The 'Sprout' indoor self-watering planter has been designed to offer a way to keep greenery in your space without having to dedicate extended time to tending or care. Created by Instructables user Jonathanrjpereira, the planter incorporates a water reservoir that's 500ml in size and made from a used beverage bottle.
Powered by an Arduino Nano or Arduino Pro Mini, the unit makes use of a soil moisture sensor to automatically regulate how much water needs to be released to ensure an optimal growth environment. Users are able to customize this functionality to make it suitable for plants of all kinds, meaning that you can keep tropical plants like cacti or local species with ease. As consumers become more comfortable with their technology capabilities, we could continue to see more DIY creations like the 'Sprout' indoor self-watering planter coming about.
DIY Smart Gardens
The 'Sprout' Indoor Self-Watering Planter Monitors Moisture Levels
Trend Themes
1. DIY Smart Gardens - Opportunity for businesses to create DIY smart gardening solutions that automate plant care and make it easier for consumers to keep greenery in their space.
2. Self-watering Planters - Disruptive innovation opportunity for companies to develop self-watering planters that use sensors and automation to regulate moisture levels and create optimal growing environments.
3. Customizable Plant Care - Potential for businesses to offer customizable plant care solutions that allow users to adjust watering schedules and optimize growth conditions for different types of plants.
Industry Implications
1. Smart Home - Smart home industry can explore opportunities to integrate DIY smart gardening systems into their product offerings, providing consumers with a holistic home automation experience.
2. Gardening/home Improvement Retail - Gardening and home improvement retailers can tap into the trend of self-watering planters by offering a variety of automated plant care solutions to cater to different customer needs.
3. Iot Technology - IoT technology companies can develop smart sensors and automation systems specifically designed for DIY smart gardens, enabling users to monitor and control their plants remotely.