Research today. Possibilities tomorrow.

Smarter farming starts with intelligent technology.

We are an R&D team currently combining AI and drone technology to explore practical solutions for agriculture. We are building real-world experience today while preparing for tomorrow’s frontier technologies.

Explore current projects View future research
✳Focused on useful research, field testing, and measurable impact.
Agricultural spray drone applying inputs over a rice field
Farmers and researchers watching an agricultural drone demonstration
Zipline fixed-wing delivery drone releasing a parachute package
DJI Matrice 300 RTK fire-brigade drone on a fire-service landing zone
MQ-9 Reaper military drone in flight
Spray drone over ricePrecision spraying from the air
✦AI insights
⌁Drone data

01Active focus

What we are working on now

Our current work brings AI and drone systems together to help farmers observe fields, understand conditions, and make better-informed decisions.

Current research
Drone view of cassava trial plots in Kampong Cham, Cambodia, showing differences in crop healthPhoto: Jono Newby, CAVAC cassava trial, Kampong Cham (CC BY-NC 2.0)CORE PROJECT
✳

AI for Smart Farming

Explore computer vision and machine learning to analyze crop images, identify possible plant stress, and turn field data into useful insights.

  • Crop and field image analysis
  • Plant health and anomaly detection research
  • Decision-support tools for farmers
Drone photo of farmers and researchers walking through cassava trial plots in Kampong Cham, CambodiaPhoto: Jono Newby, CAVAC cassava trial, Kampong Cham (CC BY-NC 2.0)CORE PROJECT
⌁

Drones for Agriculture

Investigate how drones can collect aerial imagery and support faster, more consistent field monitoring.

  • Aerial image and data collection
  • Field mapping and crop monitoring
  • AI-assisted analysis of drone imagery
Electronics, wiring and radio controller laid out while building a quadcopterPhoto: Sally Wilson, Wikimedia Commons (CC BY-SA 2.0)CORE PROJECT
🛠

Building Our Own Drone

Design and assemble a working agricultural drone platform, from frame and flight controller to camera and spray payload.

  • Frame, motors and flight-controller integration
  • Camera and spray payload mounting
  • Field flight tests and safety checks
Fixed-wing delivery drone releasing a parachute packagePhoto: Roksenhorn, Wikimedia Commons (CC BY-SA 4.0)CORE PROJECT
📦

Farm Delivery Experiments

Test short-range drone delivery of seeds, inputs and samples between fields and the farm office.

  • Lightweight payload release mechanism
  • Route planning between fields
  • Measuring time and cost savings
Fire-brigade drone with thermal camera on a landing zonePhoto: Iswoar, Wikimedia Commons (CC BY-SA 4.0)CORE PROJECT
🔥

Fire-Assist Trials

Explore how a drone with a thermal camera can spot hotspots early and help teams respond to field and brush fires.

  • Thermal-camera hotspot detection
  • Live video for response teams
  • Safe operating procedures near fire
Drone ground station with a laptop showing an aerial mapPhoto: Iswoar, Wikimedia Commons (CC BY-SA 4.0)CORE PROJECT
🧠

AI Integration

Connect our computer-vision models to the drone so images are analysed on the spot and turned into clear field reports.

  • On-board and ground-station image analysis
  • Automatic field maps and alerts
  • Simple reports farmers can act on

Our approach

From field data to useful insight

01Capture

Collect field images and observations.

→
02Analyze

Use AI to process and interpret data.

→
03Improve

Support better-informed farm decisions.

02Wider drone applications

How today's drones are used beyond the farm

Alongside our agricultural research, we track how the latest drone technology is being used around the world. These examples inform our future research directions.

Technology watch

These are examples of current drone technology from around the world, not our products. Our active work is in agriculture; any study of other areas must follow aviation law, safety requirements and humanitarian principles.

03Long-term vision

Frontiers we aim to explore

These are future research directions—not current projects. We plan to explore them as our capabilities, partnerships, and resources grow.

Future directions
FUTURE 01

Quantum Computing

Quantum algorithms, quantum information, and quantum error correction.

FUTURE 02

Clean Energy

Sustainable energy systems, efficiency, and technologies for a lower-carbon future.

FUTURE 03

Robotics

Intelligent machines, perception, motion planning, and autonomous control.

FUTURE 04

Rocket & Aerospace

Aerospace engineering, propulsion concepts, and space exploration systems.

Listed as long-term interests; these areas are not presented as active projects.

Our mission

Research with purpose. Technology with impact.

We connect scientific curiosity with practical engineering. We start with real needs, test ideas carefully, and develop technologies that can make a positive difference.

⌕

Practical research

Start with real problems and validate ideas through testing.

◎

Connected disciplines

Combine AI, hardware, data, and engineering expertise.

✧

Responsible progress

Build thoughtfully, with people and the environment in mind.

Let's collaborate

Have an idea for smarter agriculture?

We welcome conversations about research, partnerships, and practical technology.

Start a conversation ↗