MAGES SDK - Create Cutting-Edge Medical XR Simulations

MAGES NXT is the next step in XR development, evolving from the groundbreaking low-code MAGES 4.0 SDK to now a no-code SDK. It incorporates 20 years of research, highlighted in a recent IEEE paper, to create a powerful XR platform based on cutting edge science manifested in over 50 research publications. MAGES SDK, proven in 9 clinical trials 🎓🔬, enhances virtual medical training, reduces costs, speeds development, and effectively transfers skills from virtual to real medical settings. The no-code MAGES SDK simplifies XR development, making high-fidelity medical simulations accessible to all, advancing training technology. Select, combine, and use modules with easy-to-understand interfaces, making development seamless for non-programmers. The 5-Pillars of the Modular and Versatile MAGES: 🌐 Multiplayer with Geometric Algebra Interpolation (M): Effortless collaborative XR with a lean Multiplayer Engine, ensuring seamless and efficient interactions. - Networking: Connect users from all over the world for collaborative experiences. - Device Manager: Seamlessly integrate various hardware devices. Supporting XR and traditional inputs. 📈 Analytics (A): Advanced neural Analytics for tracking user progress with precision, optimized by geometric algebra for a more efficient XR development. - Data Container: Efficiently manage and organize data. - Analytics: Analyze and assess user competency, performance, and engagement. ✂️ Geometric Algebra Deformable Animation, Cutting, and Tearing (G): Precise control over animations with real-time deformation, cutting, and tearing, for enhanced realism in XR. - Interaction: Create realistic user interactions. 🎮 Editor With Action Prototypes (E): No-code visual scripting for easy XR content creation, making complex scenario prototyping straightforward. - SceneGraph: Build immersive and gamified medical scenarios. - JARIA: Custom AI co-pilot assistant for streamlined development and documentation exploration. 🪄 Semantically Annotated Deformable, Soft, and Rigid Bodies (S): Real-time elasticity simulations for physically-principled tissues and organs, delivering unparalleled realism in surgical XR. Accomplish more with MAGES: 🏥 Healthcare Institutions: Whether you're a hospital, medical school, or surgical training center, MAGES SDK streamlines the process of creating high-quality medical XR simulations for training, assessment, teaching, and treatment. 🔬 Med-Tech Companies: Author, create, update, and future-proof the best-in-class XR simulations for your medical devices with MAGES SDK. 🌐 XR Content Creators: Empowers you to create high-quality immersive simulations, 8 times faster, at 8 times less cost that provide a realistic learning experience. Unlock unlimited potentials with MAGES. Upcoming Features: - Dissected Physics Module for Multiplayer: MAGES NXT introduces the groundbreaking "Dissected Physics Module" which allows you to offload physics and render computation to the edge/cloud. - Distribution, Licensing & Cloud Analytics: MAGES SDK simplifies app licensing and distribution, offering a smooth path to market. In-depth insights are delivered via a central platform by the upcoming Cloud Analytics feature. - Cutting-Edge Progressive Tearing and Cutting: MAGES SDK set a new standard for XR simulations with its advanced Geometric Algebra engine. It enables real-time, realistic tearing and cutting on soft-body models for lifelike surgical experiences across all devices, including mobile XR HMDs. - XR Recorder for Automatic Assessment and Debrief: XR Recorder captures detailed sessions in compact files (1 MB/min), allowing for replay and in-depth post-training review." - Digital twin of the Surgical Robotic training experience: MAGES SDK introduces a novel tool to simulate any robotic simulation (e.g. laparoscopic) with ease and native support. Our IK solvers can simulate a plethora of robotic articulations - Embodied