Revolutionizing Vending: PepsiCo's Award-Winning Hello Goodness

PepsiCo Design & Innovation's vending machine redefines on-the-go snacking

The inspiration behind Hello Goodness was to simplify the vending experience. The design features a clean surface with a framing element that visually ties the glass areas between the two units. This design approach was driven by the understanding that consumers are increasingly seeking more choices for what they eat and drink on the go.

What sets Hello Goodness apart is its celebration of PepsiCo’s “good-for-you” and “better-for-you” portfolio. The vending machine is designed to cater to health-conscious consumers, allowing them to experience the breadth of PepsiCo’s offerings first hand. The design features two side-by-side vending units: one dispenses better-for-you beverages and the other offers a selection of better-for-you snacks.

The Hello Goodness design was awarded Silver in the A' Food, Beverage and Culinary Arts Design Award in 2017. The Silver A' Design Award is given to top-of-the-line, creative, and professionally remarkable designs that illustrate outstanding expertise and innovation. These designs are admired for their strong technical characteristics and splendid artistic skill, and are recognized for their level of excellence and ability to evoke positive feelings, amazement, and wonder.

With Hello Goodness, PepsiCo Design & Innovation has truly revolutionized the vending machine experience. The design not only caters to the evolving demands of consumers but also showcases the company's commitment to innovation and design excellence. It is a testament to PepsiCo's ability to transform everyday experiences through thoughtful and innovative design.

In conclusion, Hello Goodness is a shining example of how design and innovation can come together to create a product that not only meets consumer needs but also pushes the boundaries of what is expected. It is a design that truly embodies the spirit of PepsiCo Design & Innovation and sets a new standard for vending machines worldwide.