Tag Archives: IoT

New Target store will introduce you to smart living


Target opens a 3,500-square-foot store in San Francisco where people can explore how connected devices can work together in their homes.


As the Internet of Things continues to creep into every facet of our everyday life, a number of major retail chains have begun to embark on new initiatives to help facilitate widespread adoption. Among the brands leading the way are Home Depot, Lowe’s, Sears and Target, who has now opened the doors to an experimental space in downtown San Francisco. The aptly named Open Housewhich is being billed as “part retail space, part lab, part meeting venue,” will allow customers to go hands-on with dozens of connected home products.

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Inside the 3,500-square-foot ode to the IoT, visitors will find one half of the space filled with rows of gizmos and gadgets, mounted on custom interactive displays with infrared cameras that activate whenever someone approaches. Meanwhile, on the other side, customers will be able to walk through a house-like setup with each room demonstrating unprecedented ways of how multiple smart devices can work in unison to create real-life solutions. A kitchen, for example, displays a connected coffee maker, slow cooker and scale.

“Instead of simply showing how a smart baby monitor functions, for instance, Open House connects it to other, sometimes surprising, products like a lamp and even the coffee maker and speakers,” Target explains. “Visitors can see how a baby’s stirring prompts soothing music on the sound system and a pot of joe brewing in the kitchen.”

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While the space is designed to demystify connected home products and inspire guests to explore the world of smart home living, Target also plans to learn from Open House through real-time feedback from consumers as they interact with the products. The installation currently boasts 35 products — including everything from Sonos speakers to Hue lights to WeMo switches — most of which aren’t available online or at any of the retailer’s other store locations. This will enable Target to keep in line with the experimental theme of the area.

What makes IoT devices much different than other consumer products, say a tube of toothpaste or a bag of chips, is that a certain level of education is often required. Whereas online-only retailers can’t provide this experience, Target’s latest showroom space can in unique fashion. Target even plans to work closely with local hardware startups who want to show off their gadgetry through regularly held meet-ups, demos and tech talks.

Intrigued? Now open to the public, Target’s Open House is located at 789 Mission Street in San Francisco’s Metreon shopping center.

Saent wants to make the Internet less distracting


The funny videos, memes and messages can wait. This anti-distraction button wants to boost your productivity.


Face it: as great as the Internet may be, it can be downright distracting as well. From browsing sites like BuzzFeed to responding to Facebook messages, it doesn’t take much to diminish your productivity levels at work. In fact, a recent survey has found that 73% of employees under the age of 35 admit to spending time inappropriately online. However, help may be on the way thanks to one Hong Kong-based startup, who has developed a smart solution that combines both hardware and software to combat these all too common occurrences.

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At its basic level, Saent acts much like any other distraction-reducing software. When triggered, the desktop app blocks sites and other programs that are deemed “unproductive” in order to encourage short term productivity. Yet, the startup has taken it one step further by adding a physical button, no larger than a coaster, as a tangible reminder for us to stay focused.

The device is capable of tracking the progress of your work throughout the day, as it gathers data related to your performance patterns and then generates reports based on your behaviors, like the time of day you are most and least productive. This is achieved when paired with its accompanying app over Bluetooth to either a mobile gadget or desktop.

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What’s more, a touch of the button will launch what the company calls a “focused work session.” Each period, which is either 30, 50 or 90 minutes long, will block all apps and websites that are designated as “unproductive.” An indicator light on the unit will then monitor your progress with the indicator filling up as you get closer to finishing. There’s a gamification element to Saent, too. Users can compete with colleagues at work or loved ones at home by accumulating points based on the time spent distraction-fee via the app’s dashboard.

In terms of hardware, Saent boasts a Bluetooth Low Energy SoC, an LED, a microUSB port, a touch sensor, a push button and a Li-ion battery, all housed inside an ABS shell. While the software can also function as a standalone app, ideally the physical device is suited for long-term success and a much better alternative than multitasking.

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“A lot of people think the solution is to multitask, but multitasking is actually a myth. Only 3% of people are actually capable of productive multitasking. The rest of us just do something called ‘task switching,’ which leads to mistakes and poor quality work. What we really need is a way to block out distractions and enable true focus,” its creators explain.

