Model 02 · AI Water Producing Tree

Oasis Palm System
Artificial Mother Tree for Young Plants

Oasis Palm System is an artificial palm-style AI tree that behaves like a mother for nearby plants. It pulls water from humid air, stores it in a transparent base, adds fertilizer when needed, protects soil with shade and delivers water directly to the roots. From far away it looks like a normal palm; only when you get close you see the transparent tank and the intelligent heart inside.

Artificial palm – realistic trunk and fronds, but fully technical inside.
Water-from-air condensation visible in the base tank.
Smart fertilizer module for micro-dosing nutrients.
Drip irrigation directly to the root zone of young plants.

Boulevard lined with AI water producing palm trees in a desert city

Top: how the system can look inside a real boulevard or resort.
Left: infographic explaining the internal modules of the Oasis Palm System (water-from-air, reservoir, fertigation and smart monitoring).

System Design – Mother Tree Behaviour

In this model, the AI behaves like a caregiver: it pays attention to small plants and seedlings around the palm, deciding when to provide shade, water and nutrients.

A · Palm Canopy & Shade

Realistic synthetic fronds create shade zones that reduce evaporation and soil temperature, protecting small plants as they grow.

B · Condenser, Reservoir & Fertilizer

The trunk hides the atmospheric condenser and a transparent base tank. A small cartridge injects fertilizer into the water line when the AI decides it is needed.

C · Root-Zone Drip Network

Thin drip lines run underground around the palm, delivering water directly to the root zones of each young plant, with individual control per zone.

Text-Based “Cutaway” Diagram

Top:
  [Palm Canopy – Synthetic Fronds]
      │   (shade + optional solar ring)
      ▼
Middle:
  [Air Intake + Filter] → [Condenser Module]
      │                       │
      │                   (Water droplets)
      ▼                       ▼
Base:
  [Transparent Reservoir] ← [Droplet Collector]
      │
      ├─→ [Fertilizer Cartridge + Micro-pump]
      │
      └─→ [Drip Lines A/B/C] → [Plant Root Zones]

Sensors:
  - Soil moisture probes at each plant area
  - Air temp/humidity sensor at mid-height
  - Optional light sensor (sun intensity)

AI Logic:
  - If humidity + temperature suitable → run condenser
  - If soil dry in zone A/B/C → open drip valve for that zone
  - Occasionally mix fertilizer when plants are young or depleted.

This diagram can be turned into a beautiful, vertical infographic: half natural palm, half transparent technical view.

Circuit Concept with Fertigation

The electronic architecture is similar to Urban Eco-Spire, with one important addition: a controlled fertilizer pump or valve.

12–24 V DC bus for condenser, fan, water pump and fertilizer pump.
5 V bus via buck converter for MCU and sensors.
MCU / AI module (ESP32 or similar) with enough I/O for multiple drip zones.
Soil moisture sensors in 3–4 planting cells.
Dedicated MOSFET for the fertilizer micro-pump.

Text-Based Circuit Sketch

[12–24 V DC] ────────────────────────────────────────┐
                                                    │
                           +────────────────────────┴────────────+
                           │   Buck Converter → 5 V (logic)      │
                           +────────────────────────┬────────────+
                                                    │
                      +-----------------------------+-------------------------+
                      │                                                       │
                [MCU / ESP32 5 V]                                 [Sensors 5 V]
                      │                                                       │
      ┌───────────────┼──────────────────────┬──────────────────────┬─────────┘
      │               │                      │                      │
  [PWM D5]        [D6] (Pump Water)     [D7] (Pump Fertilizer)  [D8..D10] (Valves)
 to Gate M1       → Gate M2             → Gate M3               → Gates M4..M6
 (Condenser+Fan)

Analog Inputs:
  A0..A3 → Soil Moisture (Zones A/B/C/D)
  A4     → Reservoir Level (float / capacitive)
  D2     → Air Temp/Humidity (DHT/SHT)

Each MOSFET: N-channel, logic-level
  Source → GND
  Drain  → negative terminal of load
  Load + → 12–24 V
  Gate   → MCU pin via 220–330 Ω resistor
  Gate   → GND via 10 kΩ pull-down
  Diode across each inductive load (pump/fan/valve).

This is a clear prototype-level plan, ready for a first PCB and for visual explanation in your film or animated catalog.

Video – Oasis Palm System in Action

This short clip shows how an entire boulevard can be transformed by AI water-producing palms: harvesting water from air, feeding young plants and turning hot streets into shaded green corridors.

The same core idea can scale to **desert highways, resorts and even future AI forests**, working together with natural trees to prevent fires and protect life.

Explore Code of Awakening → Back to main lab homepage →

Replace Oasis_Palm_System.mp4 with the final exported clip in the same folder on your server.

Oasis Palm System Artificial Mother Tree for Young Plants