AI-native engineering platform
Voaryx turns real objects into interactive 3D assemblies you can question, modify and validate, guided by an AI engineer that proposes changes and always works inside the controls you set.
AVAILABLE TODAY GLB model import / Voaryx AI assistant / Non-destructive variants / Revisions and audit log / Photo captures
Assembly
Pump Skid Assembly
Base Frame
Pump Casing
Impeller
Discharge Flange
Coupling Guard
Motor (moved by Voaryx)
Fan Cowl
Shift the motor 12 mm toward the pump and colour the discharge flange amber.
Found Motor and Discharge Flange in Pump Skid Assembly. I have proposed both changes on Variant B. The baseline is untouched.
Illustrative preview of the Voaryx workspace. The live workspace opens after you sign in.
The platform
Voaryx brings a 3D model, an AI engineer and a strict change-control layer into a single workspace. Bring in an assembly, ask questions in plain language, try modifications safely, and keep a complete record of everything that changed.
Import glTF and GLB assemblies and explore them in a fast in-browser viewport. Named parts, a live assembly tree and click-to-select keep the model and its structure in sync.
Ask Voaryx about any part in plain language. It finds components by name or part number, reads their dimensions and materials, and answers from your actual model.
Move, rotate, scale, recolour or hide parts through a defined set of tools with hard limits. The baseline is locked, and AI changes are proposed for an engineer to approve.
Every change lives in a non-destructive variant on top of the original geometry. Compare options, save revisions and return to any earlier state.
Upload photos of real equipment such as a machine, a vehicle or a plant room, organised per project as the input for 3D reconstruction, which is the next capability in development.
Every modification records who or what made it, why, and exactly what changed in millimetres and degrees. Each organisation's data is isolated from every other.
How it works
Voaryx follows one continuous pipeline. Today you can bring in models, converse with them and change them under control. Reconstruction from photos, simulation and physical validation are the steps we are building next, and we mark each one honestly.
Bring in an existing 3D model, or upload photos of the real object. Everything is stored per project and isolated per organisation.
Turn a set of photos into a 3D model. Reconstruction will run as a background job and return the result to your project as a new model.
For models with named parts, the AI reads the assembly: hierarchy, dimensions, materials and part numbers, so it talks about your model instead of guessing.
Describe what you want in plain language. Select parts in the viewport to hand Voaryx precise context, then send your message.
Changes are applied as reversible overrides in a variant, inside hard limits, and every one is logged. The original baseline is never touched.
Check modified designs against physical behaviour and compare them with the real object. This is on the roadmap and not yet available.
Use cases
Wherever a physical thing has to be understood before it is changed, Voaryx gives teams a shared, controlled and explainable way to do it.
Review pump skids, process modules and machinery layouts. Try alternative arrangements of motors, pipework and frames without ever touching the master model.
Photograph installed equipment on site and keep the record with the project. Photo-to-3D reconstruction is coming next, so retrofits can be planned against what is actually there.
Explore aftermarket and custom modifications on a vehicle, from colour and trim to component swaps, and keep every option as its own variant to compare side by side.
Walk through layouts, test how proposed changes sit alongside existing equipment, and explain them to colleagues with a shared 3D view instead of a stack of drawings.
Let the AI suggest changes and have an engineer approve or reject each one, with the reasoning and the exact values kept on record.
Let students and small teams experiment with real assemblies safely. Baselines cannot be overwritten, so every experiment is easy to undo.
Control and trust
Voaryx never edits geometry freely. Every change goes through a small set of controlled tools with limits enforced in the database, so the assistant is powerful without being able to overreach.
The baseline is locked. Original geometry is never overwritten.
Hard limits on every change: 5 000 mm per move, 360 degrees per rotation, and scale between 0.1x and 10x.
AI changes on variants owned by a person stay proposed until an engineer approves them.
Every modification is logged with its author, its reason and the exact values.
Each organisation's data is isolated from every other with row-level security.
Refused: exceeds the 5 000 mm limit for a single move. Nothing was changed.
Example entries, for illustration.
Get started
Create an account, import a GLB assembly and have your first conversation with Voaryx in minutes.
The AI-native engineering platform for understanding, changing and validating the physical world.
Prototype v0.1 / Data isolated per organisation / 2026 Voaryx