Tag Archives: Internet of Things

kSafe is a smart cookie jar that will only open if you’ve been good


kSafe is part of a research proven system that turns temptation into motivation.


As the saying goes, “Good things come to those who wait.” However, that is often times easier said than done, especially when it comes to resisting the urge to indulge in late night treats or satisfy your sweet tooth after coming home from work. That’s why one San Diego-based startup has developed a solution to help prevent you from giving in to temptation. Much like the way a dog handler trains puppies, the kSafe locks up what you want until you’ve reached your goals.

photo-original

If the idea sounds a bit familiar, that’s because kSafe is the brainchild of Kitchen Safe inventors Ryan Sang and David Krippendorf, who first appeared on ABC’s hit series Shark Tank. In essence, kSafe allows you to lock up something you desire, whether that’s a chocolate bar, beer or even the TV remote. The only way to gain access to it is by achieving an activity goal that has been set, ranging from a step count for the day or a location goal like arriving at the gym. What’s more, it can serve as a time-based lock as well. Simply tell kSafe to only open on a specific day, week or month, or lock kSafe until a timer expires. This is perfect for those looking to trim down that waistline by cutting back on bad midnight snacking habits.

ksafe

Each of these goals are controlled by its accompanying app, and can be configured to one of three different categories: activity, location and time. The app monitors your current progress and provides you with a breakdown your previous goals, so you can track just how far you’ve come. Beyond that, kSafe can also act as an old-fashioned password protected safe, which will only open with a personalized pin code.

54da5e8eaa65f2bb0d4731f0fe24b6b4_original

The container itself features a circular LED light ring that fills to show progress at the touch of the top button. For instance, if you touch the button and 75% of the ring illuminates, then you’re three quarters of the way to reaching your goal. kSafe also features an open API for developers, enabling the product to be easily integrated with other smart systems.

14ef7fc99360d07a2bca74ffa5ab7c70_original

kSafe is currently available in three colors, black-opaque, white-opaque, and white-translucent, making it an aesthetically-welcoming addition to any kitchen, living room or office. Interested in one of you town? kSafe has just launched on Kickstarter and is currently seeking $50,000. Shipment to early backers is expected to begin in November 2015.

Report: Smart cities will use 1.1 billion connected things in 2015


Smart homes to lead with 294 million smart objects in use this year.


Powered by the Internet of Things (IoT), the smart city of tomorrow will feature intelligent buildings, roads and public transport systems that are connected to each other and its inhabitants through sensors. This real-time information exchange will save people time, reduce environmental impact, lessen traffic and even create value for businesses along the way. Though still relatively new here in the United States, the advent of smart cities has already started taking shape across the world.

10-most-impressive-smart-cities-on-earth-image-3

Smart homes and commercial buildings will represent 45% of all connected objects in 2015 and 81% by the end of 2020, according to a new report from Gartner. The study also estimates that 1.1 billion Internet-enabled items will be used by smart cities in 2015 with that number to rise to 9.7 billion over the next five years.

The majority of IoT spending for smart cities will come from the private sector, explained Gartner Research VP Bettina Tratz-Ryan. This will surely be some great news for technology companies and service providers that stand to benefit most in terms of revenue.

According to the report, there are a wide-range of IoT deployments for on-street and off-street parking guidance, road traffic guidance and traffic flow metering as well. A quick win within transport is the reduction of traffic congestion. California and the UK have already begun implementing radio receivers or sensors that are embedded on a section of highway to diagnose traffic conditions in real time. Another successful use of IoT in the city is smart parking. The city of Los Angeles, for instance, has been deploying new parking meters, parking space vehicle sensors, real-time parking guidance and a full parking management system to influence demand during peak times.

Beyond that, residential citizens will lead the way by increasingly investing in smart home solutions, with the amount of connected things used in smart homes currently at 294 million and projected to hit 1 billion units by 2017. These include smart LED lighting, healthcare monitoring, smart locks and various sensors for such things as motion detection or carbon monoxide. Smart LED lighting will record the highest growth of IoT consumer applications, from 6 million units in 2015 to 570 million units by 2020. As the study reveals, light will migrate from being an illumination source to a communications carrier incorporating safety, health, pollution and personalized services.

martCity

We expect that by 2020, many IoT TSPs will have grown their hardware revenues through services and software by more than 50 percent,” Tratz-Ryan concluded. The researcher goes on to say that smart home security and safety will represent the second-largest service market by revenue in 2017, and that come 2020, the smart healthcare and fitness market will have grown to nearly $38 billion.

