Category Archives: Product News

The Internet of Things is headed for the kitchen

According to recent report, nearly seven in 10 consumers (67%) will own an in-home Internet of Things (IoT) device within five years, while 13% of consumers are expected to have at least one IoT device in their house by next year. Although we’ve already seen everything from smart thermostats to security systems, it comes with little surprise that the next area around the house poised to be connected is the kitchen. In fact, a new report from NextMarket Insights has revealed that the industry will be worth $10.1 billion by 2020.

Aside from being the epicenter of most homes — between the cooking, the eating and unfortunately, the cleaning — a vast majority of time and effort is spent in the kitchen. From the utensils you eat with to the cups you drink from, every interaction around the dinner table will soon be connected. As we prepare for CES 2015, let’s take explore some of the latest once-ordinary kitchen items given new “powers.”


Pantelligent

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Recently launched on Kickstarter, a team of MIT engineers has developed a smart frying pan. Aptly named Pantelligent, the device features a temperature sensor (in its base) that communicates over Bluetooth (in its handle) with its companion smartphone app, guiding you through the process of cooking just about anything. Think of it as a digital Cooking for Dummies, telling you what, when and how to do it. Without all the reading, of course!


Baidu Kuaisou

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Baidu has unveiled a pair of ‘smart chopsticks’ fitted with sensors that can be connected to a smartphone app to offer users analyzed readings. The company says the prototype device is currently designed to detect temperature and whether food was produced using ‘gutter oil’ – reused cooking oil that’s potentially toxic. Future models could also flag contaminated water, and even measure salt levels.


Egg Minder

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Developed by Quirky, Egg Minder is a wirelessly-connected egg tray that keeps track of how many eggs it is holding and how long each individual egg has been in it. When opened, the smart device blinks an LED light next to the egg that’s been in it the longest, so you know which to crack next.


MAID Oven

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Powered by an Atmel ATmega32L, the MAID (Make All Incredible Dishes) Oven is an all-in-one device that can learn your eating habits, like daily caloric intake, and then suggest new recipes for you based on its pre-programmed optimization algorithms — which are driven by an ARM processor. The appliance functions as a microwave, convection oven and top-heater, meaning that it can whip up anything from a bag of popcorn or Eggo waffles to a birthday cake for a family celebration.


HAPIfork

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The smart fork, which was introduced at this year’s CES, uses electronic sensors to monitor a user’s eating habits. Designed by HAPILABS, the ARM Cortex-M0 embedded utensil tracks the number of bites, intake speed as well as notifies you to step away from the dinner plate.


Nomiku

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In an attempt to make sous vide cooking more accessible to the home chef, the team behind the Nomiku Immersion Circulator recently unveiled a new prototype that features Wi-Fi connectivity. Embedded with an ATtiny88 MCU, the Nomiku can receive inputs from the accompanying Tender smartphone application. Tender, available on the iOS and Android platforms, grants users the ability to share recipes throughout the sous vide cooking community. With a few clicks and the correct ingredients, a home chef could have a Top Chef winner’s recipe brewing on their stove in just a matter of minutes.


Thingk

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Italian design company Thingk recently completed a successful Indiegogo campaign for its new GK Series of ATmega328P powered products, the GKILO and the CLOGK. The GKILO is a wooden slab that functions as both a kitchen scale when laid on one side, and a clock when flipped over. The block, which does not have any buttons or switches, is merely controlled via hand gestures. Meanwhile, the CLOGK serves as an ordinary analog clock or as a cooking timer, based on your preference, and features a unique touch interface. It can also stand as a paperweight or a contemporary decorative piece.


The Hug

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Using motion data and algorithms, The Hug sensor tracks the amount of water you drink, giving user’s automatic reminders via the sensor band and mobile app to ensure optimal hydration.


B4RM4N

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Designed by the Magnified Self crew, B4RM4N is a smart cocktail shaker powered by an Atmel MCU and connected to your smartphone via Bluetooth, allowing you to mix and pour the perfect drink every time. To start, a user connects B4RM4N to their mobile device by placing the shaker onto a nearby table or bar, immediately launching the accompanying mobile app. Then, simply select a recipe from the vast library loaded onto the app, as well as the desired number of drinks. Cheers!


