Delivering the synthetic digital backbone for 4GD’s SmartFacilities, robotic integration, and urban training.

Intherion serves as the primary digital architect for 4GD, powering the "synthetic digital backbone" that drives their close-combat training ecosystem. Our work spans the full operational spectrum: from deploying large-scale digital twins for Garrison Urban Skills Facilities (integrating physical SimWalls with virtual feedback) to verifying the physics of robotic target systems. By fusing Unreal Engine 5 with operational reality, we ensure every element of the 4GD training environment—whether kinetic or digital—behaves with absolute fidelity.

Launching high-fidelity VR training suites for earthquake response, fire safety protocols, and complex service tasks.

Intherion has delivered a suite of high-fidelity VR training modules for Ediphi’s enterprise hospitality clients. The new deployment includes hyper-realistic simulations for Earthquake Response, Fire Safety (P.A.S.S. protocol), and Guest Complaint Resolution. Unlike standard video training, these stand-alone VR modules rely on Intherion’s immersive logic to build "muscle memory"—replicate the specific procedures of bed-making tasks with industrial accuracy.

Developing next-gen VR training for IED detection and removal with elite demining experts.

Partnering with veteran Ryan Hendrickson (Non-Profit), Intherion is developing a high-fidelity VR training module for humanitarian landmine removal. By capturing the nuanced tradecraft of expert deminers, this module captures critical "pattern of life" indicators and disposal techniques. The system allows personnel to practice dangerous identification and removal procedures in a zero-risk virtual environment, directly translating to lives saved in the field.

Complete strategic redevelopment of the Rockerz digital ecosystem and e-commerce infrastructure.

Intherion has applied its high-performance engineering standards to the consumer market with a complete digital overhaul for Rockerz Skateguards. We deconstructed and rebuilt the Rockerz web platform to match the precision of their product. The new infrastructure optimizes the user journey from customization to checkout, integrating a streamlined 3D configurator experience that reflects the premium quality of the physical guard.

Developing hyper-realistic weapon handling and assembly VR modules for Cross Armory product lines.

Intherion has partnered with Cross Armory to develop a suite of VR training experiences for their advanced weaponry components. This "Virtual Armory" allows users to practice assembly, maintenance, and tactical drills with Cross Armory gear in a physics-accurate environment. The simulation ensures muscle memory development without the need for physical range time, highlighting the ergonomic superiority of Cross Armory designs.

Validation and optimization of portable wind turbine operations using Intherion's physics engine.

Intherion has partnered with Uprise Energy to create a physics-accurate digital mirror of their 10kW Portable Power Center. Before hardware deployment, our engine runs thousands of simulated wind scenarios to stress-test the turbine's folding mechanisms and energy output efficiency. This "Digital Twin" approach allows Uprise to validate their AI control systems against 100-year storm events in a safe, virtual environment, ensuring maximum reliability for forward-deployed units.