Moment

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Moment
Moment01.jpg
Category Limb-mounted
Developer Somatic Labs
Announced December 2015
Released Developers: (unknown)
Consumers: January 2017 , pre-order September 2016
Price 129 USD in Kickstarter
Operating system none (can connect to smartphone)
Sensors

Accelerometer, Gyroscope, Magnetometer

Weight g unknown
Controls

button

Data available Limited
Risk factor Low
Standalone
https://wearmoment.com/

Moment as a limb-mounted device which belongs to Body-worn Wearables category. The device is developed by Somatic Labs. The project is launching crowdfunding campaign on Kickstarter in September 2016.[2] It interacts with its user via tactile stimulation. In order to stimulate the skin of its users, Moment contains four haptic actuators. The tactile stimulation informs its users about calls or messages, they received without any need of looking at the screen. In the similar way, it mediates them the actual time. In addition, Moment could serve as a tactile navigation or metronome.[3]

Although, Moment could seem to be a smartwatch, the developers do not want to produce another smart device, but they intend to augmented possibility of smart devices, which Moment's user actually use.[1] Therefore, Moment does not contain any screen.[4]

Main Characteristics

the Moment Prototype

Moment is fully an enclosed standalone device. However, it possibilities are enlarged when it is linked with smartphone. It is shipped with apps for Android and iOS. Moment consists of 22mm silicone strap, which could be removed, and the device. The device contains 4 brushless linear resonant actuators, one in each corner. Linear resonant actuators are more suitable for Moment than widely used eccentric rotating mass, since it could create tactile illusions.[5] A rechargeable lithium-ion battery is included. Micro-USB port for charging is placed on a one side of the device.[6] There are the button on the side of the wristband, which allows a repetition of any notification.[1] Moment communicates with other devices via Bluetooth. It is enabled by NRF51 chip from Nordic Semiconductor.[7]

Linear Resonant Actuator

Moment is worn on user's whrist. It informs its user about every event via unique vibration which was set by user previously. The developers claim that the mind is able to create an intuition for the different vibrations over time.[8] In order to provide various types of vibrations developers use several tactile illusions.[9]

Purpose

4 brushless linear resonant actuators

Moment's main purpose is to improve users' sense of time and direction and provide them information about calls and messages via tactile stimulation.

Company & People

Moment is developed by Somatic Labs. It consists of alumnis of Arizona State University and it is placed in office at Phoenix Center for Entrepreneurial Innovation.

  • Shantanu Bala - co-founder of Somatic Labs, who started the development of Moment
  • Ajay Karpur - co-founder of Somatic Labs, specialised at electrophysiology, computational neuroscience, software development and haptic wearable design
  • Jake Rockland - co-founder of Somatic Labs, specialised at firmware development, full stack web development, and iOS development

Important Dates

  • May 2009 - Shantanu Bala started his research in haptic technologies
  • December 2015 - the first prototype of Moment was introduced
  • February 2016 - Ajay Karpur and Jake Rockland joined the team
  • September 2016 - an announced beginning of pre-order
  • January 2017 - an announced start of shipping[6]

Enhancement, Therapy and Treatment

One of the purposes of the developers is to enhance users' intuitions via using tactile simulations. Shantanu Bala explains this in respond to question about Moment's ability to measure time: "Moment, our first product, allows you to customize the duration of time it takes for a sensation to travel in a circle around your wrist. In other words, it does more than tell you the time – it gives you an intuitive understanding of how much time has passed depending on your activity (playing music, running, or working).[10]

The developers also argue that technologies used in Moment could deepen the experience in Virtual Reality. Jake Rockland claims: "Moment allows precise haptic feedback that can be used by game developers to create more immersive virtual reality experiences and make existing non-VR games more immersive as well. By releasing Moment with an open SDK, we hope to create a resource for developers to integrate rich haptic textures into the way we interact with technology on a day-to-day basis."[11]

Shantanu Bala focused on assistive and rehabilitative devices using haptic technologies before he developed Moment.[6] We have found, however, any hint of a possible therapeutic use of Moment yet.

Health Risks

We found no health risks related to Moment directly, but those applicable to Body-worn Wearables in general might be also applied to Moment.

Ethical Issues

We found no ethical issues related to Moment directly, but those applicable to Body-worn Wearables in general might be applied to Moment as well.

Public & Media Impact and Presentation

Public Policy

We have not recorded any public policy that regards Moment.

Related Technologies, Project or Scientific Research

References

  1. 1.0 1.1 1.2 BREWSTER, Signe. Wristband Can Trace Your GPS Directions on Your Skin. MIT Technology Review [online]. 2016, Aug 16. https://www.technologyreview.com/s/602183/this-wristband-can-trace-your-gps-directions-on-your-skin/ (Retrieved 24th August, 2016).
  2. VIGNESH, J. How Somatic Labs' is bringing a fresh offering to the wearable market. The Economic Times [online]. 2016, Jul 15. Available online at: http://economictimes.indiatimes.com/small-biz/startups/how-somatic-labs-is-bringing-a-fresh-offering-to-the-wearable-market/articleshow/53218268.cms (Retrieved 24th August, 2016).
  3. CHARARA, Sophie. This haptic wearable gives you tactile alerts, alarms and navigation. Wareable [online]. 2016, Apr 21. Available online at: http://www.wareable.com/wearable-tech/haptic-wearable-tactile-alerts-alarms-navigation-2618 (Retrieved 24th August, 2016).
  4. ROCKLAND, Jake. Why Moment Doesn’t Need an LCD Screen. Somantic Labs' Blog [online]. 2016, May 9. Available online at: https://blog.somaticlabs.io/why-moment-doesnt-need-an-lcd-screen/ (Retrieved 24th August, 2016).
  5. ROCKLAND, Jake. How do devices provide haptic feedback?. Somantic Labs' Blog [online]. 2016, Mar 7. Available online at: https://blog.somaticlabs.io/how-devices-provide-haptic-feedback/ (Retrieved 24th August, 2016).
  6. 6.0 6.1 6.2 Somatic Labs. Press Kit: Somatic Labs Fact Sheeet. Moment [online]. Available online at: https://wearmoment.com/ (Retrieved 24th August, 2016).
  7. BALA, Shantu. Tips for Getting Started with the NRF51 from Nordic Semiconductor. Somantic Labs' Blog [online]. 2016, Feb 27. Available online at: https://blog.somaticlabs.io/tips-for-getting-started-with-the-nrf51-from-nordic-semiconductor/ (Retrieved 24th August, 2016).
  8. Somatic labs. FAQ. Moment [online]. Available online at: https://wearmoment.com/faq (Retrieved 24th August, 2016).
  9. KAPUR, Ajak. Tactile Illusions: Interesting Ways Our Brains Fail. 2016, Apr 11. Available online at: Somantic Labs' Blog [online]. https://blog.somaticlabs.io/tactile-illusions-interesting-ways-our-brains-fail/ (Retrieved 24th August, 2016).
  10. BALA, Shantanu. A Discussion under the blog post: Ajak Kapur. Tactile Illusions: Interesting Ways Our Brains Fail. 2016, Apr 27. Available online at: Somantic Labs' Blog [online]. https://blog.somaticlabs.io/tactile-illusions-interesting-ways-our-brains-fail/ (Retrieved 24th August, 2016).
  11. ROCKLAND, Jake. Virtual Textures with Oculus. Somantic Labs' Blog [online]. 2016, Jul 18. Available online at: https://blog.somaticlabs.io/virtual-textures-with-oculus/ (Retrieved 24th August, 2016).