Looking ahead, the team hopes to enhance its software platform with various new features, including app recommendations, granular nofitication control, and one of our favorites, “what you missed” reports — something that will certainly help curb those with FOMO, or fear of missing out. So, are you prone to watching kitten videos on YouTube or posting memes during the day? Head over to Saent’s Indiegogo campaign, where the startup is currently seeking $100,000. Delivery is expected to begin in November 2015.

3 design hooks of Atmel MCUs for connected cars


The MPU and MCU worlds are constantly converging and colliding, and the difference between them is not a mere on-off switch — it’s more of a sliding bar. 


In February 2015, BMW reported that it patched the security flaw which could allow hackers to remotely unlock the doors of more than 2 million BMW, Mini and Rolls-Royce vehicles. Earlier, researchers at ADAC, a German motorist association, had demonstrated how they could intercept communications with BMW’s ConnectedDrive telematics service and unlock the doors.

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BMW uses SIM card installed in the car to connect to a smartphone app over the Internet. Here, the ADAC researchers created a fake mobile network and tricked nearby cars into taking commands by reverse engineering the BMW’s telematics software.

The BMW hacking episode was a rude awakening for the connected car movement. The fact that prominent features like advanced driver assistance systems (ADAS) are all about safety and security is also a testament is that secure connectivity will be a prime consideration for the Internet of Cars.

Built-in Security

Atmel is confident that it can establish secure connections for the vehicles by merging its security expertise with performance and low-power gains of ARM Cortex-M7 microcontrollers. The San Jose, California-based chip supplier claims to have launched the industry’s first auto-qualified M7-based MCUs with Ethernet AVB and media LB peripherals. In addition, this high-end MCU series for in-vehicle infotainment offers the CAN 2.0 and CAN flexible data rate controller for higher bandwidth requirements.

Nicolas Schieli, Automotive MCU Marketing Director at Atmel, acknowledges that security is something new in the automotive environment that needs to be tackled as cars become more connected. “Anything can connect to the controller area network (CAN) data links.”

Schieli notes that the Cotex-M7 has embedded enhanced security features within its architecture and scalability. On top of that, Atmel is using its years of expertise in Trusted Platform Modules and crypto memories to securely connect cars to the Internet, not to mention the on-chip SHA and AES crypto engines in SAM E70/V70/V71 microcontrollers for encryption of data streams. “These built-in security features accelerate authentication of both firmware and applications.”

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Schieli notes that the Cotex-M7 has embedded enhanced security features within its architecture and scalability. On top of that, Atmel is using its years of expertise in Trusted Platform Modules and crypto memories to securely connect cars to the Internet, not to mention the on-chip SHA and AES crypto engines in SAM E70/V70/V71 microcontrollers for encryption of data streams. “These built-in security features accelerate authentication of both firmware and applications.”

He explained how the access to the Flash, SRAM, core registers and internal peripherals is blocked to enable security. It’s done either through the SW-DP/JTAG-DP interface or the Fast Flash Programming Interface. The automotive-qualified SAM V70 and V71 microcontrollers support Ethernet AVB and Media LB standards, and they are targeted for in-vehicle infotainment connectivity, audio amplifiers, telematics and head control units companion devices.

Software Support

The second major advantage that Atmel boasts in the connected car environment is software expertise and an ecosystem to support infotainment applications. For instance, a complete automotive Ethernet Audio Video Bridging (AVB) stack is being ported to the SAM V71 microcontrollers.

Software support is a key leverage in highly fragmented markets like automotive electronics. Atmel’s software package encompasses peripheral drivers, open-source middleware and real-time operating system (RTOS) features. The middleware features include USB class drivers, Ethernet stacks, storage file systems and JPEG encoder and decoder.

Next, the company offers support for several RTOS platforms like RTX, embOS, Thread-X, FreeRTOS and NuttX. Atmel also facilitates the software porting of any proprietary or commercial RTOS and middleware. Moreover, the MCU supplier from San Jose features support for specific automotive software such as AUTOSAR and Ethernet AVB stacks.