Liftware

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Liftware, a new type of technology created by Lift Labs, can help improve the lives of people suffering from Essential Tremor and Parkinson’s Disease. Sensors embedded in the smart utensil detect motion, and a microcontroller uses sensor data to determine the best response. The microcontroller continuously directs motors in the handle of the device to move the spoon and cancel tremor movements.


The Milkmaid

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Developed over the course of a month for the Quirky and GE Project, Milkmaid addresses the issue of wasted milk due to spoilage. Never accidentally experience sour milk the hard way again! The smart milk jug will alert users when their milk is going bad and most importantly, when to discard and go buy some more. Now, the only thing missing is an Oreo-dunking machine.


Prep Pad

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Prep Pad is a microcontroller-powered smart food scale that providers users with real-time insight into their food. Use it to create balanced meals through beautiful visualizations of protein, carbs and fats with its Countertop app. According to its Kickstarter campaign last year, the company turned to an Arduino Leonardo (ATmega32u4) for prototyping before finally sourcing a “smaller microcomputer (open source, probably Arduino family) for the final product.”


LG Smart Thinq

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It was only a matter of time before the arrival of self-aware fridges, ones that are capable of knowing and alerting you when they’re low on milk. Or, cognizant of consuming energy while you’re away on business. LG’s latest smart refrigerator uses its HomeChat app to communicate with your mobile device.


SITU

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SITU is a smart food nutrition scale capable of weighing food in calories and nutrients, as well as grams and ounces. What this means is that users can have a precise calorie and nutrient count of what they’re about to consume.


iDevices Thermometer

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Those who recently cooked a turkey over the holidays know just how daunting of a task it can be. Luckily, iDevices offers a Bluetooth-enabled cooking thermometer that allows remote monitoring and alerts those whipping up dinner when food is ready, right from their mobile device. The smart gadget comes in two models: a larger version with two probes that can wirelessly monitor two temps at once, and a smaller one-probe version. The iDevices app not only receives real-time temperature data, but also includes recipes, presets, kitchen timers, and a social media component, which lets users share data with other tech-savvy chefs.


Vessyl

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What’s in your cup? First introduced via Kickstarter and eventually raised $3 million in pledges, the smart cup can not only identify and track what a user is drinking, but can sense the type of liquid and even the amount of calories, sugar, caffeine, protein, sodium and vitamins that are in whatever liquid the Vessyl contains.


Drop

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The Drop smart kitchen scale was designed to allow anyone to bake beautiful and delicious creations — regardless of experience. The scale connects to a custom iPad app via Bluetooth and walks aspiring bakers through a library of recipes.


Mr. Coffee 10-Cup Smart Optimal Brew

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No stranger to home automation, Belkin has introduced a number of WeMo products that are looking to take home automation to the next level. From smart crock-pots to web cams, the latest addition to the family is the WiFi-enabled coffee maker, which is capable of brewing up to 10 cups ‘o joe all while being controlled by your smartphone. The Mr. Coffee machine makes it super simple to schedule, monitor, and modify your brew from anywhere.


Smarter

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So, what happens when you want to brew just one hot cup’ o joe and not an entire pot? That’s where Smarter’s latest Wi-Fi coffee machine comes in handy. The device allows owners to remotely brew individual cups through its companion Android or iOS app, complete with scheduling, as well as to grind beans and send notifications when their daily dose of caffeine is ready.


Sifting through this list really makes us eager to see what’s in store for the year ahead as we kick things off at CES 2015, where a number of today’s largest brands will release their next-gen IoT products.

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Remember Whirlpool’s touchscreen stove demo last year? The exhibit featured an interactive touchscreen cooktop that was able to display recipes, Twitter and Facebook updates, news and weather. The cooktop itself, which would use induction to heat pots and pans, could display recipes right next to your ingredients, pans, bowls, and cutting boards, instead of keeping a mobile device nearby while cooking. In addition to that, it was voice-controlled, meaning a user simply had to talk in order to change the music, access different social feeds and more.

It’s ideas like these that will usher in the kitchen of tomorrow. From smart appliances to quantified cooking, the Internet of Things is set to revolutionize everything from how we cook to what we consume. The advent of such web-enabled tools and accessories will surely make for much smarter, efficient and easier culinary experiences.

Atmel and IoT and Crypto, oh my!

