Zeroth Robotics is a long-term initiative of Zeroth Enterprises focusing on the complete integration of Artificial Intelligence and automated mechanized hardware. We are approaching the end of the second decade in the Twenty-1st Century. Mechanical automation and many other related technologies will soon be a common expectation in many places in the world. At Zeroth Robotics, we believe product designs should primarily be focused on the User Interface and the every-day human usability. At this point in time, we still have doubts that machines can be trusted to oversee the safety of humans. We aim to bridge the necessary gap in order to change this as early as within the next decade. The key is to merge the most advanced hardware with the most efficient software stacks.
We are immersed in the fabrication, programming, and operation of physical objects with real-time sensors for the purpose of forming efficient user interfaces in future devices. With the organization of artificially generated voice semantics, software, and technology small enough, there soon will be a booming market for certain compact devices such as commercial Unmanned Aerial Vehicles and many other exotic possibilities.
Automation has been required for quite some time for mass production of many products and services that consumers expect. Every modern factory has robotic equipment to accomplish tasks humans are unable or unwilling to handle. Safety is the primary concern at all factories employing large machines to handle automatic production lines. The eventual goal is to design "smart" humanoid robotic agents that can manage the maintenance, operation, and eventually even the design of the larger automated unintelligent robotics. Safety statistics will follow shortly after that and humans will accept such practices in due time.
April 19, 2016
Active Research and Development has not been taking place inside Zeroth Robotics for the past 6 months due to several major operational reorganizations taking place within our parent company, Zeroth Enterprises. Programming teams from Zeroth Data will now be coordinating with software and hardware specialists currently working with Zeroth Robotics. Active development of more prototypes and updating existing applications projects is planned for later in 2017.
It has been decided that the experience and algorithms developed by Zeroth Data for the purpose of large-scale database cognizance would greatly benefit existing developments at Zeroth Robotics. Smaller teams working in closer proximity with one another stand to produce more expedient results when evolving complex data sets appropriated to large systems involving sophisticated A.I.
This will allow a direct approach and set the path for Zeroth Robotics to begin manufacturing the newest and best hardware available when the time is right. Current projections place product announcements within 24 months from the date of this article.
September 28, 2016
As with many things, there have been several set backs recently in both the organization of Zeroth Robotics and the parent company Zeroth Enterprises. Funding is very limited toward the design teams and facilities currently at our disposal. As we have been dormant in those departments, many other companies still move forward and are making great progress in the fields of cybernetics, neural networks, and the other largest supported areas of Artificial Intelligence research.
There is one thing, however, that separates us from traditional approaches to the development of the robotics industry as a whole: we intend to directly align our development schedule with that envisioned by Isaac Asimov in his short stories published in the 1940's. This mean we should be very close to autonomous, intelligent robots very soon. In order to accomplish this we ask for any and all donations to Zeroth Robotics. Thank you.
Robotic Drones Are Here to Stay
April 28, 2016
When people consider the idea of drones, vehicles of military warfare are what first comes to mind. But when you get right down to it, they are all robotic devices. In less than a decade's time from now it is likely that there will be drones flying all over the place from cities to pastures. Drones are now starting to appear in the form of quadrocopters and similar small flying devices. People currently use them to capture pictures and video from altitudes that are out of reach in nature and in nooks and crannies within city buildings and structures. At Zeroth Robotics we envision greatly expanding the use of small flying drones for more mundane purposes such as flying above each motor vehicle on the roads to give the driver a wider field of view. Another possible use of miniature flying vehicles is to deliver mail, food, live moving images, and transporting other light-weight supplies. The possibilities are endless once a standard traffic control system is in place.
Keep the Future in Mind
April 17, 2016
Everyone knows that technology now grows faster and faster at an ever-increasing interval. As this continues to happen, a strong demand is apparent for new software engineering methods in order to keep up with upgrades and updates. The diversity of different manufacturers and vendors creates a steady difficulty in developing software for the mobile devices of today. It is a wise choice to start a new design project with the newest hardware available while keeping the future in mind.
April 16, 2016
In the United States, the standard for air traffic control is now fully integrated with GPS using the current global satellite arrangement. This opens the door for a common, open-sourced "drone" traffic control system and a new global market demand involving small aircraft. In turn, this fuels an acute necessity for software engineering related to Artificial Intelligence in aerial robotics. In the next two decades we can expect to see a sky filled with numerous small flying objects as well as self-driving motor vehicles.
April 14, 2016
We are immersed in the fabrication, programming, and operation of physical objects and real-time sensors for the purpose of forming efficient user interfaces in future devices. With the organization of artificially generated voice semantics, software, and technology small enough, there soon will be a booming market for certain compact devices such as commercial Unmanned Aerial Vehicles and many other exotic possibilities.