
Find related geometry.
Retrieve geometrically similar parts, then review their materials, requirements and design history. Shape similarity helps identify candidates; engineering review establishes whether a design is appropriate.
Geometric Intelligence / Aerospace engineering
Geometry analysis and part discovery for aerospace engineering teams.
Discuss your use case
01 / The application
Useful engineering knowledge can be buried in part catalogs and disconnected CAD files. Shape adds another way to find relevant designs and compare alternatives.
Metafold geometry APIs and SDKs help teams analyze shapes, build searchable part collections and connect geometric information to engineering records. Your requirements determine which candidates are suitable for reuse or further development.

Retrieve geometrically similar parts, then review their materials, requirements and design history. Shape similarity helps identify candidates; engineering review establishes whether a design is appropriate.

Connect geometry processing to repeatable design studies. Compare the geometric characteristics that matter to your application and carry the results into your existing engineering workflow.
02 / A focused evaluation
Choose a representative catalog or design task. Agree which features, similarities or engineering outputs would make the result useful. Review candidates against the requirements and qualification process that apply to your program.
Use shape to surface related designs that metadata searches may miss.
Apply the same geometric operations across a defined set of candidates.
Bring geometric results together with material, process and requirement data.
03 / Your next step
We will identify the geometry operations and data connections that can support your team, then agree a focused evaluation.
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