Advancing the bounds of applied physics & geometry.
Zylvex operates an advanced R&D laboratory. We research deterministic geometry kernels, multi-node telemetry compression, and spatial computing to build sovereign platforms for physical industries.
Real-Time Simulation & XR Video Loops
ZylForge CAD & Neural Engine Loop
Direct B-Rep NURBS surface evaluation with local ONNX neural intent parsing.
HarmoniaXR Spatial Digital Twin
Multi-user Unreal Engine 5 spatial collaboration displaying real-time telemetry overlays.
Core Technical Research Areas
Each pipeline translates foundational scientific theorems into production software assets.
AI Research & Symbolic Physics
Investigating neural network architectures bounded by mechanical engineering rules. Developing methodologies to compile natural language specifications directly into verifiable structural nodes, constrained by Hooke's law and materials constants.
High-Performance Geometry Systems
Expanding our hybrid B-rep/mesh geometry kernel to support instant tessellation, mesh-boolean subtraction, and topological deformation tracking on GPU structures. Eliminating mesh conversion latency.
Spatial XR Computing (OpenXR)
Developing Unreal Engine 5 network streaming protocols to stream multi-million polygon CAD geometries to AR/VR headsets in real-time. Designing interactive 3D spatial annotations linked to PLM coordinate systems.
Precision Audio & Wave Mechanics
Applying mechanical tolerance and physics-based vibration equations to the acoustic wave domain. Building local ONNX-driven audio processing systems to isolate frequency waveforms and automate mixing.
Research Concepts Waitlists
Apply for early access or research collaboration across our active environments.