Interested in reading more? You can find the entire Gartner report here. Meanwhile, discover how Atmel is powering the IoT by focusing on edge nodes, a category that includes everything from smart home appliances to infrastructures for smart cities.

GE’s Brilliant Super Smoker is bringing the IoT to BBQ


What stands at 12-feet-tall, emits 300 gallons of smoke and provides a full weekend of BBQ deliciousness? 


SXSW means many different things to many different people, but one thing it means to nearly everyone is barbecue. From briskets to ribs, Austin has it all.

CANiJRrUgAAPfIf

​For three days, SXSW attendees had the chance to see, smell, and most importantly, taste barbecued food courtesy of General Electric’s Brilliant Super Smoker. The focal point of the GE BBQ Research Center was a 12-foot-tall, custom-built interactive barbecue smoker, pit-mastered by GE’s resident scientist Lynn DeRose. The exhibit was able to capture data from the smoker and other scientific experiments during the event to track every step of the BBQ experience, while analyzing the science behind cooking and eating.

No stranger to the burgeoning Maker Movement, GE constructed its Brilliant Super Smoker from scratch using both steel and unconventional tubular laboratory glassware. The machine was equipped with a myriad of sensors and Atmel based Arduino boards (according to Mashable), tasked with continuously monitoring each of the internal functions of the smoker, such as temperature, humidity and smoke flow, as well as the ingredients inside. The intelligent system was designed to provide the BBQ pit-master with an instantaneous look at the status of the meat without ever having to open the cooker. This allows for a consistent temperature during the 18 hours, seven hours, and one hour required to cook brisket, ribs, and sausage, respectively.

Research

The data was then visualized in real-time and displayed on a nearby screen Predix-inspired GE software — a platform for predictive maintenance created for the Industrial Internet.

GE’s goal of redefining the BBQ scene doesn’t end with smoking either. In fact, the company’s researchers also detailed the process of creating effective sauce by partnering with local ice cream parlor Spun to scientifically whip up a BBQ-flavored frozen treat. Beyond that, tent visitors even had the chance to see how their brain reacted to consuming various foods like smoked sausage.

Evident by its fair share of SXSW projects throughout the years which range from a pop-up 3D printing workshop to a social media-enabled fridge, not to mention its recently-revealed FirstBuild co-creation space, GE undoubtedly finds itself smack dab in the middle of the ever-growing DIY community and the Internet of Things.

Creating a chameleon IoT lamp with VIPER


ThingsOnInternet shows off the VIPER suite by turning an everyday IKEA lamp into an Internet of Things object. 


Currently in the process of wrapping up a successful Kickstarter campaignVIPER is a cross-platform design suite for the Internet of Things (IoT) that enables Makers and embedded designers to easily program their Arduino, UDOO and Spark Core in real-time by creating a virtual machine on the board.

FDVHEAMI6RSEK5T.MEDIUM

In hopes of simplifying how “things” are brought onto the Internet, VIPER converges a series of components to better streamline the process. This includes an IDE to manage and program the boards, a Virtual Machine to serve as its operating system, a plug-and-play shield, an extensive library of ready-to-use functions, and a mobile app to act as the interface for smart objects.

To demonstrate the system’s extensive capabilities, ThingsOnInternet (TOI) recently modded an IKEA FRYEBO lamp and connected it to an Arduino Due (Atmel | SMART SAM3X8E) — though a Spark Core or Photon board can also be used — to make it smarter. The team then tore down the desktop accessory and added a 24-LED Adafruit NeoPixel ring capable of being controlled remotely via smartphone using the VIPER app. The result is an IoT lamp that sends notification information and alerts a user when in close proximity.

FPKC2UPI6RSEDFE.MEDIUM

In an effort to highlight the VIPER Shield’s capacitive sensing capabilities, the TOI crew also lined the head of the lamp with a wired piece of aluminum foil. This allowed the device’s NeoPixels to randomly change colors with every press of the button in the app.

Interested? Head over to the project’s official page to get started. Since we’re talking about IoT lamps, you may want to check this out as well.

12 smart crowdfunding campaigns you may want to back this week


Every Friday, we’re taking a look at some of the smartest, most innovative projects that have caught our attention on Kickstarter and Indiegogo over the last seven days. 


BoXZY

94b83c4e733d15a486042ad36741ee0a_original

This three-in-one 3D printer, CNC mill and laser engraver will bring an entire Makerspace to your desktop. Brothers Justin and Joel Johnson are currently seeking $50,000 on Kickstarter.

ELF

20150310232220-_1-2

This pocket-sized drone is equipped with an HD aerial photo that allows you to capture videos and photos from the sky. ElecFreaks is currently seeking $20,000 on Indiegogo.

