AI DRIVEN
iot hardware
Globally, wild fishing, sea, and land-based fish farms benefit from IoT and AI to safeguard global food security, ensuring practices are economical and sustainable.
Precision Oxygenation
IoT devices and AI are helping to provide grower with insights to optimize where and when they grow fruit, flower along with sensors that detect the dissolved oxygen in water with sensors and onboard cameras that assist with capature the growth status. The data can also help optimise irrigation frequency and improve its operational costs, with insights to reduce fuel consumption and optimize the maintenance of irrigation system using AI predictive maintenance. McKinsey has reported that if large-scale grower worldwide move to this model, they could decrease their annual operating costs significantly.
FERTILIZER
Optimization
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Plant
THealth & Welfare
Ensuring the health and welfare of plant growth is essential, as a drop in the water quality or a disease outbreak can be catastrophic. Early detection can help farmers intervene before an outbreak occurs and improve plant welfare. IoT sensors can provide data on plant growth behavior, water conditions, and physiology to smart agriculture farms, which can produce AI models for the early detection of less than adequate conditions.
HARVEST
Optimization
Using data to model the reproduction, growth, and maturation of a species combined with live data can help optimize rearing and help farmers plan for the optimum harvesting time. Complex models can be created to plan to harvest based on the size of the fish, predicted mortality, and the current market price to help get a premium return.
The convergence of IoT technology and artificial intelligence is helping both the fisheries and aquaculture industries on an operational level to become more sustainable and efficient. As more and more companies adopt technology and scale advanced analytics and AI internally, we’ll see a smarter, more resilient industry emerge, one that can help bring stability to world food supplies.
