SIREHNA

On-board dynamic control equipment for naval platforms, namely, computer hardware and electronic command system consisting of computer software for use in automatically maintaining control of a vessel's position and course using the vessel's propellers and thrusters; computer programs and computer software used in the calculation of a mathematical model of a marine vessel in the fields of hydrodynamics, fluid mechanics, and automation and optimization systems; automatic steering systems for marine vessels, namely, for ships, submarines and seaborne and subsurface drones, consisting of computer software for steering vessels, gyroscopic sensors with GPS functions, proximity detectors, motion detectors, distance sensors, measurement sensors; dynamic positioning systems, namely, GPS navigation devices consisting of gyroscopic sensors with GPS functions, proximity detectors, motion detectors, distance sensors, measurement sensors; systems for stabilizing the movements of vessels, namely, axis anti-roll equipment for ship navigation, consisting of passive anti-roll tanks, fin anti-roll stabilization, dynamic anti-pitch stabilization, rudder roll stabilization, and zero- or low-speed anti-roll stabilization; automated systems for supervising the steering of marine vessels, namely, ships, consisting of computer hardware and electronic command system consisting of computer software for use in automatically maintaining control of a vessel's position and course using the vessel's propellers and thrusters; automated recovery systems for manned and unmanned marine vessels, namely, ships and seaborne drones, consisting of a positioning laser and a mechanical coupling device; measurement or testing apparatus, namely, for laboratory or field testing in the field of hydrodynamics and fluid mechanics measuring or testing; study and training simulators, namely, flight simulators for use in pilot training and ship navigation simulators, platform and safety simulators, and tactical simulators for use in shipboard operator training

Autonomous aircraft, seaborne and subsurface vessels, namely, helicopters, boats, ships, and submarines, and unmanned aircraft, seaborne and subsurface vessels, namely, drones

Installation, maintenance and repair of on-board systems mounted on vessels and seaborne systems in the nature of on-board dynamic control equipment for naval platforms, namely, computer hardware and electronic command system for use in automatically maintaining control of a vessel's position and course using the vessel's propellers and thrusters, computer programs and computer software used in the calculation of a mathematical model of a marine vessel in the fields of hydrodynamics, fluid mechanics, and automation and optimization systems, automatic steering systems for marine vessels, namely, for ships, submarines and seaborne and subsurface drones, consisting of computer software, gyroscopic sensors with GPS functions, proximity detectors, motion detectors, distance sensors, measurement sensors, dynamic positioning systems, namely, GPS navigation devices consisting of gyroscopic sensors with GPS functions, proximity detectors, motion detectors, distance sensors, measurement sensors, systems for stabilizing the movements of vessels, namely, axis anti-roll equipment for ship navigation, consisting of passive anti-roll tanks, fin anti-roll stabilization, dynamic anti-pitch stabilization, rudder roll stabilization, and zero- or low-speed anti-roll stabilization automated systems for supervising the steering of marine vessels, namely, ships, consisting of computer hardware and electronic command system for use in automatically maintaining control of a vessel's position and course using the vessel's propellers and thrusters automated recovery systems for manned and unmanned marine vessels, namely, ships and seaborne drones, consisting of a positioning laser and a mechanical coupling device, measurement or testing apparatus, namely, for laboratory or field testing in the field of hydrodynamics and fluid mechanics measuring or testing, study and training simulators, namely, flight simulators for use in pilot training and ship navigation simulators, platform and safety simulators, and tactical simulators for use in shipboard operator training, autonomous aircraft, seaborne and subsurface vessels, namely, helicopters, boats, ships, and submarines, and unmanned aircraft, seaborne and subsurface vessels, namely, drones

Commissioning of telecommunication systems for communicating between on-site or on-board computers; broadband data transmissions using radio relay acoustics or satellite channels

Organization of practical training of personnel using simulators and on-board training systems for use in pilot and shipboard operator training

Design and development of on-board systems for the stabilization, monitoring and dynamic positioning of vessels, namely, ships, manned and unmanned boats and submarines and unmanned aircraft; design and development of operational solutions, namely, computer hardware and electronic command system for use in automatically maintaining control of a vessel's position and course using the vessel's propellers and propulsion system; design, development, updating and maintenance of computer software for aerodynamics, hydrodynamics and multidisciplinary design optimization software; computer programming and database use in the field of hydrodynamics; providing on-line non-downloadable software for hydrodynamics; measurement evaluations in the fields of onboard measurements, the laws of control and digital simulation, and the docking and recovery of drones; research and development of new products for third parties concerning the performance of marine vessels, namely, ships and floating marine craft; scientific studies and research and development of computer software in the fields of naval engineering and naval architecture