In this edition of my series about wearable health trackers that I use, I have already described Tinké, AliveCor and Withings. Now let me share my experience with the Pebble smartwatch. This smartwatch got famous by being successfully crowdfunded on Kickstarter. Mine was shipped this April and since then, I still haven’t been able to discover all its functionalities and the possibilities it provides. The reason behind that is the app store of Pebble full of great applications. Due to its own system, developers can create applications specifically designed for the Pebble.
This way, I have these apps right now:
- I can control music on my smartphone from the Pebble.
- I get notifications about e-mails, phone calls or text messages (I don’t have to keep my phone in front of me during meetings any more).
- Pedometer measuring the number of steps I take.
- Morpheuz is waking me up at the best time.
- 7-min workout guides me to a healthy morning exercise.
- Compass (never know when it comes handy).
Its success truly depends on how rich the community of apps can become soon.
Among negative examples, I could mention that its screen is black and white; only a few apps can be added to the watch, although the battery life is amazingly long.
In this edition of my series about wearable health trackers that I use, I have described Tinké and AliveCor. Now let me share my experience of using Withings products. Withings has developed plenty of trackers from smart body analyzers and activity trackers to blood pressure monitor or baby scale. I’ve been using their Pulse activity tracker and the smart Blood Pressure Monitor.
The Pulse is really small, easy to wear, measures the number of steps I take, number of calories I burn, the distance I cover; and can measure oxygen saturation as well as monitor my sleep. The device can be controlled by a small button on the top, but also, and it is remarkably well-designed, by swiping my finger on the screen to change the parameters.
What I like the most is the sleep monitor functionality that helps me assess the quality of sleeping time. It shows me how much time it took to go to sleep, how much light and deep sleep I actually had.
The Blood Pressure monitor is wireless, user-friendly (only has one start button), and makes proper measurements (I compared it to traditional devices). My only concern with that is the Bluetooth connection as every time when I want to initiate a measurement, I have to remove the device from my phone’s “Bluetooth connected devices” list and add it again. It is a bit frustrating, but it still causes less hassle than using old gadgets.
Regarding the common Withings app (there is one app for all their devices), the visualizations of measurements could allow a smoother zooming, otherwise it provides what it has to provide.
As a company producing more types of health trackers, so far, Withings seems to be the best one taking design, functionalities and user experience into consideration.
Let me introduce you to my ever growing collection of wearable health trackers. This time, here is Tinké which is the only fitness & wellness tracker that measures Heart Rate, Respiratory Rate, Blood Oxygen saturation and Heart Rate Variability. Here are some key features:
- Android and iOS versions
- Free shipping worldwide
- Measuring long-term fitness and current wellness
- It provides the accuracy of every measurement to learn how to do it better next time
- No battery required
- Easy to share results and monitor progress
- Connected to iPhones and works via Bluetooth for Androids
Watch the video as well:
A very interesting video was published by Stanford University in which inventors describe how they re-designed batteries not to be bigger than a grain of rice therefore medical devices implanted into the body could be much much smaller.
Are we getting closer to a really humanoid robot? Here is a new step:
The famous astronaut, Chris Hadfield, had a great presentation at the recent TED conference. Enjoy!
Here is Larry Page, CEO of Google, describing the directions Google is heading at the moment including the issues of electronic medical records or artificial intelligence.
In an era when IBM Watson, the supercomputer, tries to tackle brain cancer, everything is possible:
This morning, IBM and the New York Genome Center announced a partnership to test whether Watson, the computer that won on Jeopardy, can sift through the genomes of cancer patients and help doctors pick drugs. This effort could hold the key to making DNA sequencing for cancer affordable, but there is a vast amount of work to do that will take years at a minimum.