One of the companies that is best positioned to supply components into the Internet of Things (IoT) market is Atmel. For the time being most designs will be done using standard components, not doing massive integration on an SoC targeted at a specific market. The biggest issue in the early stage of market development will be working out what the customer wants and so the big premium will be on getting to market early and iterating fast, not premature cost optimization for a market that might not be big enough to support the design/NRE of a custom design.

Latest product in Atmel's SmartConnect family, the SAM W25 module

Here is Atmel’s latest product in the SmartConnect family, the SAM W25 module

Atmel has microcontrollers, literally over 500 different flavors and in two families, the AVR family and a broad selection of ARM microcontrollers ad processors. They have wireless connectivity. They have strong solutions in security.

Indeed last week at Electronica in Germany they announced the latest product in the SmartConnect family, the SAM W25 module. It is the industry’s first fully-integrated FCC-certified Wi-Fi module with a standalone MCU and hardware security from a single source. The module is tiny, not much larger than a penny. The module includes Atmel’s recently-announced 2.4GHz IEEE 802.11 b/g/n Wi-Fi WINC1500, along with an Atmel | SMART SAM D21 ARM Cortex M0+-based MCU and Atmel’s ATECC108A optimized CryptoAuthentication engine with ultra-secure hardware-based key storage for secure connectivity.

Atmel at Electronica 2014

Atmel at Electronica 2014

That last item is a key component for many IoT designs. Security is going to be a big thing and with so many well-publicized breaches of software security, the algorithms, and particularly the keys, are moving quickly into hardware. That component, the ATECC108A, provides state-of-the-art hardware security including a full turnkey Elliptic Curve Digital Signature Algorithm (ECDSA) engine using key sizes of 256 or 283 bits – appropriate for modern security environments without the long computation delay typical of software solutions. Access to the device is through a standard I²C Interface at speeds up to 1Mb/sec. It is compatible with standard Serial EEPROM I²C Interface specifications. Compared to software, the device is:

  • Higher performance (faster encryption)
  • Lower power
  • Much harder to compromise

Atmel has a new white paper out, Integrating the Internet of Things, Necessary Building Blocks for Broad Market Adoption. Depending on whose numbers you believe, there will be 50 billion IoT edge devices connected by 2020.

Edge nodes are becoming integrated into everyone’s life

As it says in the white paper:

On first inspection, the requirements of an IoT edge device appear to be much the same as any other microcontroller (MCU) based development project. You have one or more sensors that are read by an MCU, the data may then be processed locally prior to sending it off to another application or causing another event to occur such as turning on a motor. However, there are decisions to be made regarding how to communicate with these other applications. Wired, wireless, and power line communication (PLC) are the usual options. But, then you have to consider that many IoT devices are going to be battery powered, which means that their power consumption needs to be kept as low as possible to prolong battery life. The complexities deepen when you consider the security implications of a connected device as well. And that’s not just security of data being transferred, but also ensuring your device can’t be cloned and that it does not allow unauthorized applications to run on it.
IoT Design Requirements - Software / Development Tools Ecosystem

IoT design requirements: Software / development tools ecosystem

For almost any application, the building blocks for an IoT edge node are the same:

  • Embedded processing
  • Sensors
  • Connectivity
  • Security
  • And while not really a “building block,” ultra-low power for always-on applications

My view is that the biggest of these issues will be security. After all, even though Atmel has hundreds of different microcontrollers and microprocessors, there are plenty of other suppliers. Same goes for connectivity solutions. But strong cryptographhic solutions implemented in hardware are much less common.

The new IoT white paper is available for download here.

This post has been republished with permission from SemiWiki.com, where Paul McLellan is a featured blogger. It first appeared there on November 19, 2014.

SnapJet is a portable Polaroid printer for your smartphone

Have you ever browsed through your smartphone pics and wished you could print copies in a moment’s notice? A new device, aptly named SnapJet, is now making that a reality. The open-source, instant-film printer — which has made its Kickstarter debut — uses Polaroid technology to let users wirelessly print their photos directly from a smartphone.

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Impressively, the SnapJet doesn’t require any mobile app, wires, or other connections, such as Wi-Fi, NFC or even Bluetooth. As its creators note, “All you need to do is put your phone on top, and push a single button to print beautiful photos.”

Aside from its simplicity, what really sets this device apart is its portability. Given it size, users can now work on scrapbooks in a coffee shop, or make a real-time birthday cards just captured during the party.

