Advancing the bounds of applied physics & geometry.
Zylvex runs an applied-research programme in deterministic geometry kernels, multi-node telemetry compression, and spatial computing, aimed at sovereign platforms for physical industries. No laboratory facility, instrument suite or research staff headcount is claimed on this page.
Conceptual Loops — Not Product Captures
The loops below are concept animations that illustrate a direction. They are not recordings of a Zylvex product, and no build of the software shown exists to be captured.
ZylForge modelling direction
An illustration of the intended B-Rep modelling and local inference direction. Conceptual only.
HarmoniaXR spatial direction
An illustration of the intended spatial collaboration direction. Conceptual only.
Core Technical Research Areas
Each track is a research direction. Where it sits on the maturity model is stated, and nothing is presented as a finished product.
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
Research into a hybrid B-rep/mesh geometry kernel: instant tessellation, mesh-boolean subtraction, and topological deformation tracking on GPU structures, with the aim of removing mesh-conversion latency. A reference design, not a shipped kernel.
Spatial XR Computing (OpenXR)
Research direction exploring network streaming of multi-million polygon CAD geometry to AR/VR headsets, and interactive 3D spatial annotations linked to PLM coordinate systems. No streaming implementation is released.
Precision Audio & Wave Mechanics
Research direction applying mechanical tolerance and physics-based vibration equations to the acoustic domain, and studying local audio processing. No audio product is released.
Zylvex Guardian
Guardian is a proposed secure wearable safety, tracking and emergency-response technology platform. It is an R&D initiative at concept stage — it is not a deployed product, nothing has been fabricated, fielded or validated, and no delivery date is published.
The public interest it is directed at is responsible innovation: personal safety, reliable emergency signalling and trustworthy device and wearer assurance for civilian and specialist operational settings.
Explicitly not claimed
- No deployed device, prototype claim or field trial result.
- No endorsement, partnership, contract or approval by any government, defence or research organisation.
- No qualification, certification or operational-readiness status.
- No sensitive design, operational or performance detail is published here.
Research directions under study
- Wearable device engineering
- Emergency distress detection
- Device identity and authentication
- Tamper and removal detection
- Resilient event delivery
- Cellular connectivity
- Mesh-assisted communications
- Satellite connectivity research
- Low-power embedded systems
- Prototype engineering
- Field validation methods
- Civilian and specialist operational applications
Where this sits on the maturity model: Concept. Governance for dual-use work — civilian versus controlled research, classification, access control, data sovereignty, applicable law and responsible disclosure — is set out under Defence & sovereign systems.
Research maturity model
Every research programme is described by where it sits on this ladder. A programme is never presented as further along than the evidence supports, and most Zylvex research sits at the first two stages.
- 01ConceptAn idea under discussion
- 02ResearchStudy and reference work
- 03PrototypeSomething runnable, unproven
- 04ValidationTested against criteria
- 05PilotUsed with a real counterpart
- 06ProductisationMade fit to ship
- 07CommercialisationOffered under terms
- 08IndustrialisationManufactured at scale
Current position: the programmes below are at Concept and Research. No Zylvex research programme is at Prototype or beyond on this scale. The dual-use direction is set out separately in Defence & sovereign systems.
Research Concepts Waitlists
Apply for early access or research collaboration across our active environments.