Friday, July 31, 2015

Video Recap 16th WT | Wearable Technologies Conference 2015 USA in San Francisco

Here it is, the official video recap of the 16th WT | Wearable Technologies Conference 2015 USA in San Francisco on July 9-10. Thanks to all our speakers, sponsors, exhibitiors and attendees for making it a great event filled with imagination, innovation, and important insight into the future developement of the wearable tech industry.

If you still can’t get enough of WT | Wearable Technologies – we are still touring the globe in 2015. You can meet us in Toronto on September 10th, in Hong Kong on October 12th, at MEDICA in Dusseldorf on November 16-19, and our European flagship in Munich on January 26-27, 2016. The next WT | Wearable Technologies Conference 2016 USA in San Francisco will take place on July 12-13, 2016.

We look forward to seeing you soon at our upcoming event(s).

Tuesday, July 28, 2015

Morgan AR Plus 4 blends classic lines with modern power

The Morgan ARP4 is a Cosworth-powered celebration of 65 years of the Plus 4 bodystyle

Long after the rest of the world has moved on, Morgan is still staunchly standing by the old-fashioned way of doing things. The boutique manufacturer's cars combine modern powertrains with wood and aluminum chassis' and its latest creation is no different. The limited edition AR Plus 4 combines classic Morgan values with a motorsport inspired Cosworth motor to celebrate 65 years since the launch of the original Plus 4.

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Section: Automotive

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Tuesday, July 14, 2015

Super Skinny Batteries

People were blown away with 3D printing and the possibly it unleashed for prototyping. Now, we can print metals onto flexible circuits to create printed batteries! Printing batteries is similar in concept to 3D printing, but possibly more powerful in application. Flexible, skinny batteries are the innovation necessary to implement wearables into the Internet of Things.

Enfucell OY spoke at our 14th WT | Wearable Technologies Conference in Munich, Germany this past February. They introduced SoftBattery; a disposable, thin and flexible printed power source. It can be used for pharmaceutical and cosmetic wearable bio-patches, wireless medical and logistic sensors, or functional smart packaging. The SoftBattery comes in three different sizes with three different voltages. The process is environmentally friendly. Now you can supercharge your future!

Varta MicroBattery provides the WT ecosystem with the battery for renewable energy. They were a speaking exhibitor at our 16th WT | Wearable Technologies conference in San Francisco; they also sponsor our Innovation World Cup.  Besides manufacturing batteries, Varta engineers products for the IoT; batteries, cells, power packs, H2 cells, and hearing aids. Their super skinny, light weight lithium prismatic battery is ideal for wearable products.

EnFilm, thin film batteries produced by ST life augmented, a re-chargeable solid-state battery. This battery differs from others because it has a life time of 10 years. It features a LiCoO2 cathode and a LiPON ceramic electrolyte and lithium anode. EnFilm is certified, and safe to use within the Energy of Things. ST life augmented is also WT | Innovation World Cup partner. We are now accepting submissions to the 2015/16 competition; click here for more info.

Imprint Energy is a start-up company founded in 2010. They have developed ZincPoly™, a rechargeable battery from Berkeley, California. ZincPoly™ enables production of ultrathin, flexible, high energy density rechargeable batteries for a low price. The development of this battery allows for wearable designers to enhance the possibilities and decreased hazardous battery material. Imprint Energy sells ZincPoly™ as a customized product.

Jenax developed a bendable, twistable, foldable, and wearable battery! The application possibilities are limitless with J.Flex. You can acquire the battery in any size. The material can withstand extreme environmental conditions. The flexible battery is safe; therefore it can be used within wearable technology. You can contact them for customization. Below is a video demonstrating how the versatile and durable the flexible battery is.

Graphene 3D Labs released a 3D printed battery in October 2014. This printed battery can reach the same voltage as AA batteries. Since it is 3D printed, you can print the battery in a single print with any shape you need. However, because it is 3D printed it is not as flexible as other innovative batteries. Yet, it is fast production of prototyping devices.

Arizona State University, USA has experimented with ingenious ways to create stretchable ion batteries. They are inspired by the art of kirigami, paper folding. With this skill one can fold, bend and stretch a battery with no negative effects. This prototype is ready for mass production. The students that worked on this project are Hongyu Yu, Zeming Song, and Xu Wang.

