NEREUZ develops smart platforms and autonomous underwater vehicles (ROVs) that utilize artificial intelligence for automated population sampling in aquaculture. These tools facilitate precise production control by enabling automatic detection, counting, and biomass estimation of aquatic species like scallops and rainbow trout. The technology supports small, medium, and large aquaculture operations by providing accurate data for stock assessment and management.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional aquaculture population sampling and stock assessment methods are labor-intensive, costly, and carry inherent risks. These manual processes often result in delayed or inaccurate data, hindering effective production control and resource management for aquatic species.
Solution
Nereuz provides an integrated suite of AI-powered platforms and smart Remotely Operated Vehicles (ROVs) designed to automate critical aspects of aquaculture population sampling. Our solutions leverage advanced computer vision and machine learning algorithms to perform automated detection, counting, and biomass estimation of aquatic species directly within their environments. This automation significantly reduces operational costs, minimizes human error, and provides real-time, actionable data for enhanced production control and sustainable resource management.
Target Audience
Our primary customers are aquaculture operations, ranging from small to large enterprises, seeking to optimize their population sampling and stock assessment processes through technological automation.
Features
- **SAMPLING AI Smart Platform**: Utilizes AI for population sampling of species like scallops and rainbow trout, processing aquatic imagery for production control.
- **LEVIX Smart ROV**: Designed for transect sampling, enabling automatic detection and counting of benthic organisms.
- **HINDRAX Smart ROV**: Engineered for quadrant sampling, facilitating automatic detection and counting of benthic organisms.
- **Smart FRAME**: Specifically for quadrant sampling in bottom culture, it automates the detection, counting, and stock assessment of scallops.
- **Smart CAM**: Deployed in floating cages, this system automates the detection, counting, and biomass estimation of rainbow trout.
- **Proprietary AI Models**: Employ deep learning architectures for object recognition, species identification, and size/biomass estimation from underwater imagery.
- **Automated Data Processing Pipeline**: Ingests visual data from ROVs, performs analysis, and generates quantitative reports on population metrics.
- **ROV Integration**: Seamless integration with specialized ROVs equipped with high-resolution imaging sensors for optimal data acquisition.