Apple iPad Faraday Bag - With Evidence Pouch (Military Version) (HS/3)
CODE: faraday-hs3
Short Description.
Padded iPad-Shield Faraday Bag.
Apple iPad Faraday Bag - With Evidence Pouch (Military Version) (HS/3)
The Padded iPad Faraday Bag - Military is designed to ensure that all signals sent to and from the iPad are blocked. If your iPad is a 3G version, it will inhibit the opportunity of reading the ICCID number of the SIM remotely, as well as inhibits 3G signals on all frequencies, (900Mhz, 1800Mhz, 1900Mhz, 2.1Ghz), Bluetooth and WiFi.
STOPS THE DATA ON
YOUR PHONE OR DEVICE BEING REMOTELY WIPED
Avoids the problem
of the mobile phone becoming PIN locked.
Avoids the problem
of the mobile phone becoming PUK locked.
Evidence models
have a ‘Window’ that allows user the ‘preview’
evidence on suspects phone secure in the
knowledge that the phone is being investigated
in a Faraday Situation. The Phone-Shield Faraday
Bag was the first bag in the world to offer
this.
Allows ON-Site
acquisition of Mobile Phone Evidence.
No need for
expensive consumables
Speeds up
investigation times.
Reduces
force/agency costs.
Re-useable
Portable – The
Phone-Shield Faraday Bag can be fitted onto the
utility belt of a beat officer, or pocketed for
simple, light transportation.
Negates the need
for an expensive faraday cage
When spread over
the cost of several examinations, the
Phone-Shield Faraday Bag will pay for itself in
little or no time.
To prevent the
data from the networks communicating with the
device, therefore stops any chance of evidence
being tainted.
Prevents any
chance of evidence being manipulated during
covert acquisition.
Mobile Phone can
still be turned on during flight, thus not
losing any data.
Inexpensive.
How Do The Faraday Bags (RF Shield) Work?
Faraday bags or RF
Shield bags are enclosures formed by conducting materials, either solid
or mesh.
These specialist materials block external
static electrical fields, (including radio waves). They are named after
the British physicist Michael Faraday, who built the first one in 1836.
An external radio field will cause the electrical charges within the
conducting material to redistribute themselves, to cancel the radio
fields effect in the cages interior.
Video Demo
RF Shielding Testing These faraday bags have been fully tested
independently. The faraday bags reliably attenuate at 19dB for 900Mhz
and 30dB for 1800Mhz and 2100Mhz. Independent tests have been carried
out by DeMontfort University and Police Force Test Lab:
Rohde & Schwarz
DeMontfort University
About Michael Faraday Michael
Faraday was a famous British Chemist and Physicist who contributed
greatly to the study of Electromagnetism and Electrochemistry.
Michael was born on September 22nd 1791 in London, England. His family
were quite poor meaning that Michael only received a basic formal
education. When he was 14 however, he was an apprentice to a bookbinder
and managed to educate himself over the following 7 years by reading the
books he worked on, (mainly scientific subjects). In 1812, Michael
Faraday attended 4 lectures given by the Chemist Humphry Davy, (inventor
of the Safety Davy Lamp for miners),at the Royal Institution in London.
Following this, Faraday wrote to Humpry Davy, applying for the position
of his assistant. Michael was turned down, however, he did, in 1813 gain
an appointment to the position of Chemical Assistant at the Royal
Institution.
In 1814, Davy invited Faraday on an 18 month trip around Europe which
meant meeting with many influential scientists.
1821 saw Faraday publish his work on electromagnetic rotation, (the
principal behind the electric motor).
In 1826, Faraday initiated the Royal Institutions Friday Evening
Discourses and then Christmas Lectures.
1831 say Faraday discover electromagnetic induction. This is the
principle behind the electric transformer and the electric generator –
This discovery was absolutely vital as it allowed electricity to be
transformed from a curiosity into a powerful new technology which he
spent the following decade developing.
Michael Faraday died at 76 at Hampton Court, England.