Thursday, March 26, 2015

Nuvo's Ritmo Beats and PregSense

Ritmo Beats and PregSense are designed to make pregnancy more transparent for parents and ...


  • Nuvo's alternative involves placing numerous passive sensors in a wearable product, combining it with cloud computing to make pregnancy more transparent to both parents and their doctors.
  • The Ritmo Beats is the consumer version of the product, and carries multiple acoustic and ECG sensors to provide mothers with real-time data on their unborn child's cardiac activity. 
  • The collected raw data is processed live in the cloud using patented algorithms, with the consumer buying live processing time by the hour.
  • Users will be able to access the data on their smartphone or through the company's website, where they can record and share the baby's heartbeat with friends and family.
  • The PregSense is the medical-grade version of the product. According to the company, most of the differences happen in the background, with the device itself carrying the same array of sensors. 
  • The data provided to Ritmo Beats users is limited to a level that's appropriate for consumer wellness use, PregSense will provide doctors with a wide range of stats, from the heart rates of the mother and fetus, to kicks, sleep state and contractions. 
  • The company intends to have the product approved by regulatory bodies, and will provide less restricted access to the cloud platform.

Wednesday, March 18, 2015

Electrode-embedded 3/20/15

The lightweight smart clothing can be worn for almost any activity


  • A new wearable suit called the Antelope uses muscle-targeting electrodes to increase the intensity of your gym workouts and other types of exercise.
  • Wearable Life Science, the German startup behind the suit, says 20 minutes of exercise using the Antelope could be as effective and beneficial as three hours of activity without it.
  • The lightweight smart clothing can be worn for almost any activity.
  • The suit focuses on repeatedly stimulating different muscles depending on the type and intensity of your exercise. These pulses mimic prompts given by the brain to flex the muscles.
  • The smart garments are based around the same kind of electrical muscle stimulation (EMS) technology that's extensively used in physiotherapy to prod muscles into action. 
  • Usain Bolt is among the athletes known to have used EMS clothing in the past and the Antelope suit isn't the first wearable to use this approach, so it's a technology that's gaining momentum.
  • The Antelope is thin, light and wire-free and shouldn't interfere with any kind of exercise, whether that's a boxing session in the gym or several miles of cycling. 

Friday, March 13, 2015

Wireless Bluetooth Cloud Buds 3/13



  • They are tangled free headphones
  • The Bluetooth Cloud Buds fix that by going wireless, and they offer some other great features, too. 
  • The Cloud Buds offer a wireless range of around 30 feet.
  • The sound on offer is crystal clear due to a noise-canceling outer shell 
  • You get multiple sizes of buds to ensure a snug fit.
  • The headset is surprisingly lightweight, and there are optional ear hooks.
  • It was a microphone built in, you can use the Cloud Buds as a handsfree kit, with the remote control offering quick access to answering calls and switching tracks.

Thursday, March 5, 2015

iSkin Stickers 3/6/15


Should one of the stickers only be needed intermittently, it can be removed, rolled up and...

  • The experimental system allows users to control mobile devices using flexible, stretchable stickers that attach to their skin.
  • It was developed by a team from Saarland University in Germany and Carnegie Mellon University in the US.
  • The silicone iSkin stickers contain capacitive and resistive sensors that respond to being touched. 
  • They can be made in a wide variety of shapes and sizes, and temporarily applied almost anywhere on the body via a medical-grade adhesive.
  • It can be removed, rolled up and put away when not in use.
  • It includes the taking and placing of phone calls, controlling music playback, typing and sending messages, so pretty much anything else that's currently done on a mobile device screen. 
  • They're capable of multi-touch functionality, and also recognize gestures such as swiping.
  • The current prototypes are hard-wired to a computer, although it is hoped that integrated chips might ultimately allow them to communicate with other devices wirelessly.