THUNDER VISION
This next-generation platform is designed to revolutionize immersive training through the convergence of advanced technologies. This innovative system integrates Holographic and Extended Reality (XR) elements, AI-driven META Humans, and cognitive learning models to deliver cutting-edge training environments.
Special Project Gemini
TC3ICXR JTEDP
NIST SP 800-53r5
TC3ICXR JTEDP
TC3ICXR JTEDP (Tactical Combat Casualty Care Interactive Cinematic eXtended Reality Joint Trauma & Education Delivery Platform) is an advanced training system using immersive LED volumes and XR headsets. It provides a highly interactive, cinematic experience for Tactical Combat Casualty Care, enhancing trauma education and medical readiness. By integrating cutting-edge XR technology, it enables realistic and immersive training, ensuring preparedness for combat and medical emergencies.
THUNDER
NIST SP 800-53r5
TC3ICXR JTEDP
"Tactical Holographic Unified NexGen Didactic Extended Reality" (THUNDER) represents a forward-thinking approach to military training, integrating advanced technologies and instructional strategies. "Tactical" emphasizes military tactics in education, while "Holographic" involves immersive learning environments. "Unified" refers to seamless integration of technologies, and "NexGen" highlights cutting-edge innovations. "Didactic" focuses on effective instructional design, ensuring engaging and educational learning experiences.
NIST SP 800-53r5
NIST SP 800-53r5
TC3ICXR TTDP White Paper
NIST SP 800-53r5 Framework provides a comprehensive and flexible set of security and privacy controls specifically tailored for federal information systems and organizations. This framework is designed not only to address the ever-evolving cybersecurity landscape but also to ensure a holistic approach to safeguarding critical systems and sensitive data. It strengthens risk management practices across various sectors by offering a detailed catalog of controls that can be adapted to specific organizational needs.
TC3ICXR TTDP White Paper
TC3ICXR TTDP White Paper
TC3ICXR TTDP White Paper
This white paper outlines the Tactical Combat Casualty Care Interactive Cinematic Extended Reality Joint Trauma & Education Training Delivery Platform (TC3ICXR JTETDP), designed to enhance military medical training. This platform leverages augmented reality (AR), virtual reality (VR), and immersive haptic feedback technologies to simulate battlefield medical scenarios for first responders and combat medics. The system integrates with live training environments and supports multi-domain training using advanced modeling techniques. Additionally, the project focuses on ensuring interoperability between various AR/VR platforms, optimizing real-time data collection, and developing scalable solutions for military and medical applications. The ultimate goal is to enhance readiness and reduce mortality through innovative, immersive training methods.
Special Project Gemini
TC3ICXR TTDP White Paper
Global Thunderbolt ZEUS
Special Project Gemini Videos showcase a range of innovative technologies that bridge the gap between digital and physical realities, enhancing training, entertainment, and collaboration across various industries. Key highlights include THUNDER Vision's XR glasses that provide immersive experiences while keeping users connected to the real world, and Movella/Xsens motion capture technology, which offers precise real-time 3D motion tracking. The page also features hyper-realistic META Human AI avatars revolutionizing education through interactive and personalized learning, and a detailed look at cutting-edge solutions from I/ITSEC 2022, including AI-powered medical manikins for combat training. Finally, it covers the transformative LMS-365 and Azure Community Training platforms, designed for immersive, secure, and scalable learning environments.
Global Thunderbolt ZEUS
TC3ICXR TTDP White Paper
Global Thunderbolt ZEUS
The document provides an overview of the X Corps Mission Training Complex (MTC) Hub and Spoke Operations, designed to support mission command training for units stationed at multiple U.S. military installations. It outlines the performance requirements for delivering individual, collective, and staff training through live, virtual, and constructive simulations. The hub-and-spoke model focuses on cost efficiencies and operational effectiveness, ensuring consistent, high-quality training across multiple locations. The contractor is responsible for managing the technical, operational, and logistical aspects of training, with a key emphasis on integrating advanced technologies such as simulation systems, mission command systems (MCS), and supporting facilities management. The document further details personnel qualifications, security requirements, and performance metrics essential for the successful operation of the MTC.