The Faraday Bag RF Blocker Locker is designed for law enforcement agencies, digital forensics labs, and evidence rooms that require secure storage for mobile devices while preventing wireless communication. This locker provides a controlled environment for storing cell phones, tablets, and other electronic devices during evidence intake, analysis, or chain-of-custody holding, helping to prevent remote access, data alteration, or signal interference.
Built to function as a cell phone evidence locker, this unit combines physical security with RF shielding performance, allowing agencies to safely store seized devices while maintaining evidentiary integrity. Devices can be secured in individual compartments and charged while remaining isolated from cellular, Wi-Fi, Bluetooth, GPS, and other RF signals when used as part of a properly managed RF-shielded evidence workflow.
Key Features:
- RF Shielded Evidence Storage: Designed to block radio-frequency signals to help prevent remote wiping, tracking, or tampering with stored devices, supporting secure digital evidence handling.
- Individual Locking Compartments: Multiple secure compartments allow organized storage of phones and tablets by case, officer, or evidence tag, supporting established chain-of-custody procedures.
- Integrated Charging Capability: Store and charge devices simultaneously, reducing the need to remove electronic evidence from secure storage for power maintenance.
- Faraday-Compatible Storage Design: Designed to be used in conjunction with Faraday RF-blocking bags to create a layered RF-shielding approach suitable for evidence intake and short- or long-term storage. Faraday bags are not included with this locker. If required, they are widely available through third-party suppliers like Amazon .
The Faraday Bag RF Blocker Locker is purpose-built for law enforcement agencies that require secure, controlled storage of electronic devices used as evidence. As an RF shielded cell phone evidence locker, it supports proper chain-of-custody procedures while helping prevent wireless access, tracking, or data interference during storage and investigation.
