Mission Darkness™ NeoLok Faraday Bag for Phones with Battery Kit

• Military-grade faraday bag with battery kit designed for law enforcement and military forensic investigators to keep mobile devices live during field transport
• Vigilant Volt Forensic Data Preserving Power Bank that continuously charges the device once it reaches 100% power (12,800mAh and 19,200mAh battery options available — choose from the drop-down menu)
• High-quality Cable Set for connecting the device to the power bank includes universal angle USB A/M to A/M, USB extension, lightning to USB, USB micro, and USB-C cable attachments
• Includes 50 single-use DataPort Swabs for cleaning device charging ports for reliable power connection
• Transparent shielded window to view battery indicator light and device screen
• Zipper compartment to hold battery and cables when not in use
• Universal size bag shields and charges all cell phone models, GPS units, smart watches, or other similar size devices
• Patented NeoLok closure system consisting of a double roll with a magnetic seal, plus additional quick-snap closure strap for ultimate security and signal blockage
• Two layers of high-shielding TitanRF Faraday Fabric on all interior sides with dual paired seam construction (TitanRF Faraday Fabric is lab tested and certified to shielding effectiveness standards MIL STD 188-125 and IEEE 299-2006)
• Faraday compartment blocks WiFi (2.4 & 5GHz), Bluetooth, cell signals including 5G networks, GPS, RFID, NFC, and radio signals from low MHz to 40GHz
• EMI, EMR, and EMF shielding
• Neodymium magnets sewn into the bag enable it to easily adhere to metal surfaces
• Uniquely serialized to assist with asset tracking and evidence chain of custody
• Closable transparent branding pocket to display agency information
• Water-resistant ballistic nylon outer materials
• Made in the USA
• Patented utility design: Pat. US11284546B2

• Internal usage dimensions when closed (device must fit inside these dimensions): 9.5" x 6" (24.1cm x 15.2cm)
• External dimensions when open: 12" x 11" x 1" (30.5cm x 27.9cm x 2.5cm)

The patented NeoLok closure system uses a double roll and strong magnetic seal to securely close the bag, with a quick-snap strap for added protection during transport. Unlike Velcro closures, the magnetic seal can be opened inside a forensic box or analysis enclosure without damaging conductive gloves. NeoLok faraday bags are specifically designed for transferring devices from the collection site to the lab and are compatible with Mission Darkness analysis enclosures such as the BlockBox Lab XL and BlockBox Touch series.

The bag is built with a durable and water-resistant ballistic nylon outer material to ensure that devices and faraday fabric stay dry and protected. The interior includes two layers of high-shielding TitanRF™ Faraday Fabric on all sides with dual paired seam construction. The bag will block all wireless signals including WiFi (2.4 & 5GHz), Bluetooth, cell signals including 5G networks, GPS, RFID, NFC, and radio signals from low MHz to 40GHz. It is used to keep small electronic devices shielded to prevent hacking, tracking, spying, and chain of custody corruption. When a cell phone is enclosed in the bag, no apps or malicious code can be remotely triggered or wiped, no communication can penetrate, and no one can access the microphone, camera, GPS location, or data.

Mission Darkness faraday bags have a Velcro-sealable pocket on the back to place a business card or more permanent sticker. There is no need to silkscreen your department information on the bag. If you would like a permanent way to custom brand bags, we can add woven labels during production. Please contact us to discuss options.

The kit includes a Vigilant Volt Forensic Data Preserving Power Bank that continuously charges the device along with a variety of commonly used device connection cables. There are two power bank options available; choose between the 12,800mAh and the 19,200mAh depending on your typical usage needs (amount of mobile charging capabilities required). *Various factors will determine how long each power bank will last or keep the device live, including the battery state of device when it is introduced, the type of device, etc.