The platform
One platform, several sciences, one standard of evidence.
Octara is a set of specialized scientific workstations that share a project model, a design language and a way of handling evidence. The through-line is simple: connect real tools, and keep the reasoning honest about what it can and cannot support.
Request early accessArchitecture
How a research objective becomes a traceable result
The same spine runs under every workstation.
- 01
Objective
A research goal in plain language
- 02
Reasoning
Scientific interpretation and routing
- 03
Tools
Specialized engines and databases
- 04
Simulation
Model-based prediction
- 05
Validation
Checks, gates and provenance
- 06
Record
Traceable scientific output
Real computational tools
Physics solvers, cheminformatics, flux analysis and identification models do the actual computation.
Live scientific databases
The platform reads from external sources of record rather than from the model's memory.
Model-based predictions
Predictions carry the model, its confidence and its applicability domain.
LLM orchestration
The language model routes intent and explains results. It does not perform the science.
Evidence traceability
Every claim is linked to what produced it, and unresolved conflicts are kept visible.
Workstations
Four environments, one project
A microfluidics-native design canvas with validated lumped-hydraulic physics and a design assistant. From a research objective to an editable chip architecture you can simulate and export.
Evidence retrieval, molecular design and property modelling in one workspace. Predictions are computational and carry the model that produced them. Octara is not an autonomous drug inventor.
Metabolic pathway design and diagnostic reasoning where every scientific claim becomes a traceable record with a verification status. Designed to make unsupported claims detectable.
Accuracy-first identification of plants and fungi with calibrated multi-model evidence, real occurrence data, and a fail-closed safety layer for wild mushrooms. Flora does not guess.