The TSAC platform
An integrated model for crop development.
TSAC connects crop biology, controlled trials, data-driven decisions, genetics, and commercial planning within one stage-gated program. Controlled-environment agriculture, gene editing and precision breeding, and AI and predictive modeling are selected to suit each crop question.
Decision-first architecture
Start with the crop decision, not the tool.
A crop program should begin with a defined technical or commercial question. The trial environment, measurements, data workflow, improvement pathway, partner roles, and commercial route are then designed around that decision.
Starting point
Defined crop or partner decisionA measurable technical or commercial question.- Crop biologyCrop, trait, quality, production, and partner requirements.
- Controlled trialsRepeatable conditions and stage-gated evidence.
- Environmental and phenotype dataObservations linked to each crop decision.
- Improvement pathwaysBreeding and genetics pathways where appropriate.
- Commercial planningPartners, rights, operating assumptions, and routes to value.
Decision gate
Evidence-led next stageEach stage informs what happens next.Development loop
From crop question to practical route forward.
Step 1
DefineClarify the crop, trait, quality, production, or supply challenge.Step 2
DesignSet the germplasm, treatment, environment, measurement plan, and decision criteria.Step 3
RunConduct controlled trials and capture plant and environmental observations.Step 4
LearnCompare outcomes, identify signals, and update protocols or models.Step 5
SelectAdvance the crops, traits, and pathways that meet defined gates.Step 6
CommercializeConnect evidence to services, production, propagation, partnerships, or licensing where appropriate.
Connected execution
Platform capabilities
Crop biology and program architecture
Translate crop and partner requirements into a controlled development plan.
Controlled environments and trial design
Use selected controlled-environment and greenhouse pathways to create repeatable conditions and evidence.
Environmental and phenotype data
Structure observations so they can improve selection, protocols, and future trial design.
Precision breeding and genetics
Advance crop-specific breeding and genetics programs where they fit the program objective.
Gene-editing pathways
Evaluate targeted improvement pathways where the science, rights, regulation, and commercial case support them.
Commercial crop development
Define partner roles, operating assumptions, evidence gates, rights, and routes to market from the beginning.
Outputs should remain tied to the decision.
Depending on program scope, outputs may include:
- trial evidence
- repeatable protocols
- linked environmental and phenotype datasets
- crop-selection or improvement recommendations
- production or propagation pathways
- partner-ready technical packages
- commercial pathway recommendations
- documented know-how, rights, or IP opportunities where applicable
Partner pathway
From a defined question to the appropriate route forward.
- DiscoverClarify the crop, customer, supply, quality, production, or trait decision.
- ScopeDefine the objective, roles, evidence, timing, rights, and commercial assumptions.
- DesignBuild the trial, data, improvement, operating, and review plan.
- ValidateReview technical results, economics, partner fit, and next-stage evidence.
- AdvanceProceed to the appropriate service, production, propagation, partnership, or licensing pathway.
Investor pathway
From early proof to longer-term optionality.
- Partner-defined workCreates a near-term commercial signal and a specific development question.
- Controlled proofBuilds evidence, protocols, and crop-specific learning.
- Partner-enabled executionMay extend facilities, operating capability, production, and market access.
- Compounding crop intelligenceProtocols, datasets, decision rules, rights, and commercial learning can strengthen future programs.
- Strategic geneticsLonger-cycle improvement and licensing pathways remain optionality that must be earned through evidence.
Operating model
Partner-enabled, not capital-free.
TSAC is designed to lead program architecture and learning while selected partners may provide facilities, operating capabilities, production support, or market access. Responsibilities, economics, rights, and evidence gates must be defined program by program.
Discuss the decision