Atmel supports IDEs such as IAR or ARM MDK and Atmel Studio and it provides a full-featured board that covers all MCU series, including E70, V70 and V71 devices. And, a single board can cover all Atmel microcontrollers. Moreover, the MCU supplier provides Board Support Package for Xplained evaluation kit and easy porting to customer boards through board definition file (board.h).

Beyond that, Atmel is packing more functionality and software features into its M7 microcontrollers. Take SAM V71 devices, for example, which have three software-selectable low-power modes: sleep, wait and backup. In sleep mode, the processor is stopped while all other functions can be kept running. While in wait mode, all clocks and functions are stopped but some peripherals can be configured to wake up the system based on predefined conditions. In backup mode, RTT, RTC and wake-up logic are running. Furthermore, the microcontroller can meet the most stringent key-off requirements while retaining 1Kbyte of SRAM and wake-up on CAN.

Transition from MPU to MCU

Cortex-M7 is pushing the microcontroller performance in the realm of microprocessors. MPUs, which boast memory management unit and can run operating systems like Linux, eventually lead to higher memory costs. “Automakers and systems integrators are increasingly challenged in getting performance point breakthrough because they are running out of Flash capacity,” explained Schieli.

On the other hand, automotive OEMs are trying to squeeze costs in order to bring the connected car riches to non-luxury vehicles, and here M7 microcontrollers can help bring down costs and improve the simplification of car connectivity.

The M7 microcontrollers enable automotive embedded systems without the requirement of a Linux head and can target applications with high performance while running RTOS or bare metal implementation. In other words, M7 opens up avenues for automotive OEMs if they want to make a transition from MPU to MCU for cost benefits.

However, the MPU and MCU worlds are constantly converging and colliding, and the difference between them is not a mere on-off switch. It’s more of a sliding bar. Atmel, having worked on both sides of the fence, can help hardware developers to manage that sliding bar well. “Atmel is using M7 architecture to help bridge the gap between microprocessors and high-end MCUs,” Schieli concludes.


Majeed Ahmad is the author of books Smartphone: Mobile Revolution at the Crossroads of Communications, Computing and Consumer Electronics and The Next Web of 50 Billion Devices: Mobile Internet’s Past, Present and Future.

Pyra is the world’s first 3D-printed smart oven


Project Pyra demonstrates the convergence of 3D printing and the Internet of Things.


Pyra is the world’s first 3D-printed smart oven. The brainchild of FATHOM, the convection oven combines the versatility of fused deposition modeling with advanced cloud-based intelligence, ultimately defining the convergence of both direct digital manufacturing and the Internet of Things. Or, as 3DPrintingIndustry.com puts it, “a cross between a tiny ancient Egyptian tomb and an Easy Bake oven.”

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As you can see from its 45-degree, self-supporting sides, Pyra is not like your typical oven — it has no flames, no buttons and no switches. Instead, it utilizes forced air convection to evenly heat what lies inside the cooking enclosure. Through an intricate system of air ducts and 3D-printed fans for heat circulation, this ingeniously-shaped machine is able to achieve uniform temperatures up to 375° F inside its entirely plastic chamber.

“From cell incubation to roasting marshmallows and everything in between, the need to heat objects exists across all industries, making the Pyra a transformative device that can serve as anything from a tool in a science laboratory to a grill at your next barbecue. Using professional-grade 3D printers like the FDM-based system from Stratasys at FATHOM used in Project Pyra, this innovative thermal chamber gives a glimpse into the future of how products will look and function.”

As you can imagine, there were a few challenges along the way with regards to heat flow, the geometry of the design, and of course, finding materials that could stand up to extremely high temperatures without melting. This is where Stratasys’ ULTEM 1010 resin came in handy, which not only is durable enough but has a NSF 51 food-contact certification.

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Impressively, the team was successfully able to slow cook a dry-rubbed cut of beef — and it looks delicious! While it may be fun to employ Pyra for some BBQ ribs or s’mores, FATHOM points out that the thermal chamber is intended more so for cell culture incubation and a number of other applications, such as lab experiments and thermoforming packages.

According to its creators, the plan is to make the thermal chamber open source so that anyone can download, customize and 3D print their own models. This will enable Makers to adjust the scale, change the pattern texture (to make grill marks or to hold cupcakes), as well as revise the design for outdoor cooking.

