The Break Mode campaign by KitKat introduces a redesigned wrapper that functions as a signal-blocking pouch for smartphones. Developed by KitKat Panama with Ogilvy Colombia, the packaging uses Faraday cage technology to block mobile networks, Wi-Fi, Bluetooth, and GPS when a device is placed inside. The wrapper incorporates layered materials including copper, polyester, and polypropylene, forming a conductive enclosure that prevents signals from entering or leaving the phone.
The wrapper is designed to resemble an oversized KitKat package with a slot to hold a phone, transforming the act of opening the bar into a physical pause from digital activity. The concept was tested across events including a tech conference, concerts, and university settings, where users interacted with the packaging in real-world scenarios. The design has an estimated one-year lifespan and can be separated for recycling after use.
Image Credit: Oglivy Colombia
What's Driving This Trend
- Signal-blocking Packaging
- A rise in consumer products that incorporate Faraday-cage principles into everyday packaging creates new possibilities for controlling device connectivity during usage moments.
- Intentional Digital Pause Experiences
- Brands are designing tactile, ritualized interactions that deliberately interrupt phone use to strengthen in-person engagement and perceived value of analog experiences.
- Conductive Recyclable Materials
- Layered composites combining copper foils with recyclable polymers enable short-lived, signal-shielding formats that balance functionality with end-of-life separation.
Who This Affects Most
- Consumer Packaged Goods
- Packaging innovation shifts beyond containment to create experiential utility, redefining product differentiation through embedded technological functions.
- Live Events and Venues
- Event organizers are experimenting with physical tech-interruption solutions to cultivate focused audience attention and premium onsite experiences.
- Materials and Manufacturing
- Manufacturers of films and laminates face opportunities in scalable production of conductive, separable substrates tailored for temporary consumer applications.
