WITFERENCE's ring creates haptic sensations for touchless interfaces like those used with smart glasses.

This neural-haptic ring from WITFERENCE simulates the sense of touch in a virtual world even when there's nothing in the physical world.

Gadgets that let you navigate interfaces by moving your hand, like bracelets and rings, were all over CES. And companies want to pair them with smart glasses.

It's truly a mind-blowing piece of tech, and is one of the more exciting glimpses of the future that I've seen.

WITFERENCE has found a way to create an interface between the digital realm and your nervous system with tech that talks directly to your nerves using small electrical signals, and

The haptic device that will debut at CES 2025 in January. Seed round investors include Hannah Grey VC, Konvoy, and Samsung Next.

With spatial computing's hype validated, we can finally touch upon perhaps the most fascinating and under-discussed requirement of this future: haptic technology.

Haptic Club's interview with CEO Jacob Segil will offer a deeper understanding of WITFERENCE's technology and its innovative contributions to the field.

Freethink gets a demo of the Phantom at CES 2024

WITFERENCE presents as a finalist in the SXSW Pitch Competition in the Extended Reality Category

Unlike traditional VR gloves that cover the user's entire hand, the Phantom leaves the user's fingers uncovered.

This device, called the Phantom, is a neural haptic device that doesn't stimulate touch through a poke or vibrations. Instead, it hacks your nervous system.

WITFERENCE wins the sought after Best of Innovation Award at the Consumer Electronics Show 2024.

I demoed a new device that may bridge the gap between what you see and what you feel while computing.

WITFERENCE announced today that it has raised $1.5 million in funding to develop its new neural interface (or "artificial sensation") platform, called Phantom. Konvoy led the round.

The next age of computing is upon us and is now called "spatial computing". The industry is undergoing a transition towards a novel medium for...

Technological advances in prosthetic limbs are returning a sense of touch to amputees. Scott Pelley reports on the breakthrough technology.

A new technology uses rings worn on the fingers to simulate artificial touch sensations, enhancing tactile experiences in gaming and virtual environments with realistic feedback.

As scientists help an industrial worker regain his sense of touch through a prosthetic arm, we learn about the mechanics of human touch.

It's the first sensation we feel, our most primal connection to others. Can implants and electrical signaling replicate the experience of touch?

How sensors, rewiring nerves could help prosthetics feel and function like real limbs.

When Keith Vonderhuevel lost his arm in a factory accident, he never thought that he'd be able to feel his hand again. That may very well change.

An innovative prosthetic hand is allowing people to feel again.