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Pyra’s physical makeup isn’t the only customizable element; in fact, its accompanying mobile app can be personalized as well to do things other than just control the temperature and heat time. In terms of hardware, the project is based on the combination of a Raspberry Pi and Arduino board, packs a 12-bit digital temperature sensor and features Wi-Fi compatibility to connect to the cloud.

“The Pyra is just one item that benefits from extensive physical and digital customization. In a larger sense, the device serves as a glimpse into the future of how products will be designed, manufactured, and used on both consumer and commercial levels. FATHOM is elated to be a part of this future by making the unmakeable and sharing innovative applications at the forefront of the manufacturing industry.”

Intrigued? Head over to the project’s official page, or watch its team explain more in the video below.

Sending messages with an Arduino-based telegraph


In an effort to explore old-school ways of communication, one Maker designed his own telegraph system using Temboo.


Developed in the 1830s and 1840s by Samuel Morse, the telegraph revolutionized long-distance communication by transmitting electrical signals over a wire laid between a pair stations. Aside from contributing to its invention, Morse would go on to create a code that assigned a set of dots and dashes to each letter of the English alphabet, allowing for a simple transmission of complex messages across these telegraph lines. Nowadays, modern communication systems have become so advanced that we rarely pause to consider how they work, let alone its history — conversing with someone hundreds or even thousands of miles away is, for many, now a daily occurrence.

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For his systems design course at California College of the Arts, Maker Noam Zomerfeld decided to delve deeper into the technological complexities that lie beneath communication systems in an effort to better understand and present the ways in which their different elements interact. To do it, he designed and built his own system using Temboo.

As the foundation for his exploration, Zomerfeld constructed a rudimentary telegraph using a piece of wood, a nail, two batteries and a wire. Along with a classmate, he also designed an alternative to Morse code to use with his device. This system was incrementally more complex: first, he added an Arduino that would translate strings of text inputted by users into his telegraph code, and then he brought in Temboo’s Twilio Choreos to enable users to provide their inputs via SMS.

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How it works is pretty straightforward: Viewers of the application can send a text to the Maker’s Twilio number, and the Arduino attached to his telegraph will check the Twilio message queue every few seconds for incoming messages. Upon receiving a new memo, the device will translate it into Noam’s code, which assigns each letter of the alphabet a unique sequence of between three and nine taps. From there, the telegraph taps out the encoded message, and whoever receives it can decode and transcribe it based on a key that Zomerfeld provides.

Pretty cool, right? Big thanks to our friends at Temboo for the heads up!

6 reasons why the IoT’s true value remains untapped


The Internet of Things could generate up to $11.1 trillion a year in economic value by 2025, McKinsey report says.


As if you hadn’t heard enough of the hype surrounding the Internet of Things, in comes McKinsey Global Institute’s 142-page report that reveals quite the opposite of some other analysts. In fact, the firm believes that we’re underestimating the potential impact of a more connected, much smarter world. By 2025, McKinsey says that the potential economic influence of the IoT, or what it defines as “having sensors and actuators connected by networks to computing systems,” could be anywhere from $3.9 to $11.1 trillion annually. This includes profits to device makers, efficiencies, new businesses and savings to consumers from better-run products.

(Source: McKinsey Global Institute,

(Source: McKinsey Global Institute / “Unlocking the potential of the Internet of Things”)

The biggest gains will be made by companies that can successfully figure out how to adapt to the next-gen technology, whether that’s more autonomous oil-drilling platforms or intelligent city traffic lights. Whatever the case, McKinsey notes that the economic opportunity created by the ever-growing IoT has barely been scratched. Here are six reasons why:

1. Only 1% of the data constantly being sent by sensors and RFID tags is being utilized. That’s because this information is used mostly to detect and control anomalies, not for optimization and prediction, which provide the greatest value.

2. Only focusing only on industries, not “settings. Instead of focusing on various verticals, McKinsey delves deeper into the changes taking place in nine different physical “settings” where the IoT can actually be deployed, such as the home, retail stores, offices, factories, industrial sites, inside vehicles, health and wellness, logistics and navigation, as well as cities. Of that $11 trillion in economic value, four of the nine settings top out at over $1 trillion in projected economic value – factories ($3.7 trillion), cities ($1.7 trillion), health and fitness ($1.6 trillion) and retail ($1.2 trillion). For example, the value of improved health of chronic disease patients through remote monitoring could be as much as $1.1 trillion per year in 2025.

