Technology Development Projects

Android with Stealth Invisibility and Changing Appearance Technology

This invention concept pertains to an android, or robot that uses artificial intelligence, that has stealth technologies that allow it to change appearances or disappear altogether. This technology could be used by an android that can mimic other persons, such as changing its body shape as well as the appearance of its face and exterior attributes. It could also be used for drones that could disappear, such as for military technology, that allows android soldiers to integrate into the surroundings without anyone being able to see them. It could also apply generally to robotics, that have low observability characteristics, whether that means radar signature, or visibility, or other characteristics of how a robotic invention could normally be seen. It could also be used to create animals that appear and act like animals, however they could be robotic, in the sense that they can be used to collect information in foreign territories by the military, or other espionage purposes. Eventually, the technology may be able to be developed small enough that it could be used in robotic bugs like roaches and flies, so that intelligence can be gathered, or enemies can be distracted or pestered by harmless robotic bugs, or the bugs could be used to deliver chemical or biological weapons.

Robotic Scaffolding Grid System

This technology pertains to grid-based scaffolding that is used with modular robotics to attach to the scaffolding vertically on walls through multiple sets of railings that travel horizontally and vertically. This technology can also be used with multi-purpose robotics, supply chain, and conduit systems that supply multiple robots and multiple robot types the supplies that are needed for operations such as welding, cleaning, painting, and other manufacturing / fabrication activities.

Robotic Network Routing Technology

This technology pertains to the use of robotic network routing that is capable of being a backup communications route if satellites, airplane communications, antennas, and/or other types of communications are unavailable. This technology links large numbers of robots in a terrain to a centralized system that is built from the robots, and the system evolves based on the robots, such that the loss of communications and the malfunction / loss of robots within the system do not damage the system. This technology can be combined with contingency mechanisms, role assignments, network task assignment and monitoring of completion of tasks and missions, and the use of larger robots with built-in long-range communications to establish secondary links with a central operations command of the robots, such that in regards to the robots the satellite links, airplanes, and other forms of communications were only a technology used to establish a link of communications rather than a necessity of the operations of the robots.

Robotic Furniture

This technology pertains to furniture that uses robotics to be able to move the furniture through compacting all of the components to a very tight amount of space, including vacuuming out all of the air from the cushions, and the support pieces that compact to a very small amount of space. This technology may apply to beds, couches, recliners, love seats, and other types of cushion furniture. The technology would have applications in space for spacecraft and in space facilities. This could encompass the use of robotic compactable furniture that can be put away into a robotic compartment in the floor, emerge from the ceiling, and/or from the walls, and the storage compartment would not necessarily need to be at the actual location of the furniture, such that the robotic component would have the capability of programming to enter the storage compartment wherever the storage compartment was installed, or have the option of programming multiple storage locations and the option to select pre-programmed storage locations. This could also have the ability to program the movements of the furniture, such that the furniture could have the ability to move robotically when setup and when compacted, and the movement of the furniture putting its self away in storage could be programmed – such as the personality of the robotic furniture. These options could be the ‘grumpy’ furniture that doesn’t want to be put into storage and puts its self into storage in a slow mopey type of movement, the ‘readiness’ personality that acts like the furniture is ready to take the command to re-deploy while putting its self away, and the ‘yes sir’ type of personality that the furniture puts its self away in the fastest way possible – safety concerned, such that the furniture will stop if there is something moved in its way such as a person walking, and the furniture will wait or find another route, and there are evasive maneuvers such that if the furniture finds its self getting pushed into a corner by unauthorized persons while trying to put its self away, the furniture will avoid getting pushed into the corner and avoid the unauthorized persons. In a spaceship, this may include the furniture accessing a maintenance compartment tunnel to bypass the normal routes.

Facilities Construction Robotics

This technology pertains to robotics that manufacture facilities such as office buildings and install various components such as electrical wiring, lighting, HVAC, telecommunications wiring and equipment, install and configure office equipment, and other types of installations and construction that pertains to building facilities. This type of robotics technology has applications on Earth and in outer space on other planets and the construction of space facilities at scales much larger than the space station.

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