EyeFish™ Connected Hardware
Unified multi-environment telemetry monitoring units. From solar-powered smart buoys for offshore cages to compact intensive RAS units and robust pond data-nodes.
An all-in-one aquaculture system for production monitoring, planning and management combining farm management software, environmental monitoring and AI-powered biomass estimation across cages, tanks, RAS and ponds.
Connecting multi-environment farm monitoring with centralized digital intelligence in one platform.
Configure EyeFish™ around your farm layout rather than altering your physical infrastructure for technology.
Our edge computer vision and IoT models connect physical aquaculture environments with deep digital intelligence.
Advanced computer vision architectures evaluate average fish weight, target biometric distribution curves, and population growth in real time without causing handling stres.
Continuous behavior analysis monitors spatial density and schooling distributions to instantly flag stress indicators, anomalies, or kinetic deviation vectors.
Continuous real-time tracking of critical environmental parameters. The system profiles water quality metrics across multiple vectors to deliver comprehensive situational awareness and data-driven insights for farm stability.
Intelligent feeding oversight leveraging real-time behavioral analysis to deliver precise feed rations, eliminating overfeeding and protecting the pond environment.
Continuous 24/7 autonomous monitoring coupled with intelligent event detection. The system works around the clock to instantly flag behavioral anomalies, equipment shifts, or environmental stress before they escalate.
Centralize multi-site operations, physical cage topologies, aérateurs telemetry, and edge camera configurations within a singular enterprise platform.
Data collection, Edge AI processing, and cloud insights — delivered to your team in real time.
Underwater computer vision frameworks and multi-parameter sensors collect continuous bio-data streams.
Onboard computing modules execute machine learning models locally to calculate biomass and behavioral vector states.
Encrypted metadata payloads are transmitted via active cellular, radio links, or satellite infrastructures.
Centralized databases store, aggregate, and transform environmental structures into deep diagnostic indicators.
Real-time critical alarms, automated recommendations, and dashboards guide farm decisions immediately.
Connect cages, tanks, basins, ponds and sites to one centralized intelligence layer.
We collaborate tightly with aquaculture operators, research institutions, innovation ecosystems and BlueTech partners to validate, refine, and scale EyeFish™ globally.
Meeting the global food challenge through precision aquaculture. Our AIoT solutions maximize operational efficiency while preserving aquatic ecosystems.
Building the intelligence layer for aquaculture. Connecting physical environments with computer vision and edge computing.
Providing actionable AIoT tools engineered for measurable efficiency, optimized feeding cycles, and maximized biomass yield.
Empowering aquaculture networks to scale production responsibly while advancing the global Blue Economy framework.
ExypnoTech develops AIoT technologies that connect physical aquaculture environments with digital intelligence helping farmers monitor, understand and optimize their operations.
An integrated ecosystem combining offshore underwater vision, advanced environmental sensing, Edge AI algorithms, and the centralized EyeFish™ Bridge software platform.
24/7 underwater video telemetry streams and real-time behavioral schooling analysis natively at the source.
Continuous machine learning estimation modeling average fish weight, size tracking metrics, and historical stock density.
Continuous analytics across vital environmental metrics including dissolved oxygen levels, thermal maps, and pH variables.
Algorithmic ingestion feedback loops designed to actively lower overall FCR ratios and eliminate pellet accumulation waste.
Predictive vector alarms computing kinetic behavior anomalies to anticipate stress factors before mortality events.
Unified platform console managing localized edge nodes, infrastructure grids, threshold alerts, and complete multi-site operations.
ExypnoTech: Solar-powered smart monitoring for sustainable aquaculture.
Yes. EyeFish™ combines the hardware (buoy, sensors, underwater vision), the software platform (EyeFish™ Bridge), and artificial intelligence into a single, integrated ecosystem.
Yes. The solution is designed based on real-world operating conditions climate, infrastructure, and logistical constraints.
Yes. The configuration adjusts to the type of facility, the species raised, and the scale of production.
EyeFish™ is designed to remain accessible to small and medium-sized farms, not just large industrial groups.
Yes. The system is solar-powered and eco-designed to minimize its environmental impact.
A one-time hardware purchase combined with a subscription to EyeFish™ Bridge, or a HaaS (Hardware-as-a-Service) model with no upfront investment.