Tree-Mounted Bio-Sensor Pods Powered by Nature's Own Detection System
Inspired by the platypus's extraordinary electroreception, our bio-sensor pods detect subtle electrical and chemical signals from trees—predicting disease, drought stress, and carbon capture potential weeks before visible damage appears.
"Zone 4 shows electrical signal anomaly - 84% probability of fungal infection in 5-7 days."
You grab your flashlight and walk to that exact spot. With the naked eye, everything looks fine—healthy canopy, no discoloration, no visible stress. But you trust the data. You deploy preventative treatment to that specific zone.
Two weeks later: Neighboring zones without alerts lose 40% of their trees. Zone 4? Thriving.
That's the power of Platypus—seeing the invisible before it becomes catastrophic.
84%
Zone 4 — Pod #4
Fungal infection predicted within 5-7 days
Our tree-mounted pods detect micro-electrical signals that trees emit when stressed—mimicking the platypus's ability to sense prey through electricity.
Simultaneously monitors volatile organic compounds and chemical changes in tree sap—catching disease markers before physical symptoms appear.
Machine learning models analyze signal patterns to predict disease outbreaks, drought stress, and optimal intervention timing with 90%+ accuracy.
Quantify carbon capture potential and demonstrate sustainability metrics for certifications—perfect for carbon offset projects.
Instant mobile notifications when anomalies are detected—enabling rapid response to prevent spread and minimize crop loss.
One pod monitors up to 50 trees. Easy installation—mount in 5 minutes, solar-powered with 5-year battery backup.
Minimum deployment
For expanding plantations
Large-scale operations