Zentari

Computational life science · Product suite

Scientific software with the evidence attached.

Zentari builds five computational science products around one discipline—and one main goal: an evidence-aware foundation model whose proposals retain what produced them, what supports them and where their authority stops.

Explore the foundation model See actual results
Product suiteFive dedicated scientific products
Main programmeOne evidence-aware scientific foundation model
Current boundaryNo unified cross-domain model is admitted

A product suite for making computational claims legible.

The product suite

Five domains. One evidence discipline.

Each chapter opens into a dedicated product, workflow, result set, methods account and validation boundary.

01 · Scaffold Intelligence

From design identity to governed solver evidence.

A connected gyroid, exact geometry records and an OpenFOAM truth path make scaffold decisions inspectable. The current three-grid result is real—and visibly under-resolved.

Explore Scaffold Intelligence
STATE
Integrated governed platform · exact-geometry L1 seal pendingEvidence boundary remains part of the product description.
OpenFOAM pressure-drop chart across coarse, medium and fine gyroid meshes
FIG 02 OpenFOAM mesh-refinement observation564,291 → 1,960,469 cells · ΔP 10.661 → 11.399 Pa Fine-grid GCI 19.945%; under-resolved, standalone and not a measurement.
Open evidence →

02 · Zentari Nano

Carrier design across fast models and controlled truth runs.

Analytic Stokes fields, Brownian and Stokesian dynamics, optimisation and solver seams turn a carrier brief into an evidence-linked candidate—not an unexplained score.

Explore Zentari Nano
STATE
Engineering pipeline repeatable · scientific evidence L2 in-silicoEvidence boundary remains part of the product description.
Analytic Stokes surface traction on an undisturbed carrier and illustrative deformed response
FIG 03 Analytic Stokes field · illustrative responsemain · 1cacc2d · 14 µm radius · 160 nm slip length Analytic creeping-flow reference; deformation is not OpenFOAM, solved FSI, hardware or laboratory evidence.
Open evidence →

03 · Quantum Energy

Advisory scheduling with the counterfactual left visible.

Checkpointable workloads are replayed against price windows, with exclusions, uncertainty and the unavailable hindsight bound reported beside the decision.

Explore Quantum Energy
STATE
Deterministic public-trace replay · live shadow pilot still requiredEvidence boundary remains part of the product description.
Savings estimates across twelve deterministic public workload trace slices
FIG 05 Public-trace counterfactual replay12 × 1,000 jobs · mean 21.51% · 95% CI on mean 17.64–25.38% Ordered sample slices with a GB price proxy; not live-site, tariff or settlement savings.
Open evidence →

04 · Quantum Materials

Autonomous discovery that cannot outrun its evidence.

Typed records keep measured, simulated and emulated evidence distinct. The retained main-branch result proves loop wiring and provenance—not a material discovery.

Explore Quantum Materials
STATE
Emulated L0 wiring validation · measured loop not yet admittedEvidence boundary remains part of the product description.
Emulated two-batch discovery loop showing evidence-linked selection and a blocked physical claim
FIG 07 Emulated autonomous-loop wiringorigin/main · 3207d44 · placeholder-token toy oracle The 1.8 → 1.1 mM values are emulated fixture outputs—not a peptide, assay or material result.
Open evidence →

05 · Zentari Cell

A digital cell whose identity can change with its lifecycle.

Population fate and environment evolve through a deterministic reference engine while lifecycle-specific protein programmes remain explicit context. Biology still belongs to the laboratory.

Explore Zentari Cell
STATE
Deterministic L0 prior · biological calibration and validation pendingEvidence boundary remains part of the product description.
Cell-F1 seven-day simulated population fate with absolute-unit oxygen, glucose, lactate and pH traces
FIG 08 Cell-F1 deterministic axial referencecelltrace-7d87ae1e… · 174 snapshots · 0–168 h Reduced-order, literature-order structural priors; no biological or laboratory validation.
Open evidence →

Main programme · Foundation model

Five products are creating one scientific intelligence layer.

The products are not disconnected demonstrations. Together they are building the governed representations, tool interfaces, truth data and evaluations needed for a foundation model for computational science.

Target architecture

Five scientific environments. One governed learning system.

Each product remains useful on its own while contributing typed representations, specialist tools and evidence-bound evaluations to a shared model programme.

  1. 01Scaffold

    Geometry · flow · mechanics

  2. 02Nano

    Carriers · fields · dynamics

  3. 03Energy

    Workloads · forecasts · decisions

  4. 04Materials

    Candidates · assays · selection

  5. 05Cell

    State · environment · lifecycle

Shared evidence language

Identity · provenance · units · geometry · fields · uncertainty · applicability · authority

North-star systemZentari Foundation Model

A multimodal, tool-using scientific model system designed to learn across governed records, call specialist engines and keep every proposal attached to its evidence and limits.

  1. RepresentGeometry, fields, traces, assays and programmes
  2. RetrieveSource-bound evidence and applicable prior cases
  3. OrchestrateSurrogates, optimisers, solvers and compute
  4. Decide carefullyCalibrated proposals, uncertainty and abstention
Programme status · target architecture. No unified cross-domain model is trained or admitted today. The five products currently create the governed evidence, tools and evaluations required to build one.

The immediate milestone is a versioned multimodal corpus and cross-domain evaluation suite—not a premature claim that one model already understands the science.

Open the programme

1,000 briefs. 1,000 expected outcomes. Zero case failures.

Bring the next claim into contact with reality.