GeckoSystems Named Amongst First Tier Service Robotics Vendors, Updates Shareholders - Seite 2

The prominent players profiled in this report with their respective market rank analysis. are:

Northrop Grumman Corporation (U.S.),
KUKA AG (Germany),
iRobot Corporation (U.S.),
Kongsberg Maritime AS (Norway),
DJI (China),
Intuitive Surgical, Inc. (U.S.),
Parrot SA (France),
GeckoSystems Intl. Corporation (U.S.),
Honda Motor Co. Ltd. (Japan),
Adept Technology, Inc. (U.S.),
Bluefin Robotics -- now wholly owned subsidiary of General Dynamics Mission Systems, Inc. (U.S.),
ECA Group (France),
Aethon Inc. (U.S.),
DeLaval International AB (Sweden),
and Lely Holding S.a.r.l. (Netherlands).

GeckoSystems has been developing advanced AI and mobile robotics systems for almost twenty years now. The original founders had a vision of a robot that would move about under software control and be utilitarian for many users. At that time, there was not much interest in robotics among the general public or industry. These founders were true visionaries and now the world is ready for what they foresaw twenty years ago.

It took nearly five years and two different teams of engineers to develop AI with sufficient situation awareness and the invention of numerous proprietary algorithms and paradigms to achieve "loose crowd" level of mobile autonomy (GeckoNav™). This was the most difficult to develop and the company is the proudest of this breakthrough, especially knowing that most robotic companies world-wide have not been able to do such.

AI augmented sensor fusion was invented with the CompoundedSensorArray™ over a ten-year time period. The CSA was a precursor to depth cameras and enabled the easy adaption of depth cameras to the Company's AI software and IoT (Internet of Things) hardware robotics architecture. Most of the Company's competitors are still seeking that Level 5 of mobile autonomy (including most automakers developing "self-driving" cars). 

It then took another three years to develop a verbal interface with voice recognition, NLP, and voice synthesis that not only could be readily modified and customized (GeckoChat™), but also had a sense of date and time (GeckoScheduler™).

Once those AI savants were stable, it was realized that unless the mobile robot was routinely proximate automatically (or instinctively like a pet cat or dog that follows one from room to room), that routine, utilitarian verbal interaction in a fixed location was only a toy due to not infrequently being in the wrong room at the wrong time. That set of sensor fusion upgrades resulted in GeckoTrak™.