Similarly, the same research has been conducted at Binghamton University in New York. They have proven that one can print the appropriate organic material onto paper and then fold the paper, like origami, to create a durable battery. Since this material is organic it is biodegradable. Paper is also absorbent, so you do not need any other materials to hold the chemicals in place. An air-breathing cathode is sprayed on nickel to one side of the paper, and the anode is screen printed carbon paint. Making the cheapest battery; at a cost of nearly 5 cents.

There is no hiding that batteries are necessary for storing energy for wearable devices. How this energy is derived is one problem. The other is how to package the energy into an efficient, practical power source. Inventing skinny and flexible batteries for wearable products will endorse consumers to trust themselves to not break the product. The majorities of people are not accustomed to gentle movement when wearing technology in their clothing; just think about how many phones are dropped into toilets. Providing them with ubiquitous, smart technology will simplify their daily routine. It all starts with the battery.

Monday, July 13, 2015

Energy Harvesting Technology Can Be The Wave Of The Future

Today’s technology world is certainly one that is evolving and is also bringing some of the most innovative products that have ever come to the market. One of those new technologies is energy harvesting. Energy harvesting is the process of taking energy from external sources such as the sun, thermal means, or even kinetic ways and storing that energy to have it transferred to any mobile device. This market is one that is breaking new ground and has consumers and engineers alike looking very much to the future. The following is a look at some of the energy harvesting technologies that are out there and the companies who are bringing these products to the consumer public.

Ampy

First off is a look at a Chicago, Illinois based energy harvesting company called Ampy. The main energy harvesting product that they have is one called Ampy Move. Ampy Move is touted as the world’s smallest wearable motion changer. Basically what a person does is wear the Ampy Move on the arm and with your movement it generates energy which can then be transferred to any mobile device. Not only that but you can just slip the Ampy Move into your pocket and it still is able to harness energy.

As long as your smartphone has a USB 2.0 or 3.0 connector, it can be charged by the Ampy Move. The Ampy Move is the size of about a deck cards and weighs about the same as a smartphone. The Ampy Move can power a smartphone up to 1 hour at regular use and 5 hours on standby. Smartwatches can get power up to 24 hours. The Ampy Move is in a pre-order status and can be found at their website at getampy.com. Retail price has been set at $99.

http://www.getampy.com/

SolePower

SolePower uses the promotional tagline of ‘powering the future, one step at a time’. Basically what we have here is an energy harvesting device that attaches to the shoe and harvests energy for your mobile device. A special SolePower EnSole is inserted into a shoe and are water resistant and made to work in any kind of environment.

Every time a heel strikes the sole generates the power and sends it to the PowerPac connection which is outside of the shoe. There is a fabric holster that houses the PowerPac and it is this device that the USB charging can take place to the mobile device. This is another product that is in a pre-order status and the suggested retail price currently is at $199.99 and can be found at their company website at solepowertech.com.

http://solepowertech.com/

Apple’s Fuel Cell Patent

These days are certainly good ones at Apple. With record breaking sales of the iPhone 6 and now the Apple Watch on the market, the company now is the wealthiest cash money company in the world at nearly $200 billion with nearly $800 billion in total assets. The company is also working on energy harvesting technology with a new patent they have been awarded back in March titled ‘Fuel Cell System to Power a Portable Computing Device’.

This fuel cell system is one that will take materials such as hydrogen and other fuel source types and converting it into energy that can then be used to power mobile devices, laptops, and other iOS devices. This is a system that critics believe could give battery life to devices for days. With the way that Apple operates and their reputation for innovation, it could be very soon when a fuel cell energy harvesting product could be on the market.

http://venturebeat.com/2015/03/17/apple-patents-fuel-cell-power-source-for-phones-laptops/

microGen

microGen Systems, Inc. is a company that develops solutions for wireless and mobile electronic devices. They develop micro-sensors and micro-power products. Two products geared toward the energy harvesting market that they have developed are the single frequency Bolt micro-power generator and the VIBE generator which stands for Vibration Induced Broadband Excitation. VIBE is able to generate energy through vibrations.

These energy harvesting solutions are ones that are low frequency and the company is now working on integrated self powered functions for devices as well. microGen has been around since 2007 and has a headquarters based in Rochester, New York. They also do work in association with Cornell University as well.

http://www.microgensystems.co/default.asp

Ricoh

Ricoh is a company that has been in the technology business for a long time and they have a well deserved reputation. Several weeks ago the company announced that they have created an energy harvesting product that is called ‘Energy-Generating Rubber’. What this rubber does is converts pressure and vibration into electric energy and it is able to do that with a very high rate of efficiency. Piezoelectric ceramics is the main product and ingredient that makes the rubber do its job.

