Freshwater ecosystems are under growing pressure, from pollution, climate change, and rising mosquito-borne disease. Traditional responses often rely on chemical treatments or passive monitoring methods that can damage habitats or fail to scale.

This project takes a different approach.

We are developing a bio-inspired autonomous aerial system, modelled on dragonfly flight, designed to actively suppress mosquito populations and monitor freshwater environments without chemicals, habitat disruption, or constant human presence.

To move from prototype to real-world deployment, we are seeking collaborators, partners, and supporters who share a commitment to sustainable, science-led environmental solutions.

Your involvement directly supports:

• The development of non-chemical mosquito suppression strategies

• Continuous freshwater monitoring using modular sensor payloads

• Reduced ecological disturbance through low-noise, natural flight behaviour

• Field trials that generate actionable environmental data

• A scalable platform designed for real ecosystems, not laboratory conditions

Research & Academic Partners
We welcome collaboration with universities, research institutions, and laboratories interested in:

• Ecological data collection and analysis

• Biomimetic flight and robotics research

• Mosquito behaviour and population dynamics

• Environmental sensing and long-term monitoring
  
  Partnerships may include joint trials, data sharing, co-authored studies, or pilot deployments.

We work with conservation groups and environmental organisations seeking:

• Non-invasive monitoring of freshwater habitats

• Targeted mosquito suppression without chemical intervention

• Tools to support conservation, restoration, and biodiversity projects

Field trials can be adapted to specific ecosystems and conservation goals.