Autonomous Systems at Scale: Transforming Livestock Operations in Northern Australia
Tracks
Concurrent Room 3
| Friday, August 7, 2026 |
| 8:30 AM - 8:50 AM |
| Concurrent Room 3 |
Overview
Edward Barraclough, Drone-hand Inc
Details
1. How autonomous drones and fixed-camera systems can reduce labour, improve safety, and increase visibility across large, remote livestock operations today, not in theory.
2. Why autonomy must be designed for northern Australian realities, including distance, heat, connectivity constraints, and existing farm workflows, to deliver real value.
3. What steps producers and industry can take to adopt autonomous systems progressively, improving productivity, animal welfare, and profitability without adding operational complexity.
Speaker
Edward Barraclough
Ceo/founder
Drone-hand Inc
Autonomous Systems at Scale: Transforming Livestock Operations in Northern Australia
Presentation Overview
Livestock producers across central and northern Australia face a unique set of challenges: vast properties, limited labour availability, increasing safety risks, and rising operational costs. At the same time, expectations around productivity, animal welfare, and environmental stewardship continue to grow. This presentation explores how autonomous systems are beginning to play a practical role in addressing these challenges at scale.
Drawing on real-world trials and deployments, the session will examine how autonomous drones and fixed-camera machine learning systems can be integrated into everyday livestock operations to improve efficiency, safety, and profitability. Rather than focusing on experimental or future concepts, the talk will centre on technologies that are already being tested and used in remote and extensive farming environments.
Key topics include the role of autonomous aerial systems in routine livestock monitoring, locating missing or distressed animals, fence and water infrastructure inspections, and reducing reliance on manned vehicles and helicopters for repetitive tasks. The presentation will also cover how fixed-camera computer vision systems can complement drones by providing continuous, low-touch monitoring at yards, feedlots, and high-traffic areas.
Importantly, the session will address the realities of operating in northern Australia, including connectivity constraints, weather extremes, long distances, and regulatory considerations. Practical lessons will be shared around system reliability, data relevance, and the importance of designing technology that fits existing farm workflows rather than adding complexity.
The presentation will conclude by discussing the broader impact of autonomy on regional agriculture, including improved safety outcomes, reduced emissions, better labour utilisation, and more informed decision-making. Attendees will leave with a clear understanding of where autonomous systems are already delivering value today, and how they can be adopted progressively within northern livestock enterprises.
Drawing on real-world trials and deployments, the session will examine how autonomous drones and fixed-camera machine learning systems can be integrated into everyday livestock operations to improve efficiency, safety, and profitability. Rather than focusing on experimental or future concepts, the talk will centre on technologies that are already being tested and used in remote and extensive farming environments.
Key topics include the role of autonomous aerial systems in routine livestock monitoring, locating missing or distressed animals, fence and water infrastructure inspections, and reducing reliance on manned vehicles and helicopters for repetitive tasks. The presentation will also cover how fixed-camera computer vision systems can complement drones by providing continuous, low-touch monitoring at yards, feedlots, and high-traffic areas.
Importantly, the session will address the realities of operating in northern Australia, including connectivity constraints, weather extremes, long distances, and regulatory considerations. Practical lessons will be shared around system reliability, data relevance, and the importance of designing technology that fits existing farm workflows rather than adding complexity.
The presentation will conclude by discussing the broader impact of autonomy on regional agriculture, including improved safety outcomes, reduced emissions, better labour utilisation, and more informed decision-making. Attendees will leave with a clear understanding of where autonomous systems are already delivering value today, and how they can be adopted progressively within northern livestock enterprises.
Biography
Edward Barraclough is the founder of Drone-Hand, an Australian AgTech company delivering autonomous drone and computer-vision systems for livestock and land monitoring. Coming from a mixed livestock and fine-wool Merino farming background, Edward combines deep on-farm experience with a career as a professional drone operator and technologist. He has worked across agriculture, infrastructure, energy, and remote operations, and is focused on applying practical autonomy to real-world farming challenges. Drone-Hand is currently running trials across Australia, New Zealand, the United States, and Canada, with expansion into Indonesia underway, supporting producers operating at scale in remote and labour-constrained environments.
