AQVA AI uses advanced analysis to identify secondary microbes that cause chronic fish health issues, which are often missed by traditional PCR testing. By analyzing both taxonomy and functional risk, AQVA AI helps fish farms and aquaculture operations uncover hidden dangers and prevent outbreaks. This proactive approach allows for better management of fish health and reduced losses.
Funding
Funding not disclosed
Founders
Product
Problem
Traditional PCR testing often misses secondary microbes that cause chronic fish health issues in aquaculture, leading to undetected risks and potential outbreaks. This can result in significant losses for fish farms and aquaculture operations due to delayed or inaccurate diagnoses.
Solution
AQVA AI provides an AI-powered microbiome intelligence platform that uses advanced metagenomic analysis to identify both the taxonomy and functional risk of microbes in aquaculture environments. By analyzing the DNA of all microorganisms, the platform detects potential pathogens and microbial imbalances before they cause widespread issues. The platform delivers actionable insights through a comprehensive analytics dashboard, enabling proactive management of fish health, reduced antibiotic use, and improved sustainability. Real-time monitoring of microbial populations tracks changes and trends, while a proprietary scoring system measures the overall health of the aquaculture environment.
Target Audience
The primary target audience includes fish farms, aquaculture operations, and researchers focused on improving fish health, reducing disease outbreaks, and optimizing aquaculture production.
Features
- Advanced DNA sequencing for comprehensive microbiome analysis
- AI-powered disease detection and early warning system
- Functional risk detection (e.g. virulence, quorum sensing)
- Real-time monitoring of microbial populations
- Proprietary system health score
- Customizable alerts based on farm parameters
- AI-generated microbiome health reports
- Visual dashboards and trend tracking
- AI Insight Engine for real-time research and in-depth report interpretation