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This section is exclusively for barangay officials:
This system was developed as an undergraduate thesis project by Batangas State University students.
Real-time monitoring of rising and dropping sensor values across all nodes
Analyzing sensor trends...
Analyzing sensor trends...
Analyzing sensor trends...
Understanding Normal, Warning, and Dangerous Levels
| Sensor / Parameter | Normal Level | Warning Level | Dangerous Level | Unit |
|---|---|---|---|---|
|
Geophone
Ground vibration velocity
|
0 - 2.4
Safe
|
2.5 - 4.9
Monitor
|
ā„ 5.0
Alert
|
mm/s |
|
Rainfall
10-minute accumulation
|
0 - 4.9
Light
|
5.0 - 14.9
Moderate
|
ā„ 15.0
Heavy
|
mm |
|
Soil Moisture
Soil water content
|
0 - 59%
Optimal
|
60 - 79%
Saturated
|
ā„ 80%
Critical
|
% |
|
Battery
Power level
|
ā„ 55%
Good
|
40 - 54%
Low
|
ā¤ 39%
Critical
|
% |
|
Accelerometer
Movement magnitude
|
0 - 0.99g
Stable
|
1.0 - 1.62g
Unstable
|
ā„ 1.63g
Moving
|
g |
|
Geophone Acceleration
Ground acceleration
|
0 - 12.9
Stable
|
13.0 - 15.9
Active
|
ā„ 16.0
Critical
|
m/sĀ² |
|
Gyroscope
Rotation magnitude
|
0 - 49Ā°/s
Normal
|
50 - 74Ā°/s
High
|
ā„ 75Ā°/s
Critical
|
Ā°/s |
These thresholds are based on scientific research and field testing. The system automatically monitors these levels and sends alerts through Telegram when warning or dangerous levels are detected.
The system uses a scoring mechanism where multiple sensors reaching warning/danger levels increase the overall risk score. Alerts are triggered based on:
Advanced Early Warning Solution
The system consists of three strategically positioned wireless sensor nodes placed at different elevations on the slope. Each node communicates with the central server to provide real-time monitoring of landslide indicators.
Three strategically placed nodes with real-time data transmission
MPU6050, Soil Moisture, Ground Vibration, and Rain Gauge sensors
Telegram notifications & siren alarms when thresholds are reached
Undergraduate thesis by Batangas State University students
Landslides are one of the major natural hazards in the Philippines, and manual monitoring is both time consuming and risky. The Landslide Monitoring System is a combination of the main server and three wireless sensor nodes that consists of the different sensors such as MPU6050, Soil Moisture Sensor, Ground Vibration Sensor, and Rain Gauge Sensor. This allows the system for continuous observation and monitoring wirelessly for the detection of early warning signs of landslides. Data is displayed through the dashboard monitoring website, and alerts are sent through Telegram and Siren Alarm to notify residents immediately when risk level rise or threshold level is reached.
Batangas State University - The National Engineering University
Alangilan Campus ā¢ College of Engineering Technology ā¢ Major in Electronics Technology
Restricted Access - Barangay Officials Only
System Configuration & Settings
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@LANDSLIDE_NOTIFICATION_BOT
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