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MetaPond
"By the time a pond looks sick, the fish are already dying"
"By the time a pond looks sick, the fish are already dying"
A smart-pond digital twin for Nile tilapia (Oreochromis niloticus) farmers & private pond owners
A smart-pond digital twin for Nile tilapia (Oreochromis niloticus) farmers & private pond owners
The struggle is real.
The struggle is real.
Nile tilapia are Drama Queens.
Nile tilapia are Drama Queens.
Traditional farmers lose over 45% of their stock due to unpredictable climate shifts.
Cold Shock (< 25°C) kills growth.
pH Imbalance is a silent killer.
Manual feeding is inefficient .
Prevent problems before they occur
Prevent problems before they occur
Healthier Fish
Healthier Fish
Optimized pond parameters lead to zero stress and maximum growth rates.
Lower Cost
Lower Cost
Precise feeding time and power control minimize operational waste and expenses.
Resource Management
Resource Management
Total control over every asset.
Sustainability
Sustainability
Zero Waste Feeding, Energy Efficiency, Circular Health to keep fish alive, and an Urban Food Hack to grow food locally.
The Digital Twin in Metaverse
The Digital Twin in Metaverse
The Pond
The pond system you interact with in the metaverse is the exact 'digital twin' of your real-life pond. Every sensor reading, every water condition, and every change in the physical pond is instantly reflected here, creating a seamless bridge between the real and virtual worlds.
The Digital Twin in Metaverse
The Digital Twin in Metaverse
The Virtual Circuit
What you see here is not just a simulation. This is a fully functional virtual circuit, a perfect digital mirror of the real electronics controlling your pond. Every sensor, every relay, every signal works the same way in the metaverse as it does in the physical world.
The Digital Twin in Metaverse
The Digital Twin in Metaverse
The Dashboard
The Digital Twin Dashboard displays real-time pond data: temperature, pH, oxygen, and more, in one clear view. Smart alerts keep you informed so that you can monitor, analyze, and act instantly from the metaverse.
The Digital Twin in Metaverse
The Digital Twin in Metaverse
The Chatbot
Meet your AI companion in the metaverse. This smart HUD chatbot follows you everywhere, delivering real-time pond alerts, answering your questions, and guiding you through troubleshooting, all without interrupting your journey.
Purpose
Purpose
Monitor water quality in real-time.
Automatic temperature + pH control.
Reduce manual monitoring.
Impact
Impact
Economic Impacts:
Higher fish survival rate.
Lower operational costs.
Increased productivity.
Environmental Impacts:
More efficient water usage.
Reduced resource waste.
Social Impacts:
Easier remote monitoring.
Less manual labor.
Business Strategy
Business Strategy
For Household:
Turn your backyard pond into a self-regulating ecosystem. Plug-and-play, affordable, and gives you peace of mind.
For Local Farmer Groups:
Collective intelligence. Shared ownership means lower cost per farmer, with a community dashboard to monitor group productivity.
For Large-Scale Tambak:
Enterprise-grade fleet management. Maximize yield per hectare with predictive analytics and centralized control for hundreds of ponds.
Sustainable Development Goals (SDGs)
Sustainable Development Goals (SDGs)
MetaPond enhances food security by increasing tilapia production yields. By reducing fish mortality rates by up to 45%, the system ensures a stable and affordable supply of animal protein for communities, particularly in developing nations.
MetaPond introduces digital twin and IoT innovation to modernize the aquaculture sector. This intelligent infrastructure enables automated water quality monitoring, fostering a more resilient, productive, and globally competitive fisheries industry.
MetaPond implements zero-waste feeding and energy efficiency protocols, reducing feed and water wastage. The system promotes responsible production patterns by optimizing the sustainable utilization of natural resources.
MetaPond assists farmers in adapting to climate change through early detection of cold shock and pH imbalance. The system minimizes the impact of extreme weather events on aquaculture, building resilience against the climate crisis.
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