Abstract: A geo-located data system is described with inherent properties for allowing users to request and receive specific subsets of geo-located data from a known provider source.

Abstract: A Tract-Lock based drone location data system is described with inherent properties for providing precise drone location data and keeping drones within a designated geographic boundary.

Abstract: An electro-mechanical animal collar locking clasp with open and close sensors is described that allows a communication device with a unique collar identifying code to lock and unlock the collar. The forced opening of the collar clasp would be detected by the clasp sensors initiating a response to render the collar inoperable.

Abstract: A Tract-Lock based student (human) location data system is described with inherent properties for providing precise human location data only when within a specified boundary.

Abstract: A dog collar for the remote control and confinement of a dog or other suitable animal to selected geographical boundary. The system uses a series of audible cues or electrical shocks to motivate the dog to move away from an approaching preselected boundary while continually monitoring the current GPS location of the dog and recording those positions. A user interface allows for a user to program a boundary into the dog collar.

Abstract: A system and method for remote guidance of a dog or other suitable animal to and from a selected location using GPS related triangulation methods. The system using a series of audible cues or electrical shocks to guide the dog from a current location to a target location by continually monitoring the current GPS location of the dog and establishing a waypoint target for the animal as it moves. The system issues cues such as audible signals to control the dog and keep it confined within a suitable corridor so that the next waypoint may be attained. Using the invention, a dog owner can control the movement of the dog as the owner moves in its proximity, thereby creating an invisible tether or “virtual leash” or to the animal.

Abstract: A system and method for remote guidance of a dog or other suitable animal to and from a selected location using GPS related triangulation methods. The system using a series of audible cues or electrical shocks to guide the dog from a current location to a target location by continually monitoring the current GPS location of the dog and establishing a waypoint target for the animal as it moves. The system issues cues such as audible signals to control the dog and keep it confined within a suitable corridor so that the next waypoint may be attained. Using the invention, a dog owner can control the movement of the dog as the owner moves in its proximity, thereby creating an invisible tether or “virtual leash” or to the animal.

Abstract: The current invention provides systems and methods for requesting all relevant shapefiles or satellite imagery data for a parcel of land from a mobile GIS App and e-commerce web portal. The parcel of land can be designated for request by address, parcel identification, latitude and longitude coordinates, or geolocation data determined by a GPS chip set or other means resident on a handheld mobile device. The system includes a cloud computing environment for processing and storing all requested shapefiles and work flow process shapefiles. The system processing of relevant shapefiles includes rendering the shapefile for portability to multiple smart technology mobile device operating systems. In another aspect, systems and methods are described for creating and delivering concatenated shapefiles from two or more shapefiles to a mobile GIS App and e-commerce web portal.

Abstract: The current invention is a system and method for certifying GPS locations on a land tract using consumer devices having standard GPS chipsets. The system takes a plurality of readings from at least four satellites into one or more sample sets. A smoothing function is used to remove outlier GPS values and a circular plot of spatial positions made. A center location of the plot is then calculated and recorded. The process is repeated and then compared to the first center calculation. If the difference is less than a predetermined certification value, the position can be certified as accurate. Various features in a land tract can be certified to the predetermined accuracy. For example, using the process to certify or correct errors in a shapefile representing the land tract, physical markers placed on the land tract, or environmental features of a land tract to lessen environmental impact during development.