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How does it work? Users simply place their phone face-down on top of the SnapJet. The SnapJet then scans the image on the screen and prints it out on either Polaroid 300 or Fujifilm Instax film, using the light from the phone’s display to develop the film at resolutions up to 1,200 dpi. According to the team, if you upgrade your phone, the print quality gets even better!

Powered by an Atmel AT90USB1286, the SnapJet also features an OLED display and other connectivity options — like USB and BLE — just in case you feel the need retouch a few pics, or for those Makers out there, the urge to reprogram or hack the open-source device.

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The team says it will be releasing each of its designs and schematics to the DIY community, which will enable tinkerers to access their PCBs, CAD models and everything else required to create a fully-functional SnapJet.

“We want to empower our users to hack, re-program, and re-purpose SnapJet, even commercially,” the team writes. “We want open source hardware to be the new standard for physical devices. Consumers should know exactly what’s inside their devices. No toxic chemicals or parts that are designed to wear out and force upgrades. We think open-source is the only effective path to fighting planned obsolescence, and making innovation more democratic.”

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Though instant Polaroid photos may seem like a relic of the past, the SnapJet proves otherwise. If you’d like to get your hands on one, head on over to its official Kickstarter page here. Currently, early bird SnapJets are going for just $129, with a projected delivery date of December 2015.

Nexus 6 teardown reveals Atmel MXT640T inside

Hailed as the iPhone 6’s brother from an Android mother, the time for Google’s Nexus 6 has arrived. As soon as the crew over at iFixit got their hands on the new device, which was developed in collaboration with Motorola, we knew what came next! The team dismantled the recently-unveiled phablet to offer a closer glimpse at its insides.

(Source: iFixit)

(Source: iFixit)

Catering to consumers’ appetite for larger displays, Nexus 6 boasts a 5.96-inch touchscreen and features a 2560 x 1440 AMOLED panel. in addition, it runs on Google’s new operating system, Android 5.0 Lollipop, and will be available in both 32GB and 64GB models.

The teardown revealed that the phablet packs 3GB of LPDDR3 RAM, a Snapdragon 805 SoC, various cellular components from Qualcomm, a 3220 mAh “non-removable” battery, as well as 13 MP rear-facing camera and a 2 MP front-facing camera.

(Source: iFixit)

(Source: iFixit)

After freeing the motherboard from the display assembly, iFixit spotted its lone IC: an Atmel MXT640T touchscreen controller.

(Source: iFixit)

(Source: iFixit)

And for those who frequently break or enjoy tearing apart their phones, you’re in luck. The flagship device received a repairability score of 7 out of 10. Interested in getting up close and personal with the Nexus 6? You can check out the entire step-by-step teardown here.

This robot wants to add AI to everyday household objects

Sure, robotic concepts are dime a dozen these days. The question is, however, how close are we to an era of ubiquitous multi-function droids? According to Flower Robotics, soon. The company is envisioning a future where everyday household items, such as lamps and plants, come to life and move freely about our homes. In an effort to lower the barriers for development and adoption of in-house robots, the Tokyo-based design studio recently launched its futuristic device, Patin.

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Patin, which is a French word for “skate,” is an open-source platform equipped with an interface that connects service units on an autonomously movable body through artificial intelligence. The robot’s AI is capable of navigating areas through observation and making real-time decisions based on its environment. By mounting existing products on Patin, the team believes a new lifestyle can be created, one in which human movement is coordinated with concepts such as lighting and planting.

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Need an extra hand to carry your groceries? A little more light? A reminder to water your plants? To turn up the tunes? Each of these tasks (and more) can be accomplished by the bot.

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Unlike other task-specific gadgets, i.e. the iRobot Roomba, Patin is comprised of a mobile base with an upper deck to which you can attach different modules, meaning homeowners will only need one device and the necessary attachments for new functionalities, such as moving a lamp closer to an individual reading, caring for a plant in need of nutrients, or blasting tunes from nearby speakers.

At the moment, Flower Robotics is still working on the prototype which boasts a set of Omni wheels, and is controlled by NVIDIA’s Jetson TK1 CPU and an [Atmel basedArduino board. To navigate and detect nearby objects, the device is equipped with an assortment of cameras — including a depth-sensitive camera developed by ASUS — as well as several contact and proximity sensors.

