EVOLVETECH / SHARED ENGINEERING
One design. Every discipline.
Branch, simulate and review together. Keep a copy of the whole project.
Cross-domain handoffs
Boundary inputs and model outputsDesign checks Rust project graph
Nominal values + propagated intervalsEvaluating the reference design…
DXF contains a true-size part profile in millimetres: heat-sink end section, or the top profile of a custom part. It is geometry for downstream CAD/CAM; machining strategy and process qualification remain with the shop.
Compare & merge
Into your active branchMerge checks use the selected parameter values. Review approvals are comments, not enforced permissions.
Review conversation
Project history
Content-addressed revisions · SHA-256Every peer keeps the full revision graph. Names are self-reported. Revision hashes check content integrity; they do not prove who authored a change.
BUILT ON EMERGENCE
Shared context across disciplines.
This first project combines parametric mechanical geometry with electrical losses and thermal requirements. All revisions, branches and reviews can move directly between connected peers or in a portable project file.
Available now
Editable cooling geometry, custom box and cylinder parts, a selectable feature tree, undo/redo, native STL export, dimensioned orthographic drawing sheets, profile DXF and parts CSV. Geometry, electrical losses, prescribed optical absorption and heat boundaries feed Rust thermal checks. Branches, reviews and conflicts travel with connected peers.
Still to build
Arbitrary sketches and constraints, B-rep/STEP editing, GD&T authoring, PCB fabrication packages, coupled nuclear transport, persistent peer discovery and verified identities. Manufacturing exports currently cover the supported mechanical shapes; domain-specific shop validation remains to be completed.
Fund the commons
Optional donations use the same development fund and donation flow as Fairground.
Support development ↗View the shared public fund ↗