The Internet of Nature (IoN) is a concept that extends the principles of the Internet of Things (IoT) to the natural world.
It involves the use of technology, such as sensors, data analytics, and connectivity, to monitor and manage environmental processes and ecosystems. This approach aims to enhance our understanding of the natural world, improve conservation efforts, and address environmental challenges. By connecting and collecting data from various elements of the environment, from wildlife to weather patterns, the Internet of Nature enables more informed decision-making for sustainable resource management and biodiversity conservation. Ultimately, it seeks to create a digital ecosystem that harmonizes with the natural world to achieve a balance between human activity and ecological preservation..
Sectors and Products
IoN technology is transforming the way data is collected and used for decision-making.
Data from IoN sensors offers real-time insights, remote monitoring, and the potential for greater sustainability and efficiency. The Internet of Nature, through these applications, contributes to a better understanding and management of the natural world while supporting environmentally friendly practices and resource conservation.
Biofuels. IoN in Biofuels involves the use of sensors and data analytics to monitor and optimize the production of biofuels from organic materials such as algae, crops, and waste products.
Biomass. IoN technology can be applied to biomass systems to monitor the growth and health of plant-based resources, such as forestry and agriculture.
Sensors can provide data on soil moisture, nutrient levels, and crop health. Biomass IoN systems can optimize harvest timing, reduce waste, and increase resource yield.
Water Treatment. In water treatment, IoT sensors are used to monitor water quality, flow rates, and the performance of treatment facilities. IoN enabled water treatment plants can detect and respond to contamination events in real time, ensuring the delivery of safe drinking water.
Food and Pharmaceuticals. IoT is used in the food and pharmaceutical industries to monitor and control production processes, supply chain logistics, and storage conditions. Sensors can track temperature, humidity, and other environmental variables to ensure product quality and safety.
Environmental Monitoring through IoN involves deploying sensors to collect data on various aspects of the natural world, including air quality, weather, wildlife, and ecosystems.
Smart Sensors for monitoring of Algae farms
Sensoik develops and manufactures modular, high-performance sensor platforms for real-time monitoring of algae cultivation environments. Our technologies include:
Spectral absorption and fluorescence sensors for chlorophyll and carotenoid tracking
Environmental monitoring modules for pH, CO₂, temperature, and dissolved oxygen
LoRaWAN and Wi-Fi enabled sensor boards for scalable deployment in open ponds or PBRs
Cloud-based analytics software, including AI-supported dashboards and explainable model outputs
Whether you’re running a research-scale lab or an industrial algae farm, our plug-and-play systems scale with your operation—providing actionable insights at every stage.
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