The ceramic based material is one that is very flexible and is a sheet material. The rubber will be developed for utility purposes as that is what ceramics are used for. The Energy-Generating Rubber can be used in small places and large ones and its flexibility makes it so versatile. Ricoh has also said that they plan on contributing to the future of information technology with their new rubber product so it could certainly be very soon when Energy-Generating Rubber becomes something of the norm.

http://ricoh.com/release/2015/0518_1.html

K3OPS

K3OPS is looking to revolutionize the world of electronic batteries with their RF energy harvesting batteries. The batteries are developed and designed to take ambient radiation and convert it into direct current power that can be utilized. K3OPS likes to pride itself in this clean energy solution because it eliminates any kind of electrochemical device that is currently used to convert chemical energy into usable electric energy. It has long been known that today’s batteries have caustic and harmful chemicals in them and they can prove to be dangerous to the environment.

These clean energy batteries also does not have to rely on natural resources such as nickel, zinc, or lithium which are products that have commonly been used in batteries. K3OPS also has a smartphone case like the one by Nikola Labs that converts signals into energy in order for a longer lasting battery. This company and their products have yet to come to the general consumer public and the founders are now displaying at some of the major international trade shows to get more exposure to K3OPS.

http://www.k3ops.com/de/

WattUp

Company Energous Corporation has developed WattUp, a technology that will change your portable electronic devices wireleslly. WattUp works with a wide variety of electronic devices such as cell phones, tablets, wearables and much more.It is based on a Radio Frequency (RF) system that delivers wire-free charging energy at a distance of up to 5m from a transmitter to a receiver device. The company claims that WattUp transmitter can handle 12 receiver devices at any given time.

http://www.energous.com/

Nikola Labs

Nikola Labs is a company that is in the process of conducting a KickStarter campaign to fund a product that will convert an RF signal, BlueTooth signal, and WiFi signal into DC energy through an energy harvesting circuit. The product can be seen on their website but where they are still in a money raising and crowd funding status, not much else is really known about the company. Nikola Labs officials have released an official press release in which they save that currently they have been able to raise $1.25 million towards their product through KickStarter.

Ohio State University is also on board with helping develop and research this new energy harvesting technology. Nikola Labs has a vast array of investors and the company also received a $100,000 grant from the state of Ohio itself through their Technology Validation and Startup Fund. The main product is smartphone cases that again harvesting energy for battery life through the BlueTooth and WiFi signals from the phone. nikolalabs.co is where you can go to get more information about Nikola Labs and learn about how to contribute to their KickStarter campaign.

http://www.nikolalabs.co/

StretchSense

Humanoid type robots were things of fantasy decades ago but these days they are reality and have a lot of important functions. Society is starting to become more and more reliant on robots. StretchSense and their technology is one that is designed for this specialized market. The main product here is stretchable and flexible soft sensors that are developed in order to record stretch, bend, shear, and pressure.

These sensors work with these robotic exoskeletons and essentially are able to make these robots act and feel just like humans do. StretchSense engineers are hard at work at looking at other uses for their technology such as smart garments for sports to measure different vitals and incorporating them into driver seats so a person can get real time information about proper posture when driving a car. The sensors could also allow for a person to communicate with their vehicles as well. StretchSense products can be found at their company website at stretchsense.com and retail anywhere from $400 to $850.

http://stretchsense.com/

NXP Semiconductors

NXP Semiconductors is in the energy harvesting market with their technology and innovation of Solid State RF energy. The solution that the company uses here is one that is supposed to replace bigger and larger energy generating sources with smaller ones that will be more effective and deliver a cleaner energy source and product. Their low energy and low frequency sensors are engineered to power things such as microwaves and stoves and even for car ignitions.