(Source: McKinsey Global Institute /

(Source: McKinsey Global Institute / “Unlocking the potential of the Internet of Things”)

3. Only thinking about B2C applications, not B2B. Ironically, B2B use cases will probably capture nearly 70% of the value than consumer use cases, although consumer applications like wearable fitness monitors and self-driving cars garner the most mainstream attention and can create significant value as well.

4. Ignoring the fact that “interoperability” could be the new “synergy,” in that it can increase the world without increasing the sum of the parts. According to McKinsey, approximately 40% of the total economic value of the IoT is driven by the ability of all the physical devices to talk to each other via computers. Adopting open standards is one way to accomplish interoperability, while the study points out that it can also be achieved by implementing systems or platforms that enable different IoT systems to communicate with one another. If machines can’t talk to each other, the report highlights that the market may only be a $3.9 trillion opportunity.

5. Underestimating the affect on developing economies. In terms of economic impact, there will be approximately a 60:40 split between economic gains for developed economies and developing economies. What’s more, McKinsey believes some of the greatest gains will be in developing nations, contingent upon setting, industry, and application. In other cases, these nations will be able to “leapfrog” others in IoT implementation given that there is no retrofitting of existing equipment or infrastructure. Nevertheless, the firm estimates that 62% of the potential annual economic impact of IoT applications in 2025 will be in advanced economies and that 38% will be in developing economies. As the values in developing economy markets rise, as will the economic impact associated with IoT.

(Source: McKinsey Global Institute /

(Source: McKinsey Global Institute / “Unlocking the potential of the Internet of Things”)

6. Forgetting about the new business models that will be formed. As in other technology waves, both incumbents and new players have opportunities. It’s not just that the Internet of Things will lead to efficiencies and cost savings, but it will lead to entirely new ways of doing business, too. Digitization blurs the lines between technology and other types of companies, like makers of industrial machinery, who are creating new business models by using IoT links and data to sell products-as-services.

“The digitization of machines, vehicles, and other elements of the physical world is a powerful idea. Even at this early stage, the IoT is starting to have a real impact by changing how goods are made and distributed, how products are serviced and refined, and how doctors and patients manage health and wellness,” McKinsey writes. “But capturing the full potential of IoT applications will require innovation in technologies and business models, as well as investment in new capabilities and talent. With policy actions to encourage interoperability, ensure security, and protect privacy and property rights, the Internet of Things can begin to reach its full potential—especially if leaders truly embrace data-driven decision making.”

Want to download the entire report? You can find it here.

Luzi is a smart lamp that will improve your sleep


Luzi isn’t just a smart lamp that helps you sleep better, it may very well be the smartest lamp ever made.


If it’s up to one Palo Alto startup, sleepless nights may finally become a thing of the past. That’s because they have developed a new sophisticated smart lamp specifically designed to improve an individual’s quality of sleep, while giving its users bedside control of the devices around them.

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The Luzi Smart Lamp is an advanced sleep system that uses the combination of therapeutic light, personalized sound and voice commands to help users ease into their nightly slumber much faster and wake up more refreshed. What’s more, its creators have put an entire control station on the nightstand, enabling its users to light up the room, tell it the time that they would like to be woken, as well as sync the tower with other smart home appliances.

In addition to a touchscreen display that doubles as an alarm and a personalized clock face that can show things such as temperature, weather reports and the date, Luzi boasts four USB ports capable of powering multiple phones and tablets, Qi and PMA-certified wireless charging capabilities, and even a charging stand for Apple Watch owners. Embedded with LEDs, the lamp can adjust between various colors from a warm, orange glow to a soft, white light. According to its creators, the accessory emulates natural daylight to keep a user’s circadian rhythm in check and assist in soothing them to sleep. Throughout the night, the system functions by maintaining the user’s ideal sleep state, whereas by morning, Luzi uses new sounds and light to gently wake the user.

