Explore the greenhouse. Ask the guide. Understand what the AI comparison does—and does not—show.
This eight-slide KYAMOS overview introduces the public demonstration and our research direction. It is separate from the main investor presentation and does not publish a partner proposal or confidential business information.
Read-only demonstration. Displayed values are model estimates, not verified live sensor readings. The tour does not operate real equipment.
8 slides · Updated 12 October 2026. Use the thumbnails, Previous and Next, or focus the viewer and press the arrow keys.
Slide 1 of 8
A greenhouse you can explore, ask and understand
Slide 1 · KYAMOS / HYDROTWIN
A digital twin is a computer model of a physical place. HydroTwin brings greenhouse geometry, model estimates and AI comparisons into one browser experience.
Public technology overview · 12 October 2026 · Read-only demonstration, not live greenhouse control.
Slide 2 · 01 / EXPLORE
Start with the guided tour, then explore the model at your own pace.
Animated water, roots, shade and mist illustrate the system. They are not measured crop growth, droplets or real equipment commands.
Slide 3 · 02 / ASK
Visitors can ask about the greenhouse instead of learning every control first.
The guide explains a demonstration. Treat its answers as assistance, not certified engineering advice or permission to operate equipment.
Slide 4 · 03 / COMPARE
A surrogate model is a trained AI approximation of a slower calculation. Its usefulness depends on checking where it works and where it fails.
This describes the demonstrated comparison workflow. It is not a claim of reliable predictions for every greenhouse or operating condition.
Slide 5 · EVIDENCE / FIXED-INPUT REPLAY
In the recorded short-step hot-weather check, the trained greenhouse model is compared with a saved numerical reference on its native calculation grid.
A numerical replay is not a physical greenhouse or crop validation. It does not prove arbitrary fan or shade response, long heat-wave forecasts or plant-growth accuracy.
Slide 6 · CLEAR BOUNDARIES
A clear demonstration separates visible features from proven real-world outcomes.
Displayed values are model estimates, not verified live sensor readings. The public tour does not operate physical fans, pumps or shade systems.
Slide 7 · FROM DEMONSTRATION TO A PROJECT
A useful pilot begins with a defined engineering question and an agreed way to judge the answer.
Project scope, data access, validation work and pricing are agreed separately. No customer savings, yield improvement or production readiness is claimed here.
Slide 8 · OUR RESEARCH VISION
Our direction is to link greenhouse air, water and plant response in a more complete model, then test it against real measurements.
Plant-growth prediction is a research direction, not a validated capability of this public demonstration. No partner endorsement is implied.
The temperature comparison is a fixed-input, short-step replay against a saved calculation. It is not proof of physical greenhouse performance, measured crop yield or autonomous control. Plant-growth modelling remains a research direction.