Light emitting plasma is also another thing that can be powered by the Solid State RF energy harvesting and generator technology from NXP Semiconductors. These sources are able to generate up to 1600 W of power which is a fair amount. NXP Semiconductors will certainly be a company that will play a huge role in the future of energy harvesting technology and the solutions and applications that they will display are certainly bound to be groundbreaking.

http://www.nxp.com/applications/rf-energy/

Linear Technology

Finally we have Linear Technology. This company offers and sells a whole range of different energy harvesting products. Some of the technologies and energy harvesting products they have are solar, thermoelectric, and piezoelectric powered which help with the powering of all kinds of batteries. The technologies from Linear can help recharge and power batteries from AA right on up to low voltage batteries.

The company here is certainly one that offers just about everything there is to offer in the energy harvesting industry today. www.linear.com is the company website and it is here where potential customers can look at their inventory table and order online any of the solutions that they have for sale. Linear Technology has started to gain a very good reputation in the energy harvesting world and they certainly look to be a huge player in the near future in this special clean energy area.

http://www.linear.com/parametric/Energy_Harvesting

Energy harvesting technology certainly looks to be a strong wave of the future. Everything from power generators that are fueled by kinetic energy and vibrations to plastic that can absorb energy and transfer it for use, the future is certainly bright for energy harvesting technology. Things that were part of the imagination decades ago have now become reality and that reality is one that is brighter and more optimistic than ever.

There is the possibility that the future could bring us a world of self charging batteries which means products will have eternal battery power which certainly would be better for the environment. When that day comes and energy harvesting becomes more of a household figure, it will be these companies here that will be acknowledged as being the forefathers of this most innovative technology.

Lego-compatible prosthetic arm lets kids' imaginations run wild

After a fair bit of tinkering, Torres developed a functioning prototype of a prosthetic that lets kid use their imagination to build their own arm

For Colombian designer Carlos Torres, how to best tackle the low self-esteem and social isolation felt by child amputees is about more than finding the the most advanced prosthetic money can buy. His IKO Creative Prosthetic System is aimed at unleashing the creative expression of those with missing limbs, and to do so he's enlisting every child's favorite building blocks. The result is an artificial limb where kids can swap robotic grippers for laser-shooting spaceships whenever the opportunity arises.

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Section: Health and Wellbeing

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Wednesday, July 8, 2015

Is the Apple Watch Really Failing?

apple watch groupIn the slow days of summer, it seems like journalists sometimes distract themselves from watching cat videos by writing apocalyptic stories about how everything on their beat is going to hell. Lately, there’s been a spate of clickbait headlines (including this one) about the Apple Watch and how it’s failing in the market — more or less on schedule of reporters’ typical three-month attention span. (In January 2014, wearables were going to save the world. When it didn’t happen by April, we were treated to miles of copy about how it was all a big fraud.)

These days, three months after ordering opened for the Apple Watch, it’s easy to find stories that say no one’s buying the thing, that the whole thing was overblown, and that Apple will inevitably leave a crater where its new headquarters stands. So let’s take a look, shall we?

The first thing to understand is that the only numbers that are anything but guesswork come from a company called Slice Intelligence. Slice’s figures come from scanning the emails of a panel of about 2 million volunteers for order receipts. As samples go, that’s not bad. But remember that all the numbers you see are based on sampling methodology and not actual audited shipment numbers. Also, it’s not clear what the geographic bias of Slice’s panel is. Other figures from Slice about the wearables market omit Xioami, which is strong in Asia to the point that it challenges Fitbit’s numbers globally. We suspect that Slice’s sample under-represents Asian markets.

That all said, Slice is saying that after the first month surge, Apple is selling fewer than 20,000 watches a day in the United States, and that two-thirds of them are the least-expensive ($349) Sport watches. (Fewer than 2,000 of the $10,000 Edition watches have been sold in the United States, Slice says, a number that surprises us not in the least.)

Could one expect that June is a big month for watch sales? Maybe. It’s not a big tech sales month — tech sales don’t take off until August for Back to School, and then again in November for the holiday. But Father’s Day is in June, so maybe it’s a wash. In any event, it’s not unreasonable to think that sales might pick up toward the end of the summer.

Twenty thousand units a day from June to December is 4.2 million units. Say the watch sold 2 million in April and May; that’s projecting 6.2 million watches in the U.S. for 2015 assuming flat sales for the rest of the year. Double it for the global market (for no particular reason other than reasonableness; if you have a better model, let’s hear it), that’s 12.4 million units for 2015 worldwide. And for the hell of it, let’s say that Slice’s estimate of 66 percent of sales being the Sport at $349 and 34 percent being the regular watch at $600, for an average selling price of $433. (Let’s ignore add-on watchbands and the gold Edition as rounding error.)