Lumious

Lumious-2-964x644

This wall-adorned lamp hopes to redefine your relationship with artificial light by bringing the sun inside. Lumilabs is currently seeking $10,000 on Indiegogo.

Project Ryptide

project-ryptide-drone-that-could-save-you-drowning

This drone attachment that can deliver an automatically inflating life-ring to a swimmer in distress in a matter of seconds. Led by Bill Piedra, the team of Connecticut high school students are currently seeking $10,000 on Kickstarter.

Trickey

Trickey

This building block-style keyboard allows you to fully customize your keyboard layouts from scratch. The BreadBoardManic crew is currently seeking $30,000 on Kickstarter.

Electric Eel Wheel

e54977bf897c79029e1e6a8b8411f48b_original

This electric spinning wheel is capable of taking fiber and twisting it into yarn. Maurice Ribble is currently seeking $5,000 on Kickstarter.

IONI

jncn6u2bmtjkmtwusneo

This professional motor controller is ideal for CNC machine, 3D printers, racing simulators and robotics. Granite Devices is currently seeking $15,000 on Indiegogo.

Lumioto

photo-original

This Arduino-powered prototyping tool lets you easily add expressive LED effects to your designs. SCALAR Electronics is currently seeking $2,5000 on Kickstarter.

Orphe

20150312020652-thumbnail

This smart shoe system uses motion sensors and LEDs to enable new forms of audio-visual expression. No new folk studio is currently seeking $30,000 on Indiegogo.

Disco Dog

photo-original-1

This smartphone-controlled LED dog vest displays a variety of animated patterns and custom scrolling text in thousands of colors. PARTY NYC is currently seeking $15,000 on Kickstarter.

WonderCube

wondercube

This 1-cubic-inch keyring is designed to function as numerous accessories for your smartphone, ranging from an emergency charger to a storage solution to an LED torch. Mutants DesignLab is currently seeking $50,000 on Indiegogo.

Percepto

20150312072611-topimage

This plug-and-play computer vision add-on brings endless application potential to drones. Percepto is currently seeking $60,000 on Indiegogo.

Did you happen to miss last week’s notable campaigns? If so, you can check them out here.

Lumious lamp is bringing the sun inside your house


This lamp is redefining the way you interact with artificial light.


A new lamp that has launched on Indiegogo is looking to give you the experience of placing a window where you’re unable to have one, or as the Pittsburgh-based team put its, “offer brilliant sky-scales that model a clear sunny day in July, everyday.” This allows you to enjoy bright orange sunrises, brilliant noon sun, and even rich red sunsets, all indoors.

Lumious

Interactive smart lamps aren’t anything entirely new, as we’ve seen everything from ones capable of mimicking a thunderstorm to helping you to feel energized and relaxed at home. However, the Lumious lamp is looking to do something a bit different: to bring the sun inside. Designed by Lumilabs, the wall-adorned accessory works by slowly changing throughout day to give your body a sense of rhythm via color-changing LEDs.

Taking advantage of the biological relationship between brain function and specific light wavelengths, the lamp helps you stay alert and focused as the day goes on, opposed to constant fluorescent sameness that can lead to headaches and disorientation, among other things.

20150224181912-IMG_0792

“We are focused on what kind of lighting is good for our biology. We believe that lighting should not only enable us to see, but improve our mood and productivity,” the team explains.

Based on an ATmega328P, its unique capability is accomplished using an internal timer, combined with the altering of the light’s hue, brightness and angle to coincide with the real sun outside.

20150224183244-Sunrise_Blue

Lumious will surely be something that’ll come in handy for New Englanders that lose all that vitamin D over the winter, or for those residing in the Pacific Northwest during its rainy season. Not to mention, the device will let shift workers easily adjust the lamp to better match their personal schedules. Interested? Head over to the project’s official Indiegogo page, where Lumilabs is currently seeking $10,000. If all goes to plan, shipment is expected to begin later this year.

Tessel 2 is a $35 development platform for the IoT


Tessel 2 is an affordable, accessible and robust dev platform that lets Makers build connected hardware devices.


Technical Machine recently announced their latest Wi-Fi dev platform for the burgeoning Internet of Things (IoT). The Tessel 2 packs a number of new features as its predecessor, including extremely reliable Wi-Fi, an Ethernet jack, a pair of USB ports, and a system that runs real Node.js/io.js. Beyond that, the team has added support to enable Makers to scale and streamline production.

tessel2-800x600

“The Tessel platform was created to abstract away the initial hurdles of hardware development. Tessel opens up connected device development to people who want to build embedded devices, but don’t have the time to start with Ohm’s law and work their way up. Tessel 2 takes the promise of Tessel 1, adds features and a path to production, and cuts the cost in half,” the crew writes.

