How 3DM and IOT Is Bringing On The Industrial Renaissance
Samir Shah is passionate about bringing manufacturing back to North America. His talk at Designers of Things this morning began with the grim fact that here in the Western world our manufacturing economies are suffering because he says, “we hung on to the buying and handed over the making part”. But Shah sees us bringing manufacturing home on a local level in a shift he calls the “Intelligent Industrial Renaissance”.
[[MORE]]Shah is the co-founder of 4AXYZ, a leader in 3D printing wood space through their proprietary additive manufacturing process called S.A.M. or Stratified Addictive Manufacturing. His company has created a 3D printer that extrudes, bonds, compacts and mills items out of wood. The company only has one machine but the dream is to have hubs and nodes of these types of machines all over the USA to change the way that we produce and buy goods.
Shah sees 3D printing as being able to bring manufacturing back to the US but in new way. 3D manufacturing will afford consumers the ability to customize, the ability for artists to make money off their crafted goods and retailers to avoid having to house inventory with the risk that it won’t sell. 

The ability to digital distribute goods will reverse traditional manufacturing conventions. In this world, the manufacturing process involves digitally distributing CAD files and shipping raw material to allow for production to happen locally without a real need to ship the final product itself. In this scenario, items are printed JIT: just in time which means that customers will be able to get their goods in days or hours rather than weeks and months. On the wood side, Shah indicated that a six person dining set with a four foot table could be printed in just under 10 hours for a consumer.

Equipping local cities with the ability to manufacturer will create new jobs here in the West but Shah admits that the number of jobs won’t be the same as the number required for commercial manufacturing in the East because the machines being used for 3D manufacturing are much more advanced and efficient.
But perhaps new jobs will be created from making these products smart. The “intelligence” in Shah’s “Intelligent Industrial Renaissance” comes from embedding connectivity and sensors into goods to equip them with things like wireless charging, the ability to gather data or to be controlled. The inclusion of IoT components during the 3D manufacturing process not only wakes up “dumb” devices to give them another purpose but it also adds another layer of personalization for the consumer.  Shah used the example of a lamp that could be made with wireless charging or ordered with the ability to sense motion to turn on and off.
Shah and his team are currently adding connected components by embedding them into a product as its being printed but he sees the use of flexible chips and sensors as taking this a step further.

How 3DM and IOT Is Bringing On The Industrial Renaissance

Samir Shah is passionate about bringing manufacturing back to North America. His talk at Designers of Things this morning began with the grim fact that here in the Western world our manufacturing economies are suffering because he says, “we hung on to the buying and handed over the making part”. But Shah sees us bringing manufacturing home on a local level in a shift he calls the “Intelligent Industrial Renaissance”.

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The Challenge of Designing A Biometric Wearable for the Body
The Nymi is a connected wristband that uses your heart beat to prove who you are to other connected things. The wristband offers persistent identity at a time when we are constantly having to provide proof of who we are online and off using cards from our wallet, pins and passwords. CEO and Co-founder Karl Martin took to the stage yesterday at the end of Day 1 at the Designers of Things conference to talk to the crowd about the design journey for the Nymi and the challenges they worked through in designing for the human body.
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Martin candidly pulled back the curtain on the making of the Nymi yesterday at the conference in an effort to help those that are thinking about making a body-worn biometric wearable. His presentation was filled with images showing the progression of the Nymi design from its shape, to its components and overall aesthetic. It was clear from the presentation that a lot of thinking went into ensuring that the Nymi was something people would want to wear as well as something the company could execute on.  

One of the biggest design challenges was the issue of size and fit. With human wrist sizes differing between and even within genders,  it was critical to come up with a design that would ensure that the wristband sat comfortably on a wide variety of wrists. Martin showed some of the early design concepts they were considering to tackle this challenge including using an “overlap” model which is similar to what Jawbone UP uses. The team settled on a design that was simple and would only need to be adjusted once out of the box.
Martin made it clear that Bionym was careful not to make the Nymi watch-like in its design as they didn’t want to introduce its complexity. But they did include additional sensors like a motion sensor to help clarify intent of the user for things like wanting to open the back door of a car versus the trunk.
Of course, being a connected accessory, it was critical that the device work. The team did some extensive thinking around the electronics and sensor components in the Nymi and went as far as cutting out components and putting them on the skin to see how they would interact with the body. Martin indicated that designing for ECG (electrocardiography) which is the main sensor posed a whole suite of design challenges including the choice of material, water resistance and even where to put the electrodes.
Outside of the hardware, Bionym is also designing and creating the ecosystem necessary for the Nymi to succeed. Martin told the audience that the team is busy working on partnerships and pilots in the payment, hotel, travel and hospitality. And indicated that new entrants into the wearable payment space, like Apple with its recent Apple Watch announcement, would only help to accelerate these types of opportunities in the market. 

