FORTERRA

Class [009]
Computer & Software Products & Electrical & Scientific Products

Autonomous hardware and software kits for commercial or military use, primarily comprised of computer hardware, and also comprising software, all for providing driver-warning, driver-assist or fully autonomous functionality of a vehicle on a variety of surfaces from urban improved roads to off-road terrain, and which retrofits ground vehicles of all sizes from small, portable robots to large trucks; Autonomous hardware and software kits for commercial or military use, primarily comprised of software, and also containing computer hardware, all for providing driver-warning, driver-assist or fully autonomous functionality of a vehicle on a variety of surfaces from urban improved roads to off-road terrain, and which retrofits ground vehicles of all sizes from small, portable robots to large trucks; Computer hardware, computer peripheral devices, and downloadable computer software, all for use in the collecting, analyzing, integrity checking, storage, transfer, evaluation, reporting, or recording of data on autonomous and manually-controlled platforms; Computer hardware, computer peripheral devices, and downloadable computer software all for use in managing data conversions into standardized formats and validating data integrity, integration with on-premise and cloud storage for automatic data transfer and storage, cataloguing and retrieval of data, the automatic analysis and evaluation of platform performance and capabilities, and providing an interface for reviewing data and reports for operational compliance; Computer hardware, computer peripheral devices, and downloadable computer software, all for use in recording data on manned or unmanned vehicles and machinery for the purposes of crash and hazard reconstruction, operational analysis, and information sharing; Computer hardware, namely, actuators and sensors, and recorded software for controlling steering, throttle, transfer case, service brake, parking brake, lights, or accessories on robotic or automated vehicles for providing a minimum risk condition in the event of vehicle system malfunction; Vehicle-to-infrastructure (v2i) and vehicle-to-vehicle (v2v) computer hardware and recorded computer software data gathering modules used to augment the situational awareness and monitoring of both manned and unmanned air, ground, and sea vehicles using proprioceptive and exteroceptive sensors, radios, a-priori data, and fiducials to monitor the status and health of and improve the ability for manned and unmanned vehicles to operate safely and robustly; Computer hardware and recorded computer software comprising a unit that receives input from a variety of sensors, namely, cameras, LiDAR, and radar to improve navigation by providing critical information to both drivers and autonomous vehicles; Computer hardware and recorded software for advanced driver assistant systems, automated driving systems, and other robotic systems that display to the vehicle operator real-time vehicle information and updates, namely, current location, planned trajectory, and objects detected by the vehicle's sensor suite; Distinct sensing and processing technologies, namely, a global positioning system that uses a computing device, motion sensors, and rotation sensors to continuously calculate, via estimating the direction and distance traveled, the position, time, orientation, and more of a moving object without the need for external references, and an autonomous robotic system, manned systems, and person-worn systems consisting of computer hardware and recorded software designed to collaboratively function with compatible systems and artificial intelligence, raw and processed sensor data, network software to share the sensor data and results from artificial intelligence, and control software to command the technologies; Hardware and software systems in the nature of camera-based hardware and downloadable software for intelligence and reconnaissance purposes that allow for the capturing, time-tagging, and geo-referencing of panoramic imagery for use in mission planning, intelligence analysis, and detecting changes in the environment; Positioning systems that uses a computer, motion sensors, and rotation sensors to continuously calculate, via estimating the direction and distance traveled, the position, orientation, and velocity of a moving object without the need for external references; Artificial intelligence (ai) technologies, namely, mechanisms in the nature of downloadable computer software for synchronizing data over the network and suggesting actions that achieve a user-defined goal, fusing sensor data and calculating interesting values, and providing the user experience for using outputs and defining inputs into the system, which provide capabilities for the collaboration of systems, namely, robotic systems and sensor inputs from non-robotic systems; Inertial navigation system (ins) comprised of hardware and recorded operating software for manned and unmanned ground vehicles; Computer hardware; Computer software for operating an autonomous vehicle; Computer software for vehicle navigation; Computer software for vehicle fleet management; Computer software for coordinating, scheduling, booking, and dispatching vehicles for passenger and freight transport; Computer software for managing freight transportation by autonomous trucks and autonomous vehicles; Navigation apparatus for vehicles; Electric and optical navigational instruments; Steering apparatus, automatic, for vehicles, namely, computer hardware and operational software for steering vehicles; Computer hardware and software for performing data acquisition and data analytics; Computer hardware and software for providing wireless communication with vehicles