Zentari
Zentari family

Scaffold intelligence

OpenUSD-centred design evidence for scaffold programmes.

Zentari Scaffold Intelligence compiles bioreactor objectives into candidate scaffold designs, evaluates them through physics simulation and surrogate-informed scoring, and returns governed validation packs with provenance attached.

Request access Product family
  • Design object ScaffoldCase and OpenUSD scene

    Geometry, source bindings, generated artefacts and review state share one digital thread.

  • Truth lanes CFD, mechanics and TEA evidence

    Expensive runs are promoted through explicit gates and tied back to candidate identity.

  • Output Validation and handoff packs

    Partner-ready evidence surfaces carry source registers, scorecards and solver provenance.

What it does

A scaffold design operating layer.

The product replaces file-by-file iteration with a governed programme model where design, simulation and validation evidence remain traceable.

Operators define tissue goals, bioreactor posture, edibility constraints, process assumptions and review criteria. Zentari turns that intent into a candidate search, then keeps every geometry, scorecard and solver output bound to the same programme.

The result is not just a promising scaffold shape. It is a durable evidence trail: OpenUSD design state, solver-backed claims, source bindings and a handoff surface a partner can inspect.

  • Compiles programme objectives into scaffold templates, constraints and candidate search space.
  • Builds a canonical OpenUSD design thread for geometry, metadata and artefact references.
  • Ranks candidates with multi-objective scorecards and surrogate-informed screening.
  • Promotes approved candidates into solver truth runs and validation-pack assembly.

Workflow

From programme intent to validation pack.

  1. 01

    Brief

    Capture tissue target, flow needs, manufacturing constraints and acceptance criteria.

  2. 02

    Generate

    Produce scaffold candidates from geometry templates, priors and partner constraints.

  3. 03

    Rank

    Score candidates across transport, handling, manufacturability and economics.

  4. 04

    Verify

    Run governed CFD or mechanics truth lanes where the compute gate approves them.

  5. 05

    Handoff

    Assemble validation packs with provenance, solver outputs and partner review context.

Evidence surface

Built for traceable claims.

OpenUSD design thread

Every candidate resolves to a versioned scene and artefact record instead of a loose geometry file.

Solver-backed scorecards

Transport and handling claims trace to scorecards, truth tickets and governed compute records.

Partner validation pack

Results ship as a reviewable evidence package with source registers and handoff context.

Contact

Run a scaffold programme through the backbone.

Bring a tissue target, a process constraint or an existing candidate set; we will map it to the evidence route.

founders@zentari.bio