Supersapiens has announced a new wearable device called the Energy Band that, in conjunction with Abbott’s Libre Sense Glucose Sport Biosensor, can display your glucose data in real-time on your wrist or handlebar as you exercise without the need to go through a smartphone.
The existing Abbott Libre Sense glucose bio sport sensor attaches to the back of your arm and can be worn for up to 14 days. Previously, you could get the data on Supersapiens’ smartphone app on your phone, or have the app stream the info to some Garmin devices.
Supersapiens says that its Energy Band, Version Zero, “is the first and only wearable device that can read sport glucose data directly from Abbott’s Libre Sense”, communicating via Bluetooth. Other compatible devices need your smartphone to act as a data bridge.
The idea is that you can use this information to manage your fuelling while exercising to sustain high-intensity work and avoid fatigue caused by low glucose levels. You can also manage glucose levels to maximise your recovery and, Supersapiens says, ultimately achieve greater performance gains.
The Energy Band displays current glucose values along with a trend arrow. By tapping on the side you can see different stats, including your daily glucose exposure and tracking against your daily goal.
The Energy Band is said to be easy to read thanks to an eight colour LCD and is water-resistant up to 50 meters (5 ATM). It runs off a lithium-ion battery and is fully rechargeable in about three hours, although it doesn't offer watch or heart rate functions.
The Supersapiens Energy Band is available at supersapiens.com for €159 (about £137).
Get details on buying an Abbott Libre Sense glucose bio sport sensor here.
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9 comments
This needs testing ASAP.. could be a total game changer for competitive and serious long distance riders.
This needs testing ASAP..
More specifically, it needs proper testing for accuracy. They must already have loads of data for a clinical device, but that may not be applicable to people riding around bumpy roads on a bike. I would get one if it really worked (for the entertainment, not because my abilities warrant it) but the rash of worthless crap sensors that don't work on Fitbits etc. (there's now some rubbishy stress sensor when the functions you actually want to work, like the pulse sensor, don't) leads me to be suspicious.
I wish Abbott would do this for their normal (diabetic) glucose sensor. Currently diabetics around the world are using an aftermarket (unsupported and unlicensed) product that goes over the sensor and sends a Bluetooth signal to your phone and watch. Fantastic on bike rides as you don't have to stop and scan your arm - you just look at your watch.
The Libre 2 has Bluetooth, and is available on the NHS (at least in some parts), so you don't have to use the MiaoMiao.
Yeah I should be switching to this soon. The weird about the 2 though is it only warns you about highs or lows, you can't see realtime data or trends...may still be useful on a bike if I set the low alarm to a level where I'd normally reach for the gels (to pre-empt a low).
The freestlye libre 3 looks awesome, though not sure if it'll ever be available on the NHS. It's a proper continuous gluscose monitor (can be used with a pump too) and is about half the size of the ones currently out
The 3 does sound good!
Another problem with the 2 is that the app only sounds an alarm when you first go high or low - if you ignore or miss that, it doesn't sound again.
As the owner of a pancreas that gave up a few years ago the sensors are a game changer but agree this would be better a a widget on my smart watch
As the owner of a working pancreas I'm inclined not to bother
Um...why on earth should I need a "band" when it should be possible to send the data to my Apple/Android/Garmin smart watch? I can see why GPS units might be problematic (too many manufacturers, a custom BT or Ant profile needed) but not a smart watch.
Seems like a waste of the companies limited Product development cash to me. A bung of some cash to Garmin to get in on their Eco system might have been better.