"In a league of its own"
THE MOST ADVANCED IN AI DRONE TECHNOLOGY
"In a league of its own"
"In a league of its own"
"In a league of its own"
Step into the world of tomorrow with MetaMind. The latest advancements in science and technology, from
groundbreaking research of AI to exciting new innovations.The core technology of MetaVista resides inside the AI engine.One of the key features of AI-powered drones is their ability to process data in real time.
MetaVista is at the forefront of the convergence between Artificial Intelligence (AI) and Unmanned Aerial Vehicles (UAVs), or drones. Our innovative solutions are revolutionizing industries like defense, agriculture, surveillance, logistics, and disaster management. Experience the power of AI-driven drone technology with MetaVista.
MetaVista will be launching the most advanced AI real-time advanced hydrogen fuel cell systems with sophisticated AI real-time analytics and flight control systems, MetaVista is enabling the next generation of beyond visual line of sight (BVLOS) unmanned aviation. Utilizing both fixed-wing and multi-rotor aircraft, MetaVista is now advancing solutions for the most demanding missions.
The LS20 is a revolutionary light-scale liquid hydrogen production, storage, and dispensing solution on a mobile platform. This system is critical to the further advances of MetaVista and is a barrier to entry for others who wish to enter this market. It has been designed to accept any gaseous hydrogen source such as a storage tank, an electrolyzer, or a steam methane reformer. This complete system is installed within a mobile trailer, taking up significantly less space than most liquid hydrogen systems currently available. The trailer also operates as a full research center. Combining its flexibility, mobility, and speed-to-market capabilities, the LS20 mobile liquid hydrogen system is a game-changer for the rapidly growing industry.
With the primary concern of the availability of liquid hydrogen resolved, MetaVista is now advancing the liquid hydrogen storage solution for the UAVs.
This too is based on technology that our founder worked on while employed as a contractor at Kennedy Space Center. The Cryogenic Flux Capacitor (CFC).
Energy storage is not useful unless the energy can be practically obtained ("un-stored") as needed. The goal was to store as many fluid molecules as possible in the smallest, lightest weight volume possible; and to supply ("un-store") those molecules on demand as needed in the end-use application.
Enabling complete control and operation of the system. Being self contained is a big advantage.
To create the most advanced AI-powered situationally aware, fully autonomous drone that maximizes the full potential of unmanned aerial vehicles either as a singular drone or operating as a swarm with joint cognition.”
At MetaVista, we envision a world where our next-generation drones redefine the boundaries of innovation, efficiency, and connectivity. Our mission is to harness the power of cutting-edge technology and artificial intelligence to deliver unparalleled aerial solutions that transform industries,
Cody Bateman is an American businessman, scientist, and philanthropist who is widely recognized as a leader in the field of hydrogen infrastructure research and development. Mr. Bateman distinguished himself early on in his professional career as a pioneer in the field of advanced analytical techniques. . His management skills include directing operations with more than four hundred participants including management, technical, programming, engineering, and clerical personnel He has had four successful exists from companies that he has started including his latest, GenH2 Corp (www.GenH2.com). He continues to work as an advisor and consultant to several defense contractors and maintains his strong relationship with NASA
Ms. Porter has extensive management, finance, and start-up experience. Her corporate background includes a 25+ year career at Ameritech (now AT&T) where she became the CEO of Ameritech Library Services, the world’s largest software development company for the library industry. Her international experience included the expansion of Ameritech’s wireless business into Poland as the first Director of Marketing of the joint venture with France Telecom and the Polish PTT in creating the first wireless business in Poland in 1992. She also served as the residing Ameritech Director of the France-Dynix office in 1993 leading the efforts to integrate this new company into the Ameritech suite of businesses.
Mr. Lavin was instrumental in the “Branding” and Marketing Strategy for GenH2, Mr. Bateman’s previous start-up. Through his leadership and direction, GenH2 quickly became known as a leading-edge technology innovator in the hydrogen market space.
Robert has been creating programs utilizing various marketing and creative disciplines, for more than 4 decades, to build and support Brand Strategy. Guiding the branding process from concept through the implementation of the finished programs; including product design and development, corporate identity, advertising, PR, meeting & event production, film & video, packaging, merchandising and sales management.
For more than a decade, Mr. Lavin has focused on advanced automation and robotics. He is credited with being a pioneer combining drone technology and cinematronics. Prior to joining MetaVista, Matthew worked in the innovative world of Broadcast, TV, and Film, developing hardware and AI software for drone companies that integrated new optical payloads into the UAVs. Matthew was inducted into ICG, Local 600, for his efforts in aerial cinema technology and “production protocols for flying robots”. His credits include numerous commercials, feature films, major sport/event coverage and executing the first live aerial broadcast for MLB.
The future of AI-powered drones holds tremendous promise. Advancements in AI algorithms and hardware, including faster processors and more efficient sensors, will enable drones to perform even more complex tasks. This includes fully autonomous long-range flights, improved energy efficiency, and enhanced adaptability to diverse environments.
Current systems can sense their surroundings (spatially aware) but can’t fully understand the environment and operating conditions (situationally unaware).
Human reaction times are too slow in difficult situations (bad weather, low visibility). Communication with human-controlled drones can be unreliable or hacked.
Few, if any, drone swarms currently share information in real time
or “learn” in real-time from other drones within the swarm.
Beyond visual line of sight (BVLOS), control remains with the pilot, limiting range. Humans can't make good decisions past 7.4 miles, requiring AI for better choices
Extended flight times, distance, and safety utilizing liquid hydrogen fuel
cell powered drones. Holding the World record performance flight time
27 hours.
Our team consists of experts in various fields including engineering, physics, chemistry, and biology. We bring together diverse perspectives and skills to tackle complex problems and develop creative solutions.
For missions exceeding human control range, on-board MetaMind AI takes over, ensuring precise decision-making regardless of weather conditions.
Drones can operate cooperatively in swarms, sharing information with each other. This allows them to learn from leading scout drones and adjust missions if a member encounters difficulties.
Harris Aerial will be partnering with Meta Vista to build a strong frame Hydrogen Powered Drone which will enable the heavy cargo lift as well as the long distance capability
Pverview of the talk Cody will be giving at the UVA Expo this week in Las Vegas at the Caesars Forum. Cody will be addressing the major ideas, issues and goals and objectives of the industry moving forward . For more information fill out the information / Subscribe section
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