AgTech | Solution Architecture | Artificial Intelligence
Concept of Operations for FalconUAV Autonomous Bird Scaring Solution
Cherry orchard growers in Victoria face significant crop losses due to bird damage, particularly from starlings and blackbirds. Traditional deterrents such as nets, scarecrows, and noise devices have proven labour-intensive and increasingly ineffective. The client sought an innovative, automated solution to reduce crop damage, improve yield quality, and minimise manual intervention.
Agricultural Technology
Digital Transformation
Solutions Architecture
AI
Mikani Pty Ltd was engaged to develop a Concept of Operations (ConOps) for an integrated bird detection and deterrence system.
The project involved:
- Stakeholder engagement with growers and technology partners.
- Assessment of bird behaviour and orchard risk zones.
- Design of a multi-layered deterrence architecture.
- Operational scenario planning and workflow modelling.
- Integration of aerial and ground-based technologies.
Advisory Services & Methodology
Mikani applied a systems engineering approach to design a scalable, autonomous deterrence solution. The ConOps featured:
- A mobile interface for remote control and monitoring, compliant with CASA regulations.
- DJI Matrice 3D drones equipped with acoustic deterrents and laser modules.
- DJI Dock 2 for automated launch, flight, and return operations.
- Fixed ground stations and sensor networks for continuous monitoring and response.
- A coordinated protection strategy combining aerial patrols with stationary deterrents.
Outcomes:
The ConOps delivered a robust, future-ready framework for autonomous bird management in orchards. Key benefits included:
- Reduced crop damage and improved fruit quality.
- Increased profitability through higher yields and market value.
- Lower labour costs and minimal manual intervention.
- Environmentally sustainable pest control with reduced reliance on chemicals.
The project was completed on time and within budget, with strong stakeholder engagement and positive feedback from FalconUAV.
Conclusion
Mikani’s development of the Falcon UAV ConOps demonstrates its capability in delivering innovative, technology-driven solutions for agricultural and government clients. The project showcases Mikani’s strengths in stakeholder engagement, operational design, and integration of autonomous systems to solve complex rural challenges.