Bone Conduction

Orange Amps took a page out of Marshall's book a few years back and entered the headphone space with the O Edition cans. Its latest product in the mobile audio space employs bone conduction tech to deliver an open ear wireless listening experience.

Diving deep underwater while holding your breath can be risky, which is why many freedivers wear a dive computer on their wrist. The face-worn Oxama device is claimed to offer several advantages, including the fact that it speaks to its wearer.

Swim coaches have a difficult job, as they have to shout in order for swimmers to hear them – and even then, they still may not be heard. The Sonr system is designed to address that problem, using one-way radio communications.

It looks like a fitness tracker, acts like a smartwatch, yet has has no buttons or screen. It also plays audio when you touch your finger to your ear and is gesture and voice-controlled. It's called Get and its creators think it could change the way we connect with each other and our information.

​Back in 2010, Sonitus Technologies introduced a novel in-mouth hearing aid called the SoundBite. Now the US Department of Defense has awarded the company a contract to develop a wireless two-way comms system that clips to a user's back teeth.​

​Besides talking into a shoe, the most spy-like way to take a phone call is to just stick your finger in your ear. Orii allows you to do that, thanks to bone conduction technology that sends vibrations through your hand to directly stimulate the little ear bones responsible for hearing.

​​Not only is it unsafe to wear earbuds while cycling or riding a motorbike, but it's also a hassle to fit those buds on underneath your helmet. That's why Ahead was created. It gets mounted on the outside of any type of helmet, and transmits streamed audio into that helmet via vibrations.

Listening to music while out for a run can help make exercise less of a chore and much more fun. The Conduit Sports headphones have both bone conduction technology, which means that users can still hear what's going on around them, and integrated earbuds that cater for a more isolated approach.

When a New Atlas writer was offered the chance to try a pillow that promised to play one sound that could drown out the others in his head, he happily accepted. But did the Dreampad pillow really help?​ Let's just say it was a real snoozer.

It's not only bicycles that are getting smarter. The latest smart cycling accessory on its way to streets, the Coros Linx smart helmet pulls those irritating, dangerous earbuds out of the cyclist's ears, using bone conduction for music play, hands-free calling and other audio features.

​Smartglasses aren't unlike smartphones, in that you don't want just anyone picking up yours and using it. Conventional passwords are one way to go, but scientists have developed an alternative that doesn't involve memorizing anything – you do, however, have to let the glasses buzz your skull.​

Listening to music via headphones can isolate the listener from the rest of the world. The new Batband bone conduction headphones, however, allow users to to still hear what is going on around them. Audio is transmitted through the bones of the skull, while the ears remain uncovered.