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“Luzi is the most advanced smart lamp ever made,” explains Joel Burke, co-founder and CEO. “Studies have found a direct correlation between the quality of one’s sleep with various health problems. Our expectation is that Luzi will help to remedy these issues and promote better sleep habits.”

Meanwhile, Luzi is equipped with a microphone that listens to voice commands and automatically detects snoring, along with built-in Bluetooth speakers to talk back and a temperature sensor for measuring the ambient temperature of a room. Designed with the Internet of Things in mind, the unit is compatible with a plethora of third party smart gadgets like Switchmate, Fitbit, LifeQ, Lockitron and Luna, which means users can interact with their connected home by voice, too.

Ready for a good night’s sleep? Head over to Luzi’s Indiegogo campaign, where the team is currently seeking $50,000. Delivery is slated for March 2016.

This tiny sensor platform lets you build your own wearables


MetaWear Coin is a complete, low-power solution that enables both Makers and businesses to develop wearable sensor products.


Back in April, MbientLab unveiled a tiny BLE module that enabled Makers to build production-ready wearables right from their smartphones. MetaWear worked by connecting a product to a mobile device via Bluetooth, then logging or streaming six-axis of motion and environmental data. Following its success, the team has now launched a Kickstarter campaign for the MetaWear Coin a mini, coin-cell powered sensor that can be used to develop any number of smart designs.

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The highly-integrated Bluetooth platform includes wireless, sensor-packed hardware housed inside a simple and functional case, along with easy-to-use SDK and open source codes to help get Makers started. The MetaWear Coin is equipped with a BOSCH accelerometer, a temperature sensor, a BLE radio, a programmable pushbutton, an LED, GPIOs/SPI/I2C for additional sensors, as well as ARM Cortex-M0 SoC with 256KB of Flash and 16KB of RAM. The board can run three to six months on a single, replaceable battery.

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Beyond that, the MetaWear Coin packs a robust set of features all into a tiny form factor, which makes it ideal for “always-on” applications in nearly every setting, such as health and fitness, gaming, navigation and sports. As the popularity for embedded fabric continues to rise, the sensor platform will also enable developers to craft efficient and intelligent wearable solutions for smart clothing, bags and other garments. Projects already created include an intelligent pocketbook, a temperature logging grocery bag and a concussion band that can detect head trauma, just to name a few.

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“You tell the board what to do: read temperature data, log motion data, download log data in memory, sound an alarm when a button is pressed, adjust the volume of your Bluetooth speaker when the MetaWear is shaken, or anything else you can think of,” the team writes.

MetaSense’s proprietary software provides users with powerful analysis tools to better process sensor data, log information, receive input, keep tabs on movements, recognize gestures, turn devices on/off and trigger events.

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Looking to get started on your own wearable solution? Head over to MetaWear Coin’s Kickstarter campaign, where the MbientLab crew is currently seeking $50,000. Delivery is expected to kick off in November 2015.

MotorMood is looking to make the road a happier and more social place


Now you can say thanks to other drivers at night using a remote-controlled, light-up happy face.


Living in places like Los Angeles and the Bay Area certainly have their perks, however they’re also notorious for extremely long and congested commutes. Born out of their own frustration with hostile traffic jams and miscommunication that often occurs between drivers, one Southern California-based startup has developed a way to make rush hour a bit friendlier. After all, if our roads and their potholes are becoming increasingly more social, shouldn’t our cars as well?

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And so, MotorMood was born. By affixing the accessory to a rear window, users can easily say thanks to other drivers at night through a remote-controlled, light-up happy face. Sure that may not seem like much, but how often have you tried waving to a fellow driver to express your gratitude for letting you pass or make your way into the morning gridlock, only to wonder if they ever saw it? Fortunately, this can take out the guesswork.

The emoticon illuminates for six seconds through a remote control button that clips onto a sun visor, just like a garage door opener, and requires very little, if any, concentration to operate. What’s more, drivers can select from one of three colors to start: blue, pink, or green. There is also a red face overlay certain jurisdictions which require all rear-facing lights to be red.

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The device, which measures 4.8″ in diameter, has been optimized for nighttime use, meaning that it’s vibrant enough to be seen from afar without distracting others. The face calls for a set of four AA batteries while the remote uses one coin cell, with a life of around six months.

