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IoT System - Coggle Diagram
IoT System
Design Principles
Ensure higher growth rates of crops
Reduce time needed on the field
Collect data to create optimal farms
Pro active alerts to team and predictive maintenance
Design Options
Hardware Design
Sensors
Temperature of Air
Dragino LHT65
CO2 levels
Humidity
Dragino LHT65
Light
Water temperature
EC
water flow
VOC
Frequency of measurement
20min
30min
10min
1hr
Software Design
Transmit
Gateway
Dragino LPS8
Pro -
Open source
Easy network integration
High receiving rate
Con
Slightly more expensive
Arduino Lora
Pro
Low cost
Open source
Con
More complicated approach
not realiable long term
low data receiving rate
not compatible with commercial sensors
Visualization
Dashboard
TagoIO
Pro - Easy integration for ML/AI
Analytics
Custom program API
Attractive Visualization
Cayenne
Attractive Visualization
Alerts & Alarms
If falling outside of set threshold
SMS
Email
Call
Not falling out of threshold
No Action
3 level of alarms
Level 1 - someone on site
Level 2 - someone onsite as backup
Level 3 - CAO is notified after multiple alarms
Storage
Backend Servers
TNN
Pro - Easy integration
Open source
Data Usage
Compiled for specific crops over several cycles to create a database of appropriate conditions