# Arc Bracelet Concept Uses Tactile Nudges to Curb Doomscrolling

Futurewave designs a sculptural wearable that discourages excessive screen time through discreet physical pulses.

- **Source:** [Yanko Design](https://brifing.si/source/41d28791-ef47-4e0b-a40a-2a5efca0c11b)
- **Published:** 2026-10-17
- **Topic:** [Design & UX](https://brifing.si/c/design)
- **Original article:** <https://www.yankodesign.com/2026/10/17/arcs-bracelet-concept-quietly-nudges-you-to-stop-scrolling/?utm_source=rss&utm_medium=rss&utm_campaign=arcs-bracelet-concept-quietly-nudges-you-to-stop-scrolling>
- **On Brifing:** https://brifing.si/s/4b63622e-e90c-4591-9517-bd2ce855d877

## Conceptualizing Digital Wellbeing

Futurewave has introduced Arc, a sculptural bracelet designed to mitigate doomscrolling habits through subtle physical feedback. Unlike software-based blockers that rely on screen notifications, this device operates as a wearable accessory. It aims to bridge the gap between functional technology and aesthetic jewelry, offering a discreet alternative to traditional digital wellness trackers.

## Tactile Feedback Mechanism

The device utilizes a piezoelectric component to deliver brief pulses directly to the wearer's wrist. When a pre-set time limit for specific apps is reached, the bracelet triggers a mechanical nudge. This system provides two distinct pulses if usage continues, intentionally avoiding aggressive alerts or electric shocks to maintain a non-intrusive user experience.

## Design and Materiality

Inspired by the torc, the bracelet features an open-ended metal form without clasps or hinges. Futurewave explored organic shapes like rib cages and seed pods during the development process. The proposed construction uses Argentium silver, though prototypes were also tested in stainless steel and titanium to ensure structural integrity and aesthetic appeal.

## Hidden Technical Architecture

The internal hardware includes a flexible circuit board that conforms to the bracelet's curved geometry. It incorporates Bluetooth Low Energy connectivity and a curved 25 mAh battery to power the tactile pulses. These electronics remain entirely concealed within the metal structure, ensuring the device retains its appearance as a piece of high-end jewelry.

## User Autonomy and Control

Arc functions as a reminder system rather than a hard lockout mechanism. Users retain the choice to ignore the pulses and continue their digital activities if desired. This design philosophy targets individuals who prefer gentle nudges over restrictive software, acknowledging that the final decision to stop scrolling rests entirely with the user.

## Longevity Beyond Electronics

Futurewave designed the bracelet to remain wearable even if the internal electronic components fail or become obsolete. By prioritizing a jewelry-first aesthetic, the studio ensures the object avoids the typical lifecycle of discarded gadgets. This approach allows the piece to function as a permanent accessory, regardless of its underlying digital status.

## Development and Prototyping

The design process involved extensive 3D-printed form studies to refine the ergonomic curve of the bracelet. By iterating through various metallic materials, the studio focused on creating a seamless, continuous form. These technical efforts were directed at hiding the battery and sensors while maintaining the sculptural integrity of the open-ended metal ornament.

## Current Project Status

Arc remains a concept without an announced launch date or confirmed production timeline. While the design offers a unique approach to habit modification, its effectiveness in changing long-term screen behavior is not yet proven. Future development will determine if the proposed technical specifications can be successfully scaled for mass market manufacturing.

## Sources covering this story

- https://www.yankodesign.com/2026/10/17/arcs-bracelet-concept-quietly-nudges-you-to-stop-scrolling/?utm_source=rss&utm_medium=rss&utm_campaign=arcs-bracelet-concept-quietly-nudges-you-to-stop-scrolling — 

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_Summary written by Brifing from the original reporting. Copyright in the original article belongs to its publisher; read the full piece at the link above._