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Patin’s core structure is built around four parts: a main body, an application (the service unit), Pit (charging and communication unit) and a cloud. New functions can be added through a space perception sensor like a 3D camera, a Patin unit with AI autonomous function, and other service units with expandable functions. As its team notes, not only is it responsible for charging the main body, but the Pit unit transmits information to and from the cloud via Wi-Fi. The cloud then monitors and tracks the robot’s behavior and other pertinent information from each Patin, and distributes updated information accordingly.

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Wait, it gets better. Patin will also include an Android-based SDK for developers, enabling them to design their own peripherals for the prototype. By providing third parties with technical support like SDK and simulators, designers and Makers alike will have the opportunity to partake in the its ongoing development. Embracing an open community model, individuals can contribute to and collaborate on the promotion and dissemination of this next-gen home robot, thereby lowering the its barrier of entry into the market.

“From now on, thirds parties will be able to develop their own ideas to build robots using our open source platform to provide platformatize tool based on open source idea, interface for service unit connection as an AI robot development platform for assuming the third parties will be joining service unit development.”

“For example, by teaming up with technology developers, manufacturers of existing products such as electrical appliances, furniture, and interior design could add a robotic element to their products,” the team writes.

Flower Robotics is currently working on its Atmel powered prototype and plans to commercialize Patin by 2016. Will you be welcoming one into your household?

16 ordinary objects ‘enchanted’ by smart technology

According to MIT Media Lab researcher David Rose, the term “enchanted object” is used to describe any everyday object with extraordinary functions. “We are now standing at the precipice of the next transformative development: the Internet of Things. Soon, connected technology will be embedded in hundreds of everyday objects we already use: our cars, wallets, watches, umbrellas, even our trash cans. These objects will respond to our needs, come to know us, and learn to think on our behalf,” Rose notes in his latest book.

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Entitled “Enchanted Objects: Design, Human Desire, and the Internet of Things,” the book depicts the blueprint for a better (or shall we say ‘smarter’) future, where efficient solutions come hand in hand with technology that delights our sense. Not only are these innovative things fun and alluring, they may hold the key to better satisfying our needs and improving our lives. “The big lesson here for companies is that they need to embrace and start designing for this world of enchanted objects,” Rose said in a recent BI:Tech interview. “It will mean a key change for how we interact with technology, and it’s a great opportunity for all of these traditional product companies.”

Rose believes that the IoT will be fully realized in the near future. To prepare for it at this moment, he is developing technology that analyzes photographs. The die-hard Maker emphasizes that cameras will soon be everywhere, capturing photos of everything. “We’re already seeing this materializing. DropCam allows people to stream videos of their homes and the Narrative camera records everything you do in a day. The photos recorded by these devices are not attractive or artistic, but the meta-data within them is stunning,” he told Fast Company

As we prepare for this embedded future — where versatile microcontrollers will give once-ordinary objects super “powers” — let’s explore some of the coolest, most enchanted objects currently in our world today. From a pill bottle that can alert you when you’ve skipped your medication to an umbrella that says whether it’ll rain, these objects provide us with a glimpse into smarter society — one where fairy tales actually become reality.


Vitality GlowCap

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Always seem to forget to take that pill in the morning or before bed? This smart cap will remind you to take your medications by lighting up, making chirping sounds, and eventually sending you a text message. You can share your medication data with a remote loved one, a professional caregiver, and even your pharmacy. No more calling to refill those prescriptions!


The Ambient Umbrella

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What if your umbrella had a handle that would glow if snow or rain was in the forecast? You’ll never forget to grab it on your way out the door again!


Google Latitude Doorbell

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Created at the MIT Media Lab, the Google Latitude Doorbell chimes a tune when a family member is approaching the house. Each family member has their own tune. Have some fun with it: Imagine setting it to play “Master of the House” from Les Misérables as you approached the door, or the Jaws theme song for your mother-in-law.


The Ambient Orb

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When you think of David Rose and ambient object, this “magical” orb is often times the first thing that pops into mind. This device tracks real-time data for the stock market, pollen count, traffic congestion, and more, and glows specific colors to let you know if the data looks good or bad.


SunSprite

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Feel like you’re walking on sunshine? This small will let you know whether you’re actually taking in enough bright light during your day, in order to help you improve your energy levels, sleep cycle, mood, and so much more.


Energy Joule

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Let’s face it, energy bills are the worst — especially those living in extremely cold climates in the winter and warm in the summer. To better help you save a buck or two, the Energy Joule can track energy costs by glowing red if prices are high, yellow if prices are average, and green if prices are low.


