Saving the world’s most endangered dolphin with AI
Cloud smarts turbocharge data delivery
MAUI63 uses advanced technology and Artificial Intelligence in the fight to locate New Zealand’s much loved but endangered Māui dolphins.
The rarest species of dolphin in the world – the Māui dolphin – makes its home along New Zealand’s wild coasts. With only 63 Māui dolphins left, these playful and curious animals are under constant threat from predation, climate change, toxoplasmosis, and fishing.
These threats are most acute in particular locations, with pods swimming in and out of danger zones as part of their natural migration patterns.
Whether it is repositioning fishing fleets in real-time or taking direct conservation action, defending these vulnerable animals requires precise knowledge not only of where the dolphins are, but where they are likely to go in the future.
"Utilising AI-driven predictive models to help inform where we should be flying should greatly improve the efficiency of our drone surveys."
- Tane van der Boon,
Co-founder, MAUI63
The Challenge
With the support of industry and government, MAUI63 operates a powerful, long-range drone. Equipped with high-resolution cameras and a sophisticated computer vision system, the drone can identify Māui dolphins and adjust its course to follow them.
As there are hundreds of thousands of square kilometres of ocean to cover, the drone can’t be the only tool on the shelf to locate the dolphins. Qrious offered to help MAUI63 predict where the dolphins are likely to be, so the drone can more precisely locate and follow the dolphins.
Historical sightings of Māui dolphins from surveys conducted by boat are few, and usually only conducted in good weather and at certain times of the year. The hazards that these dolphins face, however, occur year-round and in all conditions. To succeed in tracking them, MAUI63 needs the capability to track the dolphins regularly and reliably.
The Solution
Based on a small amount of data from historical sightings from boats, Qrious applied Artificial Intelligence (AI) to create flight plans for the drone to have an optimal chance of locating Māui dolphins.
Inspired by principles of reinforcement learning, the Qrious AI system balances following previously recorded dolphin trails with exploring new potential sites where the dolphins might be found. It learns as the drone explores and discovers, creating an increasingly accurate picture of the dolphins’ movements.
The AI system creates a heat map of probability for the drone to follow, maximising its chances of locating and tracking the dolphins.
AI-driven drone tracks marine life with precision.
View all case studies
Max Fashions
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