The Mission Darkness™ Dry Shield Faraday Tablet Sleeve completely blocks all wireless signals and
keeps medium size electronic devices shielded to prevent hacking, tracking, spying, and chain of
custody corruption. When a tablet or mobile device is properly 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. Primary uses are for law enforcement and
military forensic evidence collection, defense against data theft, personal security, EMP
protection, EMF radiation reduction, and to enhance digital privacy.
The Mission Darkness™ Dry Shield Faraday Tablet Sleeve completely blocks all wireless signals and
keeps medium size electronic devices shielded to prevent hacking, tracking, spying, and chain of
custody corruption. When a tablet or mobile device is properly 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. Primary uses are for law enforcement and
military forensic evidence collection, defense against data theft, personal security, EMP
protection, EMF radiation reduction, and to enhance digital privacy.
The bag is built with extremely durable and waterproof 600D TPU and 420D TPU outer materials to
ensure that device(s) and faraday liner 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. The bag opens and closes easily
using the NeoLok™ closure, consisting of a double roll plus neodymium magnetic seal. Devices
enclosed inside are guaranteed to remain dry and offline in any water-surrounded location.
To use, simply place device inside the faraday lined bag.
The universal size fits most tablet models.
To close, roll the top of bag over twice.
The strong neodymium magnetic seal holds the roll closed.
Demo Video
Promo Video
Pictured with the Mission Darkness Dry Shield Faraday Phone Sleeve. The smaller phone bag fits inside
the tablet bag's zipper compartment. Purchase the matching phone bag or laptop bag separately to
provide additional device shielding.
Military-grade faraday dry bag designed for law enforcement forensic investigators and armed
services to shield electronic devices from RF signals; also used for executive travel, personal data
security, EMF reduction, and EMP protection.
Durable and waterproof 600D TPU and 420D TPU outer materials with welded seams repels water, snow,
dirt, sand, etc.
Tablet size bag shields tablets, eReaders, multiple cell phones, GPS units, transponders, or other
similar size devices.
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.
Uniquely serialized for asset tracking and evidence chain of custody.
Easy to open patented NeoLok closure consisting of a double roll with a neodymium magnetic seal.
Universal size accommodates all consumer tablet models.
Large unshielded zipper compartment on back side.
Dimensions
Internal Dimensions:
Internal usage dimensions when the bag is rolled closed (devices must fit inside these dimensions):
12"L x 9"W x 0.5"D (30.5cm x 22.9cm x 12.7mm).
External Dimensions:
External dimensions when the bag is rolled closed: 14.5"L x 9.5"W x 0.5"D (36.8cm x 22.9cm x
12.7mm).
External dimensions when the bag is flat and unrolled: 17"L x 9.5"W x 0.25"D (43.2cm x 24.1cm x
6.4mm).
Commonly Used to Shield
Tablets
Small laptops
Multiple cell phones
Transponders
GPS units
eReaders
Two-way radios
Digital cameras
Hard drives
Survival electronics
Usage Warning
Please note, the faraday material inside will become defective with extended water contact or any
punctures, thus the bag should not be used to hold wet devices or carry unprotected sharp objects.