The Edyn smart gardening system uses a sensor, smart water valve and mobile app to help budding gardeners monitor and track their garden. The Edy provides guidance on how different environmental conditions can be improved and optimized, and can even water plants automatically.
The system revolves around the Edyn Sensor, which is powered by a rechargeable lithium-polymer battery and connects to the so-called 'Edyn Cloud' via WiFi. Data sent to the cloud can be analyzed and compared with a database of conditions in order to provide custom advice.
The sensor measures tmeperature, humidity, light, intensity and soil electrical conductivity and relays this information to the accompanying mobile app, which reports on factors ranging from soil moisture to nutrition.
The Edyn system even generates charts and graphs that show changes over time, helping users to understand the gardening process with great depth.
Brilliant Gardening Systems
The Edyn Smart Garden Monitoring System Helps Optimize Gardening
Trend Themes
1. Smart Gardening - The trend of smart gardening systems like Edyn presents opportunities for disruptive innovations in the field of agriculture technology.
2. Internet of Things (iot) in Gardening - The use of IoT technologies in gardening systems, such as Edyn, opens up new possibilities for automated and optimized plant care.
3. Data-driven Gardening - The trend towards data-driven gardening, facilitated by systems like Edyn, offers opportunities for innovative solutions that leverage the power of analytics and predictive algorithms.
Industry Implications
1. Agriculture Technology - The agriculture technology industry can explore disruptive innovation opportunities by developing advanced smart gardening systems and analytics platforms like Edyn.
2. Home Automation - The home automation industry can benefit from the trend of smart gardening systems, as they can integrate with existing smart home systems to offer a seamless gardening experience.
3. Environmental Monitoring - The environmental monitoring industry can leverage the data-driven gardening trend to develop specialized sensor-based solutions that optimize plant growth and resource utilization.