The 'WALTY' Smart Planter Has a Self-Watering Design
Michael Hemsworth — August 21, 2021 — Art & Design
References: kickstarter & yankodesign
The 'WALTY' smart planter is a truly advanced way to keep greenery in one's home happy and healthy at all times by incorporating unexpected technology into the mix. The planter maintains a sleek design that can hold an array of plants inside and is equipped with a dehumidifier that will draw in ambient moisture from the environment. This water will then be collected to keep the plants well-hydrated at all times instead of requiring plant parents to perform manual care.
The 'WALTY' smart planter has been developed by Karlos Miranda and Kevin Rivera of WATRIC Energy Resources, and can be set to a schedule to water plants as much or as little as required in an automated manner. This will keep them supported at all times without having to remember to provide essential H2O.
The 'WALTY' smart planter has been developed by Karlos Miranda and Kevin Rivera of WATRIC Energy Resources, and can be set to a schedule to water plants as much or as little as required in an automated manner. This will keep them supported at all times without having to remember to provide essential H2O.
Trend Themes
1. Smart Planter Technology - The development of smart planters with self-watering technology creates opportunities for disruption in the home gardening and interior design industries.
2. Sustainable Plant Care - Sustainable plant care technology is a trend that could disrupt traditional gardening and landscaping industries.
3. Ambient Moisture Collection - The trend of collecting ambient moisture for plant hydration has the potential to disrupt the water conservation industry.
Industry Implications
1. Home Gardening - Smart planters with self-watering technology can disrupt the traditional home gardening market.
2. Interior Design - The development of smart planters can create disruptive innovations in the interior design industry.
3. Water Conservation - Ambient moisture collection for plant hydration can disrupt traditional water conservation systems and technologies.
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