IoT Smart Agriculture

Group 4 Project Portal - Type Your Credentials

Demo login only: credentials in a browser-only page are not secure for real accounts.

IoT Smart Agriculture Solution

Group 4 System Project

User
Active Location: Quezon City
Farmer Irrigation Schedule Mode:

Scheduled mode waters only during the selected minute using your device's local time.

Dashboard soil reading is simulated at 45%; adjust readings in System Demo. A real sensor requires hardware integration.

Smart recommendations are starting values. Press Edit Settings before changing thresholds or plant, then Save & Apply. In Smart Auto mode, the pump triggers when temperature is above its saved threshold or soil moisture is below its saved threshold; scheduled modes follow the selected time.

Current thresholds are applied.

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Live Temperature

--°C
Loading...

Live Humidity

--%
Ambient Normal

Soil Moisture

45%
Normal Moisture

Water Pump Status

OFF
Standby

Plant Pump Overview

Real-Time Climate Trends for Selected City

Farm Settings

Manage your farm location, irrigation schedule, crop-based pump trigger thresholds, and plant pump zones here.

Automatic Plant Pumps

Add a pump zone for each plant. These zones are shared with System Demo and use their own moisture readings and trigger thresholds.

Connect a Real Device

Connect a supported Arduino/ESP board over USB, then the dashboard can send saved irrigation settings and pump commands.

This connects to firmware already installed on the board; a browser cannot transfer or install the device program. The firmware must support the dashboard's newline-delimited JSON serial messages.

No device connected.

Expected incoming sensor line: {"temperature":28,"humidity":65,"soil":42}. The demo can send per-zone commands such as {"type":"zonePump","zoneId":"zone-1","plant":"Tomato","state":"on"}. Device firmware must recognize these messages and drive a separate relay/output for each pump zone.

Live IoT Hardware Schematic & Animated Circuit Wires

Visual representation of Arduino Uno connected with DHT22 sensor, Soil Potentiometer, I2C LCD, Relay, and Water Pump.

DHT22 Temp: --°C Hum: --% Soil Sensor Moisture: 45% Arduino Uno MCU I2C LCD 16x2 TEMP: --C HUM: --% STATUS: STANDBY Relay & Pump Pump: OFF
Main Irrigation Line:
STANDBY

Live Operation History (Automated & Farmer Schedule Triggers)

Timestamp Event Trigger Reason / Schedule Temperature Soil Moisture

System Simulation & Demo Mode

Automatic Pumps by Plant Zone

Add a zone for each crop. Each zone uses the demo temperature and its own soil-moisture reading and trigger thresholds.

Device control is off. Enable it to send per-zone pump commands.

Demo Hardware Schematic & Animated Wires

Interactive simulation showing real-time circuit pulses, LCD text changes, and automated pump response.

Sim DHT22 Temp: 32°C Hum: 60% Sim Soil Moisture: 45% Arduino Demo MCU I2C LCD 16x2 TEMP: 32C SOIL: 45% STATUS: PUMP OPEN Relay & Pump Pump: ACTIVE
Main Irrigation Line:
PUMP ACTIVE

Demo Simulation Log

Time Action Reason

Member Profile & Settings

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User Management

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