Everyone knows that a single camera doesn’t make a
very effective security system. Even if
placed in an optimal location, a single camera can miss important details – a
fact that becomes very apparent on countless action movies. The same is true with radiation
detection. Many detectors working
together can identify threats that might slip by a single detector. This is the core idea behind the mesh network
capabilities of the Rad-DX.
The D-tect Sensor Net, a wireless mesh network built
on the 802.15.4 hardware layer,
is responsible of the novel network capabilities of the Rad-DX.. All Rad-DXs used in a system (for example
multiple devices used at various entrances of building complex) communicate to
each other via the D-tect SensorNet.
Each Rad-DX in range of the system automatically connects to the
network, the devices automatically form the most efficient network possible,
and all units can be monitored at once. Because
each Rad-DX has integrated WiFi and Ethernet, network data is available to smartphones,
iPads, and PCs from anywhere in the world.
The D-tect SensorNet is a self-healing network,
meaning that even if a Rad-DX loses its connection to the rest of the network
(power outage, communication failure, etc.), the rest of the Rad-DXs will route
communications around the inoperative unit and continue to communicate
effectively. Have a large area to
cover? The node-to-node range of the
Rad-DX is up to 1 km (line of sight), and systems with multiple nodes can cover
great distances. Integrated GPS in every
Rad-DX unit allows you to quickly identify the exact location of incidents.
Each detector is able to communicate with the entire mesh network. Information is relayed anywhere in the world by units in WiFi range. |
The communication abilities of the network are
supplemented by the following unique features to ensure security. First, the both the network and WiFi
connections are 128-bit encryption protected.
Monitoring can be conducted in real-time, or past even logs can be
reviews. And floor plans can be
integrated into the Rad-DX display to provide an intuitive understanding of
where radiation is detected.
So, remember the lessons of James Bond and don’t try
to protect your facility with a single detector. With a mesh network of Rad-DXs you’ll be able
to identify and track threats in ways that were never possible before. Visit the Rad-DX page
for more mesh network explanations and examples.
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