Each output carries an evidence level.
Claims move from hypothesis and simulation toward measured partner data without blurring the boundary.
Governed scientific design
Zentari turns scientific briefs into candidate designs, material-function records and partner-ready evidence packs. Each result carries its assumptions, scores, approvals and provenance, so teams can see why a candidate should move into validation.
How it works
A brief becomes structured inputs. Candidates are generated, scored and promoted through explicit gates. Solver outputs, scorecards and handoff records stay attached to the same programme, so claims remain traceable.
Intent, constraints and review criteria enter as a structured programme of typed inputs.
Structured programmeCandidate geometries, carrier manifests and material records are generated with provenance from the first revision.
Design thread · manifestReal solvers (OpenFOAM CFD, Brownian and Stokesian dynamics) produce solver-backed fields and mobility evidence.
Solver fieldsFast models with calibrated uncertainty rank candidates and focus expensive truth runs where they matter.
Ranked frontierMulti-objective scoring and explicit approval gates govern expensive compute and promotions.
Scorecard · audit recordA partner-ready evidence pack ships with provenance attached; claims trace to their runs.
Evidence packProduct family
Scaffold Intelligence, Nano and Quantum Materials use the same evidence-first discipline: candidates are scored, claims are qualified and handoff packs state what is known, assumed and unresolved.
Scaffold-agnostic structure design
Turns scaffold objectives into candidate geometries, solver-backed scorecards and validation-ready partner packs.
Nano carriers and molecular devices
Turns carrier objectives into candidate manifests, mobility evidence, actuation schedules and measured-data learning loops.
Material-function engine
Turns material-function briefs into molecule, protein, motif and coating candidates, with rights-gated evidence and assay-ready proof packs.
Under the hood
The capabilities reduce guesswork before expensive validation begins.
OpenFOAM runs on promoted candidates; shear and velocity claims trace to solver-backed records.
Gradient-boosting and Gaussian-process surrogates with calibrated uncertainty screen candidates ahead of truth runs.
Candidates are explored against competing objectives, and the search surfaces the Pareto frontier.
A compute governor stands between intent and expensive work; truth runs and promotions pass through its gate.
Geometry, manifests, solver outputs and scorecards retain provenance; claims trace back to their runs.
Review surfaces are built for someone else to trust: evidence assembled, gated and exported as a package.
Operating doctrine
Claims move from hypothesis and simulation toward measured partner data without blurring the boundary.
Truth runs and learning loops pass through explicit gates and audit records.
Evidence packs carry assumptions, provenance and open validation questions beside the result.
Contact
Working on structured foods, carriers, material functions or validation-heavy design? Tell us about your programme and we will map it to the evidence route.
founders@zentari.bio Scaffold Intelligence · Nano · Quantum Materials · shared evidence