Instagram has recently been blowing up with a craze that many people are becoming interested in -- donut-covered walls at weddings and events.
The displays are beautiful and leave open a lot of room for creativity. They come in the form of perforated boards that are either leaning on or hanging from a wall and those perforations hold tiny hooks on which donuts are hung. The donut-covered displays can be mixed and matched and show off different flavors, colors, patterns and styles -- making for a convenient dessert at parties that also is excellent for taking photos.
This unique event idea forgoes traditional wedding desserts for displays that are much easier for guests to appreciate -- both for aesthetic reasons and for the sake of convenience.
Donut-Covered Walls
This Craze is Becoming Popular at Weddings and Other Events
Trend Themes
1. Dessert Walls - The trend of donut-covered walls at weddings and events shows an opportunity for the creation of customized dessert walls with various desserts besides donuts.
2. Interactive Event Displays - The popularity of donut-covered walls serves as an opportunity for event planners and venues to create interactive displays and backdrops that encourage social media sharing.
3. Alternative Wedding Desserts - As people continue to indulge in food trends, there is an opportunity to expand the idea of unique and alternative wedding desserts beyond the traditional cake.
Industry Implications
1. Event Planning - Event planners can capitalize on the donut-covered walls trend by offering custom designed displays to clients as a unique and memorable addition to their events.
2. Food Service - With the rise of dessert walls, there is an opportunity for bakeries and caterers to expand their offerings and collaborate with event planners to create customized displays that showcase various desserts.
3. Social Media - The trend of donut-covered walls at weddings and events highlights an opportunity for social media platforms to develop new features that further facilitate sharing on social media in real-time.