01
Drones
Aerial imaging and spraying for crop monitoring and field operations.
See projectsCLSU · Precision & Digital Agriculture
Engineering the future of Philippine agriculture
CLSU's working hub for drones, AI, IoT and robotics in agriculture. We build, test and deploy smart farming technology with farmers, LGUs and partners.
- Drones
- Computer vision
- IoT sensors
- Machine learning
- GIS mapping
- Robotics
- Smart irrigation
- Vertical farming
- Edge computing
- Precision aquaculture
- Founding grant
- ₱50M
- Inaugurated
- 2022
- SPECTRA training program
- ₱10M
- Active projects
- 5
How it works
From field data to field action
- 01
Sense
IoT sensors, drones and cameras capture soil, crop, water and weather data in the field.
- 02
Connect
Wireless networks and edge devices move readings off the farm and into one place.
- 03
Analyze
AI models and GIS turn raw data into maps, alerts and recommendations.
- 04
Act
Robots, variable-rate machines and smart irrigation apply the right input at the right spot.
Capabilities
Nine research areas, one connected farm
All research areas → 02
GIS
Spatial data and mapping for planning, soil and crop decisions.
See projects 03
Robotics
Machines that sense and act in the field and in the lab.
See projects 04
Artificial intelligence
Models that detect, predict and recommend from farm data.
See projects 05
IoT
Connected sensors that report field conditions in real time.
See projects 06
Smart irrigation
Water delivered by need, measured by sensors.
See projects 07
Controlled-environment agriculture
Greenhouses, hydroponics and indoor vertical farming.
See projects 08
Mechanization
Seeders, applicators and machinery built for local farms.
See projects 09
Precision aquaculture
Monitoring and automation for fish and pond systems.
See projectsProject photo to collect