RIMOWA’s 2026 Prize Went to a Bracelet That Speaks Sign Language

The RIMOWA Design Prize doesn’t always produce furniture, and that’s precisely why I pay attention to it every year. The luggage brand’s annual student design competition has a way of surfacing ideas that sit at the uncomfortable, exciting edge of what design can actually do for people, and the 2026 winner is probably the best example of that yet.

Samuel Nagel and Paul Feiler, two students from Hochschule für Gestaltung Schwäbisch Gmünd, took home the fourth edition of the prize with NURA: a bracelet that uses EMG (electromyography) sensors to capture muscle signals in the forearm and translate sign language into audible speech in real time. It works the other way around too, converting spoken language into visible text for deaf users. The whole thing sits on your wrist, shaped by the silhouette of a manta ray, and it looks less like a medical device and more like the kind of accessory you’d spot on someone at a gallery opening.

Designers: Samuel Nagel and Paul Feiler

That last detail is actually the point, and I think it’s worth dwelling on. Assistive technology has a long and unfortunate history of making the people who need it feel conspicuous. Hearing aids, for decades, were designed to be invisible precisely because visibility carried stigma. The unspoken message was that needing help was something to hide. NURA takes a completely different position. It’s designed to be seen, worn with pride, styled rather than concealed. The gesture feels radical even though, rationally, it shouldn’t have to be.

The technology behind it is genuinely clever. EMG sensors are nothing new as a concept, but applying them to sign language translation in a form this compact and wearable is a meaningful design leap. The bracelet reads the electrical signals produced by muscle contractions in the forearm as the wearer signs, processes them, and produces speech output. The reverse channel picks up spoken language and renders it as text. Two-way, seamless, real-time. For anyone who has ever watched a deaf person navigate a conversation without an interpreter present, or felt the awkward pause that comes from communication breaking down mid-exchange, the implications of that are enormous.

I keep thinking about how many interactions become effortless with something like this on your wrist. Ordering at a counter. Talking to a doctor. A spontaneous conversation with a stranger on the street. These are moments that require logistics for deaf users in a way most hearing people never have to consider, and NURA collapses that distance without asking anyone to compromise.

The manta ray inspiration is a quiet masterstroke, too. It gives the object a reference point that feels alive and organic rather than mechanical or clinical. The form has been rendered in clean, sculptural white, with the kind of restraint you’d expect from a German design school sensibility. It doesn’t scream technology. It just sits there looking elegant, doing something extraordinary underneath.

Will NURA make it into production? That’s the question that always hovers over student prize winners, and it’s an honest one. The gap between a beautifully executed concept and a market-ready product is wide, and the challenges of real-world EMG accuracy across different body types and signing styles are not trivial. But I don’t think that’s entirely the point. The RIMOWA Prize exists, among other things, to expand the imagination of what design is for, to signal to the industry what problems are worth solving and what solving them beautifully might look like.

On that count, Nagel and Feiler have done something genuinely important. They’ve argued, through the language of form, that accessibility and desirability don’t have to be in opposition. That a wearable designed for a deaf person can be something a hearing person might be jealous of. That the most human design isn’t the kind that fixes a flaw and hides it, but the kind that celebrates capability and brings people closer together. The bracelet is beautiful. The idea behind it is even more so.

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This modular bracelet concept lets you choose how smart you want your jewelry to be

The popularity of the Apple Watch has finally given smartwatches their place in the market, making them understandable and even desirable. Of course, that doesn’t mean that everyone now wants a smartwatch, especially those who prefer mechanical watches or have different aesthetic tastes. Unfortunately, the majority of wrist-worn smart trackers seem to be made with sporty and rugged designs in mind. Given hardware requirements, that’s not exactly surprising, but that shouldn’t stop designers from imagining what’s possible. One such dream is reflected in this minimalist yet distinctive bracelet that throws all smart wearable design conventions out the window, offering a modular piece of jewelry that is smart in more ways than one.

Designers: Akasaki Vanhuyse, Astrid Vanhuyse

If you remove the actual time-keeping function of a smartwatch or a fitness tracker, all you’re really left with are the sensors that actually do the work of keeping tabs on different metrics of your health, directly or indirectly. A display isn’t even necessary since you can always check those figures on a smartphone. In fact, a display might even be detrimental because of the distractions it pushes your way or how it clashes with some fashion styles. Smartwatch designs are primarily constricted by hardware such as displays and big batteries, but what if you could be free of those restrictions?

That’s what the BEAD concept seems to be proposing, offering the same health and wellness monitoring functionalities but in a form that is a bit more universal and, at the same time, more personal. At the heart of the design are the beads, actually tiny cylinders that each hide a single sensor used to track a specific biometric like a pulse oximeter or an accelerometer. Each bead is an independent unit, free from displays or large batteries, performing a single task and performing it to perfection.

The idea is that you can combine any number of these beads on a string or wire to achieve the same collective effect as a fitness tracker. You wear it around your wrist like a bracelet, held together at the ends by magnets in the shape of half-spheres. The wire is white, plain, and unadorned, which puts a bigger visual focus on the beads. Those beads themselves carry a brushed metal finish that helps hide whatever scratches they may incur over time while also giving them unique characters.

You can add or remove as many of these modular beads as you need, only paying for the functionality you actually use. It also makes repairing broken beads easier, since you only need to replace that single piece. Admittedly, the industrial aesthetic might not appeal to everyone’s tastes, but the concept opens the possibility of using different, perhaps more stylish designs that will truly create a fusion of fashion and technology in a simple smart bracelet.

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