Technology/ Innovation: SakanaEdge - AI-Driven Predictive Aquaculture & Resilient Land-Based Farming Platform
SakanaEdge is an AI-powered aquaculture platform designed to improve productivity, resilience, and sustainability in fish and seafood production. The system integrates IoT sensor networks, environmental monitoring, and machine-learning models to predict water quality fluctuations, disease risks, and growth performance. By enabling early intervention and optimized feeding strategies, SakanaEdge reduces mortality, stabilizes output, and improves resource efficiency. The technology is particularly suited for land-based and semi-closed farming systems, where environmental variables can be continuously measured and controlled. SakanaEdge supports producers, governments, and development partners seeking climate-resilient protein supply, reduced environmental pressure, and scalable aquaculture infrastructure. The platform is modular, adaptable across species and regions, and compatible with emerging digital-twin and biosecurity frameworks.
Overview of Technology/ Innovation:
SakanaEdge addresses critical bottlenecks limiting aquaculture expansion in Asia-Pacific: environmental instability, disease outbreaks, inconsistent productivity, and lack of digital decision tools. The platform combines: Continuous environmental sensing (temperature, DO, pH, turbidity, etc.) Predictive AI models for water quality, biomass estimation, and disease probability Decision-support dashboards for feeding, aeration, and risk mitigation Data aggregation & benchmarking across sites Upscaling potential within ADB frameworks: Resilient Infrastructure Projects SakanaEdge strengthens the performance of new or upgraded land-based aquaculture facilities by embedding predictive control, reducing biological and financial risks. Climate Adaptation & Food Security Programs AI-driven forecasting improves stability of aquatic protein supply under temperature variability, extreme weather, and water quality stress. Value Chain & SME Modernization Digitalization increases yield predictability, enabling financing access, insurance models, and integration with processing/logistics systems. Biosecurity & Disease Surveillance Early detection and anomaly prediction reduce outbreak severity and regional transmission risks. The system is species-agnostic, scalable from pilot to multi-site clusters, and transferable to emerging aquaculture economies supported by ADB investments.
Website: s-trout.com
Country: Japan