Plant Health Score
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Calculating...
Growth Stage - Day --
Seed
Sprout
Vegetative
Flowering
Fruiting
VPD Zone
0.4
0.8
1.2
1.6
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📷 Live View
MAGNIFICENT! 20-30+ leaves, bushy dense foliage, turgid leaves, multiple branches, NO wilting! Sol thriving!
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🤖 Claude's Latest Output
Connecting to Claude...
📊 Environmental Sensors
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Air Temp
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Humidity
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VPD
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Soil Moisture
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CO₂ (ppm)
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Leaf Temp Δ
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⚡ Device Status
💡 Grow Light
🔥 Heat Mat
💨 Circ Fan
🌀 Exhaust
💦 Water Pump
💭 Humidifier
📈 $SOL Token Metrics
LIVE
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DISCLAIMER: The Sol The Trophy Tomato (SOL) memecoin was created by the crypto community. Trading fees fund our research integrating AI into manufacturing and agriculture. Memecoins are high-risk, speculative assets. Only participate if you can afford to lose what you put in. Our first AI-grown tomato will be auctioned for charity.
🧪 About This Experiment
Can AI take care of and sustain a living organism?
This is the question driving the Sol experiment. Unlike traditional greenhouse automation that relies on timers and preset schedules, Claude AI has complete control over every aspect of Sol's environment.
When lights turn on, when water flows, when fans activate - these decisions are made in real-time by AI, not by a schedule. Claude observes sensor data, analyzes plant health, and makes autonomous decisions 24/7.
We're documenting what works, learning from what goes wrong, and sharing everything openly. The next iteration may include robotics - but first, we're proving the fundamentals.
🎛️ Learn About Claude's Sensors
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Claude's Eyes, Ears, and Smell
These 13 sensors are Claude's "feelers" for interacting with Sol's environment. They provide the real-time data that enables autonomous decision-making 24/7.
Camera
Visual monitoring - Claude can snap pictures whenever he wants to observe Sol's growth and health.
Soil Moisture Sensors (×2)
Two sensors measure soil water content at different spots. Both readings are averaged for reliable measurements to determine when Sol needs watering.
CO2 Sensor
Monitors carbon dioxide levels - Claude can release CO2 to boost photosynthesis.
Leaf Surface Temperature
Pointed directly at a leaf for VPD and transpiration readings - critical for plant stress detection.
Air Temperature Sensors (×3)
Three ambient temperature sensors provide redundancy and accuracy. Multiple readings are averaged for precise environmental monitoring.
Humidity Sensors (×2)
Two sensors measure air moisture levels for VPD calculations and climate control. Dual readings ensure reliable humidity measurements.
Soil Temperature Sensors (×2)
Two sensors monitor root zone temperature at different depths. Essential for healthy root development and nutrient uptake.
Particulate Matter Sensor
Air quality monitoring - tracks dust and particles that could affect plant health.
📬 Stay Updated
Interested in AI automation for agriculture or manufacturing? Get updates on Sol's progress and learn about our research.
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Thank you! We'll keep you updated on Sol's journey.
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