Candidate manifest
Carrier morphology, objectives, schedules and provenance live in a typed manifest.
Zentari family
Nano carriers
Contract-validated optimisation for carrier physics.
Zentari Nano turns a carrier brief into designs that are evaluated by real CFD, Brownian and Stokesian dynamics, scored against objectives, and improved through a closed loop where every handoff validates before it advances.
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Design object
Carrier manifest and movement plan
Body, surface, mobility profile and executable schedule stay tied to one carrier id.
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Truth lanes
CFD plus stochastic dynamics
OpenFOAM, Brownian dynamics and Stokesian dynamics provide in-silico evidence.
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Output
Validated evidence pack
Contracts cap evidence claims honestly until measured hardware data raises the level.
What it does
A carrier compiler with an honest learning loop.
The product is built around one carrier id: design, explanation, actuation, observed failure and redesign remain connected.
Zentari Nano co-optimises carrier geometry and behaviour, then evaluates the result through physics-backed lanes instead of unverifiable agent prose. The contract layer keeps the system honest: a simulated result cannot claim measured evidence.
When hardware or microscopy evidence is available, the same object model absorbs it as a higher evidence level and feeds the redesign loop. Until then, the product is explicit about where the sim-to-real gap remains open.
- Co-optimises carrier body, coatings, mobility objectives and movement schedules.
- Runs CFD and stochastic dynamics behind injectable execution seams.
- Compiles partner evidence packs with validated claims and objective scorecards.
- Turns observed failure clips or run results into redesign inputs for the next candidate.
Workflow
One carrier, one closed loop.
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01
Design
Generate carrier body, surface, morphology and movement candidates together.
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02
Explain
Compile a validated evidence pack with scores, assumptions and traceable claims.
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03
Actuate
Emit a field schedule that can run through a real-rig seam when hardware is attached.
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04
Learn
Invert a failed trajectory or microscopy clip into redesign pressure.
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05
Compete
Rank candidates on benchmark criteria and expose the unresolved sim-to-real gap.
Evidence surface
Carrier claims that validate before they move.
Mobility evidence
OpenFOAM, Brownian dynamics and Stokesian dynamics produce in-silico mobility records.
Measured-data boundary
The contracts separate simulated evidence from real hardware measurements by construction.
Contact
Bring a carrier brief into the loop.
We can map your carrier objective, actuation idea or validation constraint to the Nano evidence route.
founders@zentari.bio