Is that disappointing? Actually, yes, at least among analysts. Fortune asked them back in March — before orders opened, and all most of them knew was what they learned from the September unveiling — for their 2015 projections of watch sales. They averaged 22.4 million units, at an average selling price of $416, somewhat lower than Slice’s estimate. So we have some choices here:

  1. The Slice numbers are correct.
  2. The Slice numbers are correct, but sales are in a summer doldrums and will pick up as the year goes on.
  3. The Slice numbers understate sales.
  4. International sales are stronger than U.S. sales, and our 2x guesstimate here is too low.
  5. Analyst expectations are nonsense and overheated.
  6. The Watch is, indeed, being rejected by the market.

Our personal guess is that the analysts are modestly overheated, our international guesstimate is wrong but not very, that Slice’s sample undercounts somewhat, and that sales will pick up at the holiday season.

And ultimately, does it matter for Apple? Reputationally, sure; home-run products are good and Apple’s been hitting singles and doubles. Haters gonna hate. Financially, no; Apple sold something north of 50 million iPhones in the second quarter, and 2 million watches won’t move the needle very much.

We won’t really know anything about how Apple Watches have sold until August. That’s when Apple announces its quarterly earnings, assuming it breaks out watch sales, which it might not. But by August, IDC, IHS, and the rest of that crowd will publish their 2Q numbers, which are rigorous and based on hard data. Then we can start arguing about trend lines, because all we’ll have is one data point, and a trend line with only one data point isn’t really a trend line.

Wearable Technology Is Not Going Anywhere!

Molly Maloof, a medical doctor specializing in using cutting-edge technologies, was invited to speak about the utilization of wearables in the area of health care and preventive medical applications. She partners with growing companies that operate at the intersection of technology and medicine.

1. What are your thoughts about how wearables and IoT are assisting in preventive medicine?

Maloof: New technologies are going to enable so much more information to be transmitted from our bodies to our phones and then eventually to our physicians allowing, us to catch things before they become a full-blown disease.

2. Tell us how you think wearable data is going to change the health field and give your assessment of the devices out there.

Maloof: Physicians are hesitant to adopt these tools because they feel they are untested. They feel that the amount of data being produced by them is just far more than they are capable of having time to analyze. Right now, we are in this data collection phase. The next phase is going to be the data analytics phase.

3. I have to speak to medical device manufacturers that are providing larger devices to hospitals and doctors. Many of them are not paying much attention to wearables.

Maloof: I think that wearables and sensors are only going to become more ubiquitous: they are going to become more invisible and they are going to be embedded into all sorts of things in our daily lives. For medical devices manufacturers, there is this opportunity for them to really create a new market for what they currently have as in-hospital devices. I think that wearable technology isn’t going anywhere. We’re in the early stages of this really exciting industry. Ignoring this would be really short-sighted.

4. Tell me more about FDA process.

Maloof: There are weird rules about how you can take a product to market and how you can show data to consumers. If you take a continuous glucose monitor to market, per se, and just go direct to consumer, you actually aren’t allowed to show the numbers, you’re not allowed to show the measurements. You’re allowed to show general trends. But if you want this to become a clinical device, and you want this to be used in clinical practice, you absolutely have to go through the FDA. A few years ago, everybody was afraid to go through the FDA. But that’s really shifted. It’s a competitive advantage if you have this “Stamp of Approval” from the FDA.

5. It is not uncommon for a startup to have feedback or go through the FDA cycle five times. The cost of having to submit every time is fairly expensive. Currently, there are medical professionals who just specialize in being able to help companies go through this FDA process. Tell us about how this could help accelerate the innovation with health and wearable tech.

Maloof: There are two things to think about here. You need to know how to get FDA approval, but a lot of these companies also need to learn how to do clinical research in or on their tools. It’s one thing to get approved, but it’s another to demonstrate that you have actual valid outcomes.

6. From a doctors perspective, what would you like to see?

Maloof: I want to see a shift away from the concept that “We must go direct to the consumer.” The big problem with most wearable technology and mobile tech is that they are so direct to consumer that they’re ignoring the real problem cases in medicine: the real people who are truly sick. Seeing solutions with a large impact and that have a large scalability for large problems—I think that’s the big ticket. The people who are going to really succeed at making a big difference in people’s lives are people who are looking at really big problems in medicine and the chronic diseases that are affecting thousands or millions of people.