The Facebook Coffee Table

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“Like!” Developed at the MIT Media Lab, this incredibly social-savvy coffee table listens to your conversations and displays photos from your Facebook page whenever they are appropriate to the conversation. Think Mark Zuckerberg meets Minority Report.


MemoMi

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Never quite sure as to which outfit to buy? Ladies, you’re in luck. This smart mirror records the outfits you try on, so you can compare them and decide what to buy or wear. Never have to go back and forth again.


Amazon Trash Can

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Forget to replace the toilet paper? Run out of milk? Need laundry detergent? This trash can can now scans any object you’re disposing and automatically reorder it from Amazon.


Pandora Chair

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Created at the MIT Media Lab, the chair plays various music based on your level of incline. Envision the possibilities: Sit back, relax and enjoy the tunes of the caribbean. Or, sit upright, intensely focus on your work while listening to some “Eye of the Tiger.”


Vessyl

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As our days get too busy, it can quickly become too difficult to manage our liquid intake. Luckily, a smart cup can do that for you — it knows what kind of fluid you’re drinking and track how many calories and how much sugar, fat, protein, sodium, and caffeine are in that beverage.


The Skype Cabinet

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Tired of always having to grab the computer, flip it open and sign into Skype? Thanks to this recent creation from MIT Media Lab, all you have to do is simply open a wooden door and connect to a friend or loved one via Skype. No more setup, bad lighting, or those irritating headphones.


TrakDot

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NOTHING, we repeat NOTHING is worse than losing your luggage while traveling. This smart luggage tracker can slide right inside your suitcase and inform you of its whereabouts using its companion app, which connects to the tracking device.


Energy Clock

Clock

Are the culprit in your household’s excessive energy consumption? This innovative clock shares real-time feedback on the amount of energy your home is using. It learns your consumption habits, then offers some subtle feedback on how you’re tracking against yourself.


Goji Smart Lock

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As we inch closer to a Jetsons-like future, of course there will be smart locks! Easily lock and unlock your door with your smartphone, after snapping pictures of visitors at your door and automatically sending real-time picture alerts to your device.


Nabaztag

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Yes, this is exactly what it looks like: a WiFi-enabled rabbit. Unlike Peter Cottontail, this device tells you the time, a recap of the week, RSS news feeds, a report on the air quality or traffic, an MP3 alarm clock, a weather forecast, a stock ticker, and even e-mail alerts.


IoT’s Impact on Human-Tech Relationship

In a recent interview with O’Reilly Radar, Rose explored technology and its implications by first focusing on user needs. He stated, “I am confident that enchanted objects will change how we live. They will change health. They will change transportation. They will change housing. They will change how we understand our own habits around energy and resource conservation, and they will even help us with creativity and expression. I’m confident there’s a promising future in terms of this new way of interacting and positioning ourselves relative to technology. I think one of the biggest challenges is to not think about this as computing. I don’t think there is a ‘future of computing.’”

As O’Reilly Radar’s Mary Treseler notes, designers and entrepreneurs alike must focus on creating products and services that focus on human desires and needs — omniscience, telepathy, safekeeping, immortality, teleportation, expression, many of which mentioned above.

“If you can invent things that resonate with people’s existing drives, desires, fantasies — the ones that we’ve had for a millennium that are revealed through fairy tales and through folklore and through pop culture — you’re much more likely to succeed,” Rose adds. (You can listen to the entire interview here.)

Evident from the ambient objects above, a connected future is well on its way. From lighting to energy, a new generation of smart products set to increasingly power our lives calls for smarter chips. Internet and wireless enabled devices embedded with microcontrollers will give these once-ordinary “things” new science fiction-like future. Evident by the aforementioned examples, David Rose’s concept serves as a blueprint for our next-generational world, one in which is equipped with countless sensors, data and real-time interaction.

Interested in reading more? Check out the MIT Media Lab researcher and Vitality CEO’s latest book here.

Atmel launches industry’s first wide-Vcc low-power temperature sensor family

We’re excited to announce the launch of the industry’s first family of high-precision digital temperature sensors with the widest Vcc range from 1.7V to 5.5V. The new family delivers higher temperature accuracy and faster I2C bus communication speeds, and are available with integrated nonvolatile registers and serial EEPROM memory making them ideal for consumer, industrial, computer, and medical applications.

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With the widest Vcc range in the industry, the new temperature sensor family allows customers to purchase one device to cover all their Vcc requirements in a variety of applications. Currently, digital temperature sensors on the market are available with a very limited Vcc range requiring customers to purchase multiple temperature sensors in their overall bill of materials (BOM) and utilizing multiple devices to cover the different voltage ranges across various applications.

Atmel’s new family of digital temperature sensors lets customers select just one device to cover all Vcc requirements in various applications, reducing their overall BOM. The new family also delivers a higher accuracy rate at ±0.5°C accuracy (typical) across the 0°C to +85°C temperature range across the entire wide voltage range (1.7V to 5.5V). The low voltage operation of the devices also reduce the overall power consumption in applications such as portable handheld consumer devices, enabling longer battery life.

“Developers for consumer, industrial, computer, medical applications are constantly looking for ways to reduce their overall bill of materials while increasing their system reliability and lowering their power consumption,” said Bryce Morgan, Atmel Strategic Marketing Manager. “With Atmel’s new family of temperature sensors, developers are guaranteed a wide Vcc range along with higher temperature accuracy to satisfy a variety of applications across all market segments. Even more, the new family enables these developers to lower their overall system BOM, while increasing system reliability and lowering the overall power by selecting just one device in this new temp sensor family.”

The new family also delivers a faster I2C bus communication with speeds of up to 1MHz, increasing the data throughput for both temperature sensor operations and for devices with integrated Serial EEPROM. Additionally, the new lineup includes six high-precision, digital temperature sensors based on the industry-standard LM75 functionality offered by a number of vendors. All the devices accurately measure and monitor temperature to address the thermal monitoring requirements for a wide variety of applications and are highly configurable..

Those interested in the new digital temperature sensor family are in luck! AT30TS74, AT30TS75A, AT30TS750A, AT30TSE752A, AT30TSE754A, and the AT30TSE758A are now available.

Adafruit teardown of Moto 360 reveals maXTouch inside

In what may have been the most highly-anticipated Android Wear smartwatch to date, the Moto 360 is equipped with a bold round face, heart rate monitor, and comes in both black and grey metal finishes. During a recent teardown from the Adafruit crew, Limor Fried even referred to it as a “jam-packed watch [that’s] kind of intense. [They] basically crammed a phone into a watch.”

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Upon dissecting the device, Fried reveals an MXT112S capacitive controller embedded within the watch, thereby confirming that the device is indeed powered by Atmel. “This is not a TI chip, this is from Atmel. Reason why they didn’t go with a TI chip is because TI doesn’t have a chip that does this,” she adds.

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The wearable boasts a 1.56-inch, 320×290 display with a backlit LCD touchscreen. The Moto 360’s body comes in at a diameter of 46mm and height of 11.5mm, while the leather band model weighs 49g – essentially, the same weight as your everyday wristwatch. Enhancing its durability, the attractive display is protected by a Gorilla Glass 3 covering.

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Like all Android Wear devices, the Moto 360 features a wake-on-wrist-flick and automatic voice response via the “Ok Google” trigger, which allows a wearer to send texts, set reminders and such. It is compatible with any Android phone or tablet running Android 4.3 or higher, and has IP67 water resistance with submersion of up to 1 meter for 30 minutes. What this means: Shower, good. Swimming, not so much.

The Moto 360′s 320mAh battery should get you about a day of mixed usage. Additionally, the smartwatch comes with a pretty standard 4GB of internal storage and 512MB of RAM, in addition to the vibration motor included for notifications. Like other smartwatches, the Motorola accessory can be connected to your mobile device using Bluetooth 4.0 Low Energy.

Interested in learning more about the brains of this wearable gadget? Watch the entire teardown from Adafruit below!

1,400 new example projects in IAR Systems’ dev tool support entire Atmel MCU and MPU lineup

We have just announced the extension of our partnership with IAR Systems have to include over 1,400 new example projects in IAR Systems’ development tools to support Atmel’s entire portfolio of world-class MCUs and MPUs.

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Designers using both Atmel AVR and Atmel | SMART family can now leverage IAR Embedded Workbench, the leading C/C++ compiler and debugger toolchain, with new example projects to bring their products faster to market. With all the information available to a developer at the start of a project, including over 1,400 new examples from the Atmel Software Framework (ASF) for reference designs across a broad range of applications and Atmel’s Xplained Pro family of evaluation boards, this significantly increases developers’ productivity.

ASF is a large library of free source code for Atmel | SMART ARM and highly-popular AVR devices. This framework minimizes much of the low-level configuration and design required for projects to get off the ground, by providing hardware abstraction with consistent APIs, as well as high-value middleware components designed for evaluation, prototyping, design, and production phases.

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“We are committed to providing simple, yet sophisticated tools for our designers’ complex development,” said Steve Pancoast, Atmel Vice President of Development Software and Tools. “Since the introduction of our AVRs in the early 90s, IAR Systems has always been an important partner for us, providing world class tools to our most demanding users. The integration of our reference application examples into IAR Embedded Workbench will reduce overall time-to-market for developers, enabling them to bring products faster to market.”

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“High-performance development tools are critical for success in today’s advanced embedded systems designs, specifically for the Internet of Things and connectivity markets,” added Stefan Skarin, IAR Systems CEO. “IAR Systems’ position is unique in that we are the only commercial vendor able to provide this, as well as our world class support, across Atmel’s entire range of microcontroller architectures.”

Introducing the SmartConnect SAM W25 module for edge nodes IoT applications

Now on display at Electronica 2014, the SmartConnect SAM W25 module is the industry’s first fully-integrated FCC-certified Wi-Fi module with a standalone MCU and hardware security from a single source. The module includes Atmel’s recently-announced 2.4GHz IEEE 802.11 b/g/n Wi-Fi WINC1500, along with an Atmel | SMART SAM D21 ARM Cortex M0+-based MCU and Atmel’s ATECC108A optimized CryptoAuthentication engine with ultra-secure hardware-based key storage for secure connectivity.

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With nearly 5 billion connected devices expected next year with another 25 billion predicted by 2020, designers are now demanding more flexible, cost-optimized modules that provide a complete end-point solution from a single vendor. The fully-integrated SAM W25 delivers a secure ‘plug and play’ solution integrating wireless technologies with the design flexibility required for these IoT developers.

The billions of devices in edge nodes IoT applications will be powered by an embedded processing unit such as an MCU, and connected through a secure wireless signal. As more embedded developers start designing IoT apps for smart, secure connected devices, the need for solutions that integrate an MCU, hardware security and pre-certified wireless connectivity solution into one box will become a critical piece of the IoT puzzle; thereby, designers will no longer need wireless or encryption expertise to create an IoT gadget or gizmo.

Atmel’s FCC-, Telec-, IC- and CE-certified SAM W25 is a standalone solution that gives designers an all-in-one platform with a low-power MCU, hardware security and FCC-certified wireless connectivity from a single source. The small packaged module is cost optimized to lower the overall bill of materials for battery-operated applications ranging from remotes to home automation devices and beyond.

“IoT will impact nearly everyone’s lives ranging from their garage to their lighting systems, door locks, thermostats, fitness monitors, medical devices and more,” said Kaivan Karimi, Atmel Vice President and GM of Wireless MCUs. “Every one of these IoT devices will require an integrated edge node solution that delivers an MCU and secure wireless connectivity. Atmel’s SAM W25 delivers just that—a fully integrated secure wireless MCU module with over-the-air upgrade functionality that simplifies the complexities of wireless and security, and gives our customers time-to-market advantage. Atmel is committed to making it easier for IoT designers to bring their latest products to market with fully integrated modules that are ‘out-of-the-box’ ready to use, so developers can focus on developing features that will enhance the consumer experience.”

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Key features of the Atmel SmartConnect SAM W25 include

• Turnkey system with integrated software that includes TLS 1.0 and a TCP/IP stack WPA2 personal and enterprise security
• FCC-certified 2.4GHz IEEE 802.11 b/g/n Wi-Fi WINC1500
• Atmel | SMART ARM Cortex M0+-based SAM D21; 256KB Flash; 32KB SRAM
• Serial Peripheral Interface (SPI)
• Over-the-air updates
• ATECC108A CryptoAuthentication engine with ultra-secure hardware-based key storage for secure connectivity

Though the Atmel SAM W25 module won’t be available until December 2014, Electronica attendees can now get a firsthand sneak peek at the ‘plug and play’ solution. To help accelerate design development, Atmel offers a SAM W25 integrated module on an Xplained starter kit platform which will be available next month as well.