Let your plant speak.
Your plant communicates every second through subtle thermal shifts and leaf transpiration. Vriksh Vani NIH-01 listens non-invasively and translates its health, hydration, and comfort into spoken words.
Plants communicate every second. Humans just can't hear them.
By the time leaf yellowing or drooping becomes visible to the human eye, your plant has already endured days of silent biophysical distress.
“Soil feels moist to touch”
Root Hypoxia & Anoxia
Overwatering drowns root hair stomata, cutting off root respiration 48 hours before visible yellowing.
“Leaves look green and vibrant”
Transpiration Shutdown
High vapor pressure deficit forces stomatal closure to preserve moisture, halting photosynthesis entirely.
“Plant droops suddenly”
Thermal Shock (36h delayed)
Visual wilting is the final emergency state. Thermal stress spikes 36 hours before physical drooping.
From raw thermal biometrics to natural human speech.
Experience how NIH-01 processes invisible leaf micro-climates into clear, empathetic plant voices on your device.
“I'm photosynthesizing peacefully right now. The afternoon sunlight feels so soothing, but my roots could use a gentle sip of room-temperature water in about an hour.”
How Vriksh Vani Works in 60 Seconds
No complex charts needed unless you want them. NIH-01 transforms invisible plant biophysics into natural human speech.
Thermal Sensing
FLIR Lepton 3.5 thermal camera reads true leaf surface temperature non-invasively — not just ambient room air.
Real-Time VPD Calculation
NIH-01 computes Vapour Pressure Deficit every 60 seconds to detect transpiration stress before leaves roll or wilt.
NTE™ Spoken Voice
On-device TinyML translates biometrics into natural, calm spoken language telling you exactly what your plant needs.
Hand-poured ceramic. Engineered to last a lifetime.
Each NIH-01 shell is slip-cast in artisanal ceramic kilns, hand-polished, and fitted with custom optical thermal windows. It integrates seamlessly into living rooms, offices, and greenhouses.
Engineered for absolute clarity, crafted for beauty.
Every component inside the NIH-01 hub is selected to respect plant biology and human privacy.
FLIR Thermal Biometrics
Lepton 3.5 micro-radiometric thermal core reads true leaf surface temperature non-invasively without physical contact.
Bosch Quad-Gas Sensing
BME688 AI gas sensor measures VOCs, CO2 equivalents, atmospheric humidity, and volatile organic transpiration compounds.
NTE Spoken Voice Engine
Translates biophysical readings into 4 distinct voice personalities across 8 human languages directly on your device.
TinyML Edge NPU
On-device neural processor runs inference at <45ms latency with zero dependence on cloud servers or internet connectivity.
100% Volatile SRAM Privacy
Thermal frame buffers exist strictly in volatile RAM. No images or audio are ever recorded, stored, or transmitted.
Matter & Smart Home Mesh
Integrates natively with Home Assistant, Apple Home, Google Home, and Alexa via Thread and Wi-Fi 6 mesh protocol.
200+ Species Encyclopedia
Pre-loaded biophysical profiles for tropicals, succulents, orchids, and rare houseplants calibrated by botanical research labs.
Kiln-Fired Artisan Ceramic
Crafted from sustainable biophilic ceramic fired at 1,280°C. Designed to blend seamlessly into biophilic home decor.
Engineering Excellence inside Handcrafted Ceramic.
The NIH-01 pairs artisanal ceramic craftsmanship with enterprise thermal and chemical biometrics.
FLIR Lepton 3.5 Sensor
160x120 thermal resolution measures stomatal cooling dynamics with 0.05°C accuracy.
Bosch BME688 Gas Sensor
Scans Volatile Organic Compounds (VOCs) and VSCs emitted during pest or humidity stress.
ARM Cortex-M4 TinyML NPU
Quantized neural network classifies biophysical stress states locally without cloud delay.
Zero-Video SRAM Shield
Volatile RAM frame buffer overwrites thermal data 20 times per second. Zero video exfiltration.
Your garden's emotional dashboard in your pocket.
The Vriksh Vani App for iOS and Android pairs seamlessly via Bluetooth 5.2. View real-time transpiration graphs, customize voice personalities, and receive intelligent care reminders before stress damages your plants.
"Good morning! My stomata are open and I am feeling photosynthetically joyful. 🌿"
Loved by botanists, trusted by plant parents worldwide.
Read how early Batch 00 prototype testers transformed their relationship with their indoor gardens.
“NIH-01 proved that thermal transpiration variance correlates directly with root stress 36 hours before visual symptoms. It is a game-changer for plant biophysics.”
“Hearing my Monstera Variegata tell me its air humidity was too low saved a $2,000 leaf from crisping. The natural spoken voice is magical.”
“The ceramic craftsmanship is extraordinary. It feels like an art piece on the sideboard rather than a tech gadget. The privacy design gave my clients complete confidence.”
Plants are not silent. We just forgot how to listen.
For 3.8 billion years, flora developed intricate thermal and biochemical signalling networks. Vriksh Vani bridges biology and technology to make plant consciousness audible.
Thermal Transpiration
FLIR thermal sensors measure micro-kelvin fluctuations on leaf surfaces to detect stomatal stress hours before wilting occurs.
Emotional Speech Engine
NTE™ maps biophysical states to natural human expressions across 8 native languages, giving your Monstera or Ficus a distinct personality.
Zero-Cloud Edge AI
ARM Cortex-M4 NPU runs TinyML inference directly inside the ceramic hub. Thermal frames are processed in volatile RAM and immediately purged.
What Experts Are Saying About the Concept.
"The concept of hearing what your plant needs before it starts wilting is revolutionary. As a researcher studying plant stress responses, this is the consumer product I've been waiting for."
"The ceramic hub renders look stunning — it would integrate beautifully into a modern living space. A plant care device that's also a design piece? That's exactly what's missing in the market."
"Zero video cameras is the right approach. Processing thermal frames in volatile SRAM with immediate purging shows they're thinking about privacy from the hardware level, not as an afterthought."
One Hub. Infinite Intelligence.
No hidden hardware fees. Every pre-order includes Batch 01 Founding Member status.
Latest Research & Botanical Science.
Measuring Stomatal Conductance with FLIR Lepton Thermal Arrays
Why Soil Moisture Probes Lie (and Why Thermal Leaf Cooling Never Does)
Quantizing TinyML Neural Models for ARM Cortex-M4 NPU Inference
Everything You Need to Know.
FLIR thermal arrays detect micro-kelvin surface temperature shifts on leaves caused by evaporative cooling during stomatal opening. This non-invasive method measures plant stress hours before physical wilting occurs.
No. The NIH-01 contains no visual cameras. Thermal frames are processed exclusively in volatile SRAM by the local ARM Cortex-M4 NPU and overwritten 20 times per second with zero video cloud exfiltration.
NTE™ supports 8 native languages including English, Hindi, Kannada, Tamil, Telugu, Marathi, Spanish, and German.
The NIH-01 features onboard 30-day (720-hour) SPI flash memory. It continues monitoring plant biometrics locally and automatically backfills cloud history when reconnected.
Batch 01 production units ship in October 2026. Every reservation includes a numbered gold-foil certificate and founding member pricing.
Join the Botanical Revolution Today.
Reserve your NIH-01 Nature Intelligence Hub. Lock in Founding Member perks, zero price increases, and early October 2026 shipping.