Liana Thompson
CEO
Aquaai
Aquaai develops biomimetic sensor platforms that provide subsurface data for water quality monitoring in blue economy industries. Their technology addresses the need for affordable risk management tools to ensure sustainable operations and protect aquatic ecosystems.
- Artificial Intelligence
- Data & Analytics
- Clean Technology
- Hardware
- Internet of Things
Updated 7 months ago
Funding
Funding not disclosed
Funding rounds are not available yet.
Founders
Product
Problem
Monitoring water quality and aquatic ecosystem health often relies on manual methods or fixed sensors, which are labor-intensive, provide sporadic data, and may not accurately represent large or dynamic environments. Existing underwater monitoring devices can be disruptive to marine life and lack the ability to navigate complex underwater environments effectively.
Solution
Aquaai provides biomimetic, fish-like autonomous underwater vehicles (AUVs) equipped with cameras and plug-and-play sensors to collect real-time subsurface data for water quality monitoring and aquatic ecosystem assessment. These AUVs are designed to integrate seamlessly into aquatic habitats, minimizing disturbance to marine life while gathering comprehensive data. The collected data is accessible through the Aquaai Control System, a web-based dashboard that offers easy access to data readings and quality images, enhanced by AI, computer vision, and advanced perception technologies. Aquaai's solution enables more efficient and comprehensive water management, supporting sustainable operations across various blue economy industries.
Target Audience
Aquaai's primary customers include research institutions, aquaculture farms, water management agencies, and organizations involved in blue economy industries seeking affordable risk management tools and sustainable operational practices.
Features
- Biomimetic design that mimics natural fish movement for unobtrusive operation within aquatic environments
- Equipped with cameras and plug-and-play sensors for superior data acquisition, measuring parameters such as salinity, dissolved oxygen, and temperature
- 3D-printed and recyclable construction, promoting environmental sustainability
- Inductive charging capability allowing for extended deployment periods of up to one year
- AI-driven navigation system enabling the AUV to avoid obstacles like coral reefs and navigate complex underwater environments
- Real-time data transmission for immediate analysis and response to environmental changes or disasters
- Web-based dashboard providing easy access to data readings, quality images, and mission mapping