The Challenge of Designing A Biometric Wearable for the Body

The Nymi is a connected wristband that uses your heart beat to prove who you are to other connected things. The wristband offers persistent identity at a time when we are constantly having to provide proof of who we are online and off using cards from our wallet, pins and passwords. CEO and Co-founder Karl Martin took to the stage yesterday at the end of Day 1 at the Designers of Things conference to talk to the crowd about the design journey for the Nymi and the challenges they worked through in designing for the human body.

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Designing For Experience, Not Data
Gadi Amit of NewDealDesign has been the designing force behind many exciting products making the news. His team has worked on the fitness tracker Fitbit, light field camera Lytro, and the modular smartphone project from Google called Project Ara. In his keynote session at Designers of Things this morning, Amit shed light on the the major design elements necessary to create compelling connected products like wearable tech.
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For Amit, designing a product starts with looking at the convergence of software, hardware and the cloud. Once the right balance is found between these three elements, the design process layers on the services the product has to offer and finally the branding necessary to communicate the product to the users. 
Essential, is also finding the right balance between what Amit calls “IQ and EQ” or intellectual thinking and emotional thinking. He stressed that experience and not data is what the average person is looking for in tech. “Most technology today isn’t utilitarian,” he said. “It’s something you need to feel good about”. 
But even though technology has the ability to connect us, Amit warns that it also risks alienate us from each other despite the fact that we are in the same room. He showed the audience a picture of two people sitting at the same dinner table on their smartphones ignoring each other as an example of what behavior products today are encouraging. For Amit, successful product designs are those that truly connect people while still catering to our social and digital demands.
When it comes to wearables in particular, Amit broke down a couple of factors that need to be thought of when designing this type of product. Size was at the top of this list. He pointed to the wrist as an example, leaning on his Fitbit experience. As wearables are worn on the body, and all bodies are not created equal, designers need to consider how to work around this challenge. 
Just as varied as size is Fashion. What people consider fashionable differs from one person to another and also changes regularly for an individual as they grow and evolve which makes it hard to solve for. But finding that right amount of fashion to include in your product design is essential. 
To help people feel more invested in their devices and be less likely to throw them away, Amit introduced the idea of co-creation. Involving users in the creation process forms a bond between the individual and the device. This can be achieved through things like 3D printing, or modular products like Project Ara, establishes a stronger relationship with tech. 
Perhaps the most powerful take-away from Amit’s keynote was that although the design of the the hardware is a complex challenge for designers, it is in the product’s use of data that is the hardest nut to crack. Wearable technologies today may be considered “smart” devices but Amit doesn’t believe so.  He sees a need to for “smart” devices to do more than just gather information and data. The real shift, he say, is to create “wise” devices that filter this data and provide you with the information you need when you need it an in the right way.

Designing For Experience, Not Data

Gadi Amit of NewDealDesign has been the designing force behind many exciting products making the news. His team has worked on the fitness tracker Fitbit, light field camera Lytro, and the modular smartphone project from Google called Project Ara. In his keynote session at Designers of Things this morning, Amit shed light on the the major design elements necessary to create compelling connected products like wearable tech.

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The Evolution of Technologies Necessary for Wearable Tech Success
The Designers of Things conference kicked off this morning with a session from Atmel’s VP and GM of Wireless Solutions, Kaivan Karimi, who broke down the evolution of technologies necessary for wearable devices to succeed. 
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Karimi began by making it clear that wearables are a subset of the Internet of Things (IoT) which is the wider umbrella of connected things. The umbrella is so wide that Karimi said “to say the Internet of Things is like saying sunlight, it covers everything”. The shift to devices that collect data make up what Karimi suggests is today’s premise: “If you can’t track it, you can’t improve it”.  
Despite the fact that wearable technology is a niched subset of the vast universe of IoT, Karimi stressed that the wearable tech space is not a single segment and broke it out into three categories. High-end or local processing wearables include smartwatches that run stand-alone systems such as Android Wear, Tizen for the Gear line of devices and the upcoming Apple Watch. Mid-range wearables are more smartphone accessories. They use thin client models and rely on applications on the smartphone. The third category, low-end or limited devices usually with no display or limited user interface and act more as a sensor aggregator. This category includes devices such as Fitbit, Polar Loop and other fitness trackers. 
Karimi gave six reasons why wearables have seen fast adoption so far. The fact that wearables integrate with our lives was one. And their ease of use was another. Price, fashion & health cross-fertilization, the quantified self movement and the potential to save lives rounded out his list.
But security and privacy concerns are what he says will inhibit the growth of wearable tech and IoT in general. But securing the Internet of Things will be necessary. Karimi depicted at time in the near future where hacker’s could open your back door, turn off the streetlights in your neighborhood and even take control of your toaster oven. Creating the necessary hierarchal gateways to protect access to connected devices and its data will be key in a connected tomorrow.
Major advancemetns in technologies like semi-conductors are attributed to growth of wearable tