The 'BioCollar' Helps Plant Parents Understand Greenery Needs
Michael Hemsworth — January 22, 2021 — Tech
References: yankodesign
The 'BioCollar' has been designed as part of the 'BioPermit' system that will provide plant parents with a way to deeply connect with their greenery to better understand their needs. The wearable works by delivering real-time feedback to the wearer to let them know when a plant is experiencing different sensations; this includes getting tighter when watering is needed, warmth when there is too much sunlight and vibration if an infestation is detected. This could work to increase a plant parent's sense of empathy when caring for their greener and help them better understand their needs.
The 'BioCollar' is the design work of Sammy Creeger, Elliott Wortham and Maria Jose Tamayo of the Copenhagen Institute of Interaction Design.
The 'BioCollar' is the design work of Sammy Creeger, Elliott Wortham and Maria Jose Tamayo of the Copenhagen Institute of Interaction Design.
Trend Themes
1. Wearable Plant-monitoring Systems - Opportunities for disruptive innovation include creating more advanced monitoring systems for plants, developing more affordable options for consumers, and integrating AI and machine learning to improve accuracy.
2. Real-time Feedback Devices - Disruptive innovation opportunities for this trend include expanding the use of real-time feedback devices for other areas such as animal care, agriculture, and environmental monitoring.
3. Smart Home Gardening - Opportunities for disruptive innovation in this area include creating more intelligent, connected gardening systems that automate the plant care process and integrate with existing smart home technology.
Industry Implications
1. Home Gardening - Companies in the home gardening industry can capitalize on this trend by developing their own wearable plant-monitoring systems and other smart home gardening solutions.
2. Technology - The wearable plant-monitoring system trend presents opportunities for technology companies to develop more advanced sensors and real-time feedback devices for the agriculture, environmental monitoring and animal care industries.
3. Design - Design companies and agencies can capitalize on the wearable plant-monitoring system trend by collaborating with technology companies to create visually appealing, user-friendly devices for plant parents and other end-users.
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