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Cybernet's Operator Control Unit is designed to provide field-based
control of unmanned robotic platforms
Cybernet Systems Corportation's robotics work traces its origins to
Cybernet's spin off from the University of Michigan and Environmental
Research Instititute of Michigan's Center for Autonomous and Man-Controlled
Robotic and Sensing Systems. This center worked on the development
of orbital repair and maintenance robots, and developed the optical
character recognition technology foundation that now sorts most of the
US Postal Service's first class mail.
Early in Cybernet's robotics history, we developed the first portable
robotic control unit for a mobile robot, and this work led to a series
of command stations designed for field rugged intelligence gathering
and robotic controller uses. Cybernet has since competed
in DARPA's 2007 Urban Challenge as Team Cybernet, developed unconventional
robotic platforms and force feedback devices of various sizes,
and deployed
many robotic systems through our partnership with Immersion
Corporation (including consumer force feedback
joysticks, mice, wheels, etc.).
Cybernet Robotics Materials
Note:
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- Cybernet Robotics Capabilities
Acrobat
format presentation
highlighting the capabilities and track record of Cybernet Robotics.
- Team Cybernet at the 2007 DARPA Urban Challenge
This sub-site details our entry in the 2007 DARPA Urban Challenge, the Cybervan.
- Operator Control Unit
Cybernet's Operator Control Unit (OCU) is a highly modular and flexible
controller for field-based control of robotics platforms.
- Mobile Base Unit
Cybernet's Mobile Base Unit allows Legacy Mobile platforms to be controlled
with JAUS compliant Operator Control Interfaces.
- HAAMER Joint
Cybernet's HAAMER Joint system allows precise autonomous docking that can
actively join two powered vehicles in the 1 ton weight class.
- OpenSkies Network Technology
The OpenSkies Network Technology
is an intelligent distributed agent routing framework that provides
a low-cost, high performance solution that is easy to implement virtually
anywhere that demands rapid, dynamic communications.

The Cybernet OCU consists of a handheld computer
display and a wearable vest
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