NatureDots develops AquaNurch, a hard-tech solution that integrates nature-based science with deep technology to enhance the resilience of aquaculture against ecological stressors. This system creates a balanced aquatic ecosystem, enabling sustainable fisheries that increase revenue for aqua farmers while promoting nature-positive growth.
Funding
Funding not disclosed
Founders
Product
Problem
Aquaculture faces ecological stressors that threaten the health and resilience of aquatic ecosystems, impacting the sustainability of fisheries and the livelihoods of aqua farmers. Traditional methods of monitoring and managing these ecosystems often lack the real-time, comprehensive data needed to make informed decisions and mitigate risks effectively.
Solution
NatureDots offers AquaNurch, an AI-powered system that combines nature-based science with deep technology to enhance the resilience of aquaculture. AquaNurch uses a network of neural nodes to capture real-time data from water ecosystems, integrating biophysical, chemical, ecological, and anthropogenic factors. This data is processed using proprietary AI models to provide resource intelligence, enabling users to understand and manage water health, forecast climate risks, and improve decision-making. The system supports the restoration, conservation, and protection of aquatic ecosystems, ensuring healthy fisheries and promoting sustainable food systems.
Target Audience
The primary target audience includes fish farmers, water system managers, and other stakeholders involved in aquaculture and water resource management.
Features
- Neural node network for real-time data capture from water ecosystems (lakes, rivers, aquaculture ponds, marine, creek, and mangroves)
- Integration of biophysical, chemical, ecological, and anthropogenic data
- Proprietary AI models for processing data and providing resource intelligence
- Climate risk assessment and forecasting based on climate scenarios, ecological complexities, and weather patterns
- User-friendly alerts and advisories in local languages for informed decision-making
- Nature-based components for reducing heavy metals and pollution in water ecosystems
- Data APIs providing primary onsite real-time data from 5-second intervals