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Plan Yor Mobile Ad-hoc
Networks — In Minutes. Introducing VisNet Defense,
a new planning tool that takes rapid prototyping
of mobile ad-hoc networks to a whole new level
of speed and productivity.
In modern warfare, the network is the battlefield.
Given what’s at stake, it’s critical that network
designs, including software-, hardware-, human,
and Internet-in-the-loop behavior, be examined
and understood in the context of the environment
they will need to survive in.
Visualize. Design. Optimize.
VisNet Defense is a new network planning tool
that combines the realism and ease of a Google
Earth™ type visualization with ultra-high fidelity
network simulation. VisNet enables non-cyberspecialist
users to view and quickly grasp the mechanics
of the network, then easily construct simulated
networks for operations planning and review. No
network protocol knowledge is needed; users just
click-and-drag components from a pre-populated
list of devices and applications.
The technical complexities of network construction
are stripped out for ease of use by non-technical
teams. Yet the breakthrough power of VisNet is
that it is based on the world’s most advanced
network simulation engine, making it possible
for viewers to open and view scenarios with tens,
hundreds, or thousands of devices.
VisNet Defense enables technical and non-technical
teams to collaborate on network design, development,
and deployment using a common set of simulation
models and device configurations. Scenario files
can be directly output to advanced simulation
and emulation tools for later-stage test, evaluation,
and deployment.
Powerful GIS and Network Visualization
VisNet incorporates the same computing technology
that powers Scalable Network Technologies’ QualNet®
and EXata® software. The network simulation engine
in VisNet accurately represents network devices,
transmitters, antennas, terrestrial characteristics,
and human interactions-- at real time speed. Because
of SNT’s super-efficient parallel kernel, VisNet
can support high fidelity network models while
still maintaining real-time speed, even in large-scale
networks.
Data Sheets
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