signal isolation, including 5G, Wi-Fi, Bluetooth, GPS, and RFID, making it an essential tool for law enforcement, digital forensic teams, corporate security, and government agencies. The PS3 features a secure lockable flap with dual locking rings (padlocks not included), ensuring the device remains undisturbed during investigation or storage.
Crafted with a rugged outer shell and an advanced dual-layer RF shielding fabric, the PS3 is built for professional environments where both signal security and physical security matter. Its slim profile allows for easy integration into transport workflows while maintaining strict device isolation.
• RF-shielding Faraday bag for smartphones
• Lockable design – dual metal rings for tamper-evident padlocks
• Blocks 5G, 4G, GSM, GPS, Wi-Fi, Bluetooth, NFC, and RFID signals
• Dual-layer RF shielding with 90 dB+ attenuation
• Strong hook-and-loop seal for signal protection
• Durable outer material for frequent operational use
• Suitable for forensic evidence, privacy control, and secure environments
• Tamper-evident security seals (sold separately)
• Evidence ID window or barcode tag (optional)
• Compatible padlocks available on request
• Can be packaged with other Faraday solutions for kit builds
• Custom agency branding available (MOQ applies)
N/A – This is a standalone physical RF shielding solution. Commonly used in conjunction with mobile acquisition tools like the Falcon-NEO2 or EchoPlus-NG for maintaining signal isolation before forensic imaging.