“MotorMood uses a proprietary light guide display to create a beautiful, high quality image on the road. Three specifically placed LEDs fire light into a substrate with tiny divots, which distribute the light across the product’s surface for an evenly lit appearance. The brightness has been carefully optimized for nighttime use so that it’s bright and vibrant, but does not interfere with visibility or safety,” its creators explain.

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So why a smiley face, you may ask? Research has proven that simply staring at the happy emoticon for five seconds can actually make someone feel happier than they were before.

However, as rudimentary as a light-up ‘thank you’ may sound, MotorMood is hoping to expand upon its array of emojis with themed collections and even licensed characters. Despite requests, the company says that it will never produce middle fingers or angry faces. (Sorry, New Yorkers!)

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Yet, what really excites its team is the possibility of Bluetooth connectivity that would pair with a “Kindle-like display that could serve as a status bar for your car.” Looking ahead, the team tells Entrepreneur that future iterations may be configured to track the number of smiles given or received per day via an accompanying mobile app, as well as do things like recognize the kind of music playing on the radio that will then show that information like a real-time bumper sticker.

Sound like something you’d love to have in your car window? Apparently you’re not alone, as its Kickstarter campaign is well on its way to garnering its pledge goal of $150,000.

Conrod is a dev board for the automotive world


Conrod is the world’s first fully-programmable, connected app platform for your car.


Ideal for auto enthusiasts looking to personalize their ride, Conrod is a small device that plugs into the CAN bus of a VW brand car and lets users customize its features. More than just a data logger or diagnostic tool, the dev board provides developers with the ability to create their own apps and run them right in the vehicle. In other words, the days of having to write programs on a smartphone and then connect them via a dongle are over!

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Conrod interfaces with any VW car — including Audi, Porsche, Lamborghini and Bentley — through its CAN bus, enabling a user to decode and manipulate messages to change the way that the vehicle operates. The fully-programmable unit can function as a standalone device, or can be paired with a 3G SIM to take advantage of its on-board cellular modem for Internet connectivity. For situations where 3G may not be an option, Conrod can sync to a smartphone or tablet via Bluetooth 4.0 as well.

The standard Conrod installation is designed to remain out of sight, with all of the configurations performed on a mobile device. To really let the platform shine, however, Conrod includes an add-on 3.2″ full color touchscreen for output vehicle information, which eliminates the need for a smartphone. This display comes in a self-contained case with GoPro mounting points, allowing a user to secure it in their car with any GoPro compatible mount.

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Conrod ships with several pre-installed apps for both Android and iOS gadgets, including a GPS data logger that keeps tabs on a vehicle’s location, a fuel economy tracker that monitors and records gas consumption, smart speed alerts that trigger emails and push notifications, as well as IFTTT-like logic blocks that can be defined to fit the needs and preferences of its user. For example, drivers can set it to roll up all the windows whenever the doors lock or sound the horn in the event of a sudden stop. Aside from displaying things such as oil and transmission temperatures, users can devise their own apps to view weather forecasts, tweets and just about anything else that comes to mind, all pulled down via Conrod’s cellular data connection.

In terms of hardware, the board boasts an Atmel | SMART SAM3X8E Cortex-M3 MCU, 8MB of memory, GPS, a SIM socket, Bluetooth 4.0 radio, an accelerometer and gyroscope, three temperature sensors, five CAN network transceivers, OBD-II diagnostic circuitry, and an external serial expansion jack. What’s more, Conrod is completely Arduino compatible.

While a number of startups have recently launched innovative products that can turn any older set of wheels into a smart car, Conrod taps into the CAN instead of the OBD-II port.

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“Unlike OBD2, which is an open standard that anyone can read about, the CAN protocols used by specific vehicle manufacturers is not public information, and each manufacturer uses a different CAN language. We’ve spent thousands of hours decoding the CAN protocols in recent VW Group vehicles to enable Conrod to communicate with the CAN networks as if it was installed by the factory itself,” its creators add.

So, are you ready to pimp your ride? Then hurry over to its Kickstarter page, where the Conrod team is currently seeking $77,786. Delivery is expected to begin in December 2015.