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Latest News |
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November 2011 - RoboBusiness |
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OLogic announced the demonstrated A.M.P. the
Automated Music Personality at the 2011 RoboBusiness
Summit, Boston, alongside OLogic's manufacturing partner Jetta
Company Limited, Hong Kong. |
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September 2011 - DEMO Fall 2011 |
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OLogic announced the launch of A.M.P. the
Automated Music Personality at the DEMO Fall 2011
Conference. A.M.P. the Automated Music Personality
is the world's first two-wheeled, self-balancing
smartphone accessory. |
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May 2011 - Google I-O |
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OLogic shows off Google's new mascot, Bug-Droid robots, at
Google I-O. OLogic brings Google's Android to life as a
real robot, that balances on two wheels, plays Google Music
streamed from an Android phone, and controls the robot, using an
Android app, designed in AppInventor, Google's newest, easy,
drag-and-drop method for creating mobile applications. |
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UPCOMING EVENTS
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| OLogic started out as an
outsourced research and development company for consumer
electronics and toy products with a focus on robotics.
OLogic is hired for R&D work because most electronic toy/gadget
innovation is outsourced with poor results, and a resulting loss
of in-house expertise. OLogic has learned that toy
companies are experts in plush and plastics, but have a
difficult time making the cost-benefit justification for
including the electronics required to build compelling, robotic
product offerings. With the rise of the smartphone, it
makes sense to leverage the computing power consumers already
own by offering compelling products that just turn their
smartphone into a mobile robotic platform. OLogic is
looking to revolutionize consumer robotics using smartphones and
has developed a pipeline of brands to take advantage of this new
operating paradigm. |
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OLogic Technologies
At OLogic, we practice what we preach. Most of our
technologies are field tested by using them on real-world
robotics applications, before they ever make it into a customer
device. Many of our hardware, software, and mechanical
designs were first conceived for use in research, and
competitive robotics. By using them first in these areas,
we have learned many lessons about what works, what doesn't
work, and how create systems that can be cheaply manufactured.
Below is a sampling of some technology components we have
developed for our own use, that are licensable for use in
customer products. |
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