7. What about startups that are concerned about taking that B2B or B2B2C approach because they will have to deal with the large entrenched oligopoly within the health tech space that has intentionally created a proprietary system?

Maloof: The great thing about small start-ups is that they are extremely agile and fast-moving. You can do so much with a small start-up that you couldn’t do with a large company because the large company will move so much slower. For a small start-up to be competitive with these large groups is that they need to know what the costs are for the large companies, how can they beat those costs, and how can they use their competitive advantage to find some traction in the market in order to demonstrate their value early on. The early small start-ups will become competitive by being faster and having better prices ideally early on— which doesn’t necessarily have to last, but in order to compete with these large companies, you have to be able to price yourselves appropriately.

8. Who are the likely advocates or early adopters [in the health ecosystem]?

Maloof: Insurance companies … the government—there are a lot of grants and a lot of money from the government for the VA specifically—because they are trying to improve the health of their populations. Big pharma is completely aware that drugs may not be the future of medicine. You shouldn’t present yourself as an acquisition target, but as someone who can potentially partner with these companies. Look for problems that exist, look for companies that have problems you want to solve, and don’t think of just going direct to the consumer. If you want to be an entrepreneur, you need to have an iron will. We need new companies to create products and solve the problems that are plaguing society. There’s so much room for innovation in this industry.

About Scott Amyx
Scott Amyx is the founder & CEO of Amyx+McKinsey, a wearables strategy agency specializing in smart wearables strategy and development. As a thought leader in smart wearables computing and Internet of Things, Scott explores the intersection of enterprise implications and consumer decisions of adopting wearables and IoT technologies. He writes for Wired, InformationWeek, IEEE Consumer Electronics Magazine, IEEE Technology and Society Magazine, and speaks at global conferences on wearables & Internet of Things strategy and innovation.

'It's Pizza Time' Says the Apple Watch

Part of the beauty of ordering Dominoes online or with the mobile app is that it doesn't require putting on real people clothes and you don't actually have to talk to anyone over the phone (however you can talk to "Dom," the official e-voice of Dominos). But the coolest feature is real-time updates regarding each step of your order, complete with an animated pizza maker and oven. Not only do you get to indulge in lethargy and pizza, but you get assurance every step of the way that there are no hiccups: unless of course you suffer from indigestion.

Friday, July 3, 2015

Solar Impulse 2 lands in Hawaii

Solar Impulse 2 with André Borschberg on the controls is about to land on Kalaeloa Airport

Solar Impulse 2 has landed in Hawaii after completing its record-breaking longest leg of the Round the World Solar Flight, that began last March in Abu Dhabi. With pilot André Borschberg at the controls, the solar-powered, single-pilot aircraft touched down today at Kalaeloa Airport just west of Honolulu on the island of Oahu at 5:55 HAST (15:55 GMT).

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Section: Aircraft

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COGITO FIT: A Smartwatch That Keeps You Active and On Trend

The market for wearable tech devices is hotter than ever right now. Predictions from Transparency Market Research estimate growth of 800 percent from the time between 2012 and 2018. Meanwhile, Visiongain says the value of the global wearable tech market in 2015 will hit $16.1 billion.

BMW water injection system offers improved performance and fuel economy

BMW has turned to water injection is the search for greater fuel economy

Water and fuel aren't usually a good mix, but BMW has turned to water injection technology in its ever-continuing quest for improved fuel economy and power. Its latest 1 Series prototype is fitted with such a system to help create lower combustion temperatures, which brings fuel economy benefits of up to 8 percent on the road.

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Section: Automotive

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Wednesday, July 1, 2015

Fitbit Helps Debunk Rape Charge

Here’s an odd one: a woman who claims she’d been raped had her story debunked by her fitness tracker.

Lancaster Online reports that Jeannine Risley, of St. Petersburg, Florida told police that she was asleep when she was awakened at midnight March 10 by an intruder who had broken into the house she was staying in and was assaulting her. She said she had lost her Fitbit tracker during the attack, but it was found in a nearby hallway.

When police downloaded the data from the tracker, it showed that Risley had been awake and walking around during the time she said she’d been asleep. Also, police found no indication that anyone had broken into the house.

Risley’s been charged with three misdemeanor charges for causing an emergency response and a manhunt.