A team of designers comprised of Deokhee Jeong, Yubin Choi, Youngnam Le, and Sewoom Hahm joined forces to create the conceptual BalconyFarm planter. It is an indoor gardening system that aids in nourishing succulents and decorative plants as well as consumable greens in an indoor space.
This is specifically garnered to smaller households who are looking to grow just the right amount of vegetables and herbs for the kitchen. The BalconyFarm planter concept has a portable sensibility with smart technology. It ensures that the plants are getting the right amount of LED light at a daily rate and gets a distribution of the correct amount of water that it need. This takes water container space and soil pots along with electronics and mechanisms into consideration.
Portable Minimal Smart Planters
A Team of Designers Create the Balconyfarm Planter
Trend Themes
1. Compact Indoor Gardening - Compact indoor gardening solutions like BalconyFarm are ideal for urban dwellers with limited space, integrating smart technology to optimize plant care.
2. Smart Home Agriculture - The blend of horticulture and smart home technology creates an avenue for tech-savvy consumers to seamlessly integrate plant care into their daily routines.
3. Sustainable Urban Living - Urban lifestyle innovations such as portable smart planters enable city residents to cultivate their own food, promoting sustainable living practices in an environment-conscious manner.
Industry Implications
1. Smart Home Technology - The smart home technology industry has opportunities to expand into the home agriculture market, developing devices that make indoor gardening more accessible and efficient.
2. Urban Agriculture - Urban agriculture can be revolutionized by integrating portable planter systems that cater to the needs of urban residents aspiring to grow their own food at home.
3. Sustainable Consumer Goods - Sustainable consumer goods manufacturers have the potential to tap into environmentally-conscious urban consumers by offering products that support home-grown food production.