The original Tessel was designed to be an extremely expedited way to devise prototypes through high-level languages, plug-and-play extensibility and the use of a great package manager for installation. However, no matter how quickly you got started, it was a bit difficult to ever go beyond just a single mockup. Subsequently, its creators sought out the most reliable Wi-Fi chips on the market, before finally finding a solution in wireless router systems-on-chips.

The new dev platform employs a processor/coprocessor architecture, combining an Atmel | SMART SAM D21 Cortex M0+ MCU to control I/O and a Mediatek MT7260n Wi-Fi router SoC to run user code, host USB devices and handle the network connections. The two chips are connected by a SPI bridge that includes the on-board Flash. Other notable features entail 64 MB of DDR2 RAM, 32 MB of Flash storage, two high-speed USB 2.0 ports, a microUSB port, an Ethernet port, two module ports, a button, a bunch of LEDs, and of course, it is still programmable with JavaScript.

tumblr_inline_nkz56hKzbm1s75tgz

The SAM D21 acts as a coprocessor and handles real-time, low-level I/O through the module ports, USB communications, as well as programming the device altogether. Meanwhile, the entire system is powered by the single microUSB device port.

Tessel 2 is equipped with router-grade 802.11b/g/n Wi-Fi, 16 GPIO broken out as a pair of multi-purpose module ports, individual control over and protection for all outward-facing power buses (USB and module ports), and a form factor designed for abstraction and flexibility in the hardware, software, and mechanical worlds as you scale from prototype to production. Beyond that, Tesel 2 runs 20 times faster than its older sibling, offers full Node and io.js, and supports Rust and Python along with other languages in the near future.

“The board’s bill of materials and physical characteristics are only part of the picture. We spent a long time thinking about how we wanted to architect Tessel to push it beyond ‘another dev board’ and clear into ‘this platform is exactly what I needed’ territory,” Eric Kolker explains.

Still, the latest iteration of the board includes an expansive plug-and-play ecosystem, ranging from an accelerometer and infrared to BLE and distance modules.

“Tessel 2 supports USB modules, so a USB webcam, USB speakers, and a few other modules will move into this sphere. This will allow us to reduce the cost of these modules and get you a higher-quality experience. USB compatibility also lets us easily support new third-party plug-and-play hardware capabilities in a similar capacity to current Tessel modules,” Kelsey Breseman adds.

Tessel 2 is currently available for pre-order with an estimated delivery set for November 2015. Want to delve deeper? You can head over to its official page here.

NOTE: Since publishing this blog post, Tessel has gone open source. Ownership and direction of the project now belongs to a steering committee which exists independently of Technical Machine. This group exists as part of the Dojo Foundation.

HIRIS is “a wearable computer, for everyone”


HIRIS lets you control the devices around you with the flick of your wrist or wave of your hand. 


When it comes to wearables, it seems as though a vast majority of them revolve around fitness tracking. You know, keeping tabs on things like heart rate, steps taken, distance walked, calories burned, among many others. While those features may be enough for some, it’s certainly not for the team behind HIRIS. Earlier this year, the Italian startup launched what they’re billing as “the first wearable computer, for everyone,” which is currently live on Indiegogo.

HIRIS

Unlike other devices with one component, the sleek, hexagonal HIRIS comes in two units: the HIRIS Tracker and HIRIS Core. As its name implies, the Tracker gathers movement data typically seen on a number of today’s popular smart bands, especially the health conscious. What really sets it apart is that it can be used either independently or in conjunction with the Core. The Tracker can be placed anywhere and on anything, from ankles and knees to snowboards and tennis racquets. Whether by itself or in a group, the splash-proof gadget communicates in real-time, streaming this information to your Core, computer or smartphone.

20150303085238-HIRISdimLights

Meanwhile, the Core not only performs basic functions like collecting activity data and social networking, but responds to gesture commands as well. This enables you to take control of your smartphone, connected home devices such as Philips Hue lights or Nest Thermostat, turn up your Spotify radio during a workout, your GoPro camera while in mid-action, and even your drone, all with the flick of a wrist or a wave of the hand.

Based on three 32-bit MCUs, the HIRIS packs a small OLED-display, a set of sensors (accelerometer, gyroscope, humidity, temperature, pressure, and heart rate), Wi-Fi and Bluetooth Low Energy modules, as well as the battery capacity of 200 mAh. What’s nice, its modular design allows wearers to expand upon the device’s hardware, adding capabilities like GPS and audio through extension cards. HIRIS comes with its an accompanying, which is compatible with iOS, Android and Windows, and includes a wireless charger pad.

20150304102757-airtouch_gif03

Sound like something you’d want to adorn to your body? Head over to its official Indiegogo page, where the team is currently seeking $80,000. Shipment to early bird backers is slated for September 2015, with the rest of deliveries expected to begin in October 2015.

Switchmate makes any light smart in seconds


Smart lighting with a snap!


From startups to major brands, it seems like just about everyone has embarked on the smart lighting train. In fact, we’ve seen everything from lights that can set the mood, to lights that can sync up with TV shows, to lights that can give off the impression of a lived-in home. And while smart bulbs continue to proliferate, they all possess one of the same two options when it comes to installation. Homeowners could either use a plug-in module or remove and replace a ‘dumb’ light switch entirely.

20150221041842-untitled.39

That was until Switchmate came along. The Palo Alto-based startup — which recently launched on Indiegogo — is hoping to change the game with its solution that easily fits over an existing switch by magnetically securing to the screws. This means no wires, no tools, no headache! As you can imagine, not only for homes, the market for the Switchmate includes renters and those who lack handyman skills.

Once affixed to the wall, you can simply pair it with a mobile device over Bluetooth and automate your switch in a matter of seconds. This allows you to turn the lights on with a tap of your phone, a press of its button, or at scheduled pre-set times. In other words, you’ll never have to get out of bed or come home to a dark house again. What’s more, Switchmate can be used to control any appliance, as long as it features an on/off toggle.

20150223034436-Switchmate_Promo_1-4-15.mov

As seen back at CES 2015, Switchmate is comprised of a plastic faceplate, a servo motor and a Bluetooth Low Energy module, along with a few magnets and a button. On its own, the solution can be operated from an iOS or Android phone via BLE. However, for those instances beyond its 200-foot range, the startup says it is currently working on developing its own hub and expanding its lineup of products. This will enable users to control their lights (or other in-home devices) anywhere that there is Internet access.

20150217103230-SM_Back

Recently launched on Indiegogo, the team has already doubled its initial goal in a matter of days. Want a Switchmate of your own? Hurry over to its official campaign page here.

Atmel uses ANSYS simulation solutions to power the IoT


IC and system simulation tools are enabling a power-efficient, cost-optimized and reliable Internet of Things ecosystem. 


Atmel is currently using engineering simulation solutions from ANSYS to model, analyze and optimize our broad Internet of Things (IoT) product portfolio from scalable embedded MCUs and MPUs to wireless connectivity gateways.

ANSYS

Power consumption, data security and communication standards compliance are critical design requirements for connected applications. Striking an optimal balance among such concerns as power efficiency, antenna integration performance, security and cost is a key design challenge faced by engineers developing devices that are paving the way for the proliferation of IoT.

The industry-leading SmartConnect WINC1500 lEEE 802.11 b/g/n IoT network controller SoC along with the latest family of Atmel | SMART ARM Cortex-M0+ MCUs deliver extreme low-power, compact size and comprehensive connectivity. The Atmel design team leveraged ANSYS HFSS, ANSYS RedHawk and ANSYS Totem to design and validate these complex SoCs and platforms used across multiple IoT application segments. ANSYS simulation solutions help enable the company to meet stringent power/performance requirements, ensure reliable operations across a wide-range of frequencies and deliver products with tight time-to-market constraints.

“As a leading provider of IoT solutions, we are committed to delivering the most comprehensive and highly integrated IoT solutions with world-class accuracy, performance, reliability and ease-of-use,” explained Marc Rougee, Atmel Vice President of Strategic Initiatives. “ANSYS engineering simulation tools give us the confidence that the design of our products will meet our customers’ power and performance targets to enable next-generation secure and connected designs for IoT.”

IoT Campaign Banner_HP_Origami_ 980 X352

For those unfamiliar with ANSYS, the Pittsburgh-based company provides clarity and insight to customers’ most complex design challenges through fast, accurate and reliable engineering simulation. Their technology allow organizations, spanning across a number of industries, to predict with confidence that their products will thrive in the real world.

“IoT is creating tremendous growth opportunities for the entire electronics ecosystem, from semiconductor manufacturing to systems integration to applications development. ANSYS is excited to be a partner to the Atmel design teams as they develop innovative technologies that fuel machine-to-machine communication and the industrial Internet,” added Aveek Sarkar, ANSYS Vice President.

Interested in learning more? Read the entire ANSYS announcement here. Otherwise, browse through Atmel’s extensive lineup of IoT solutions that are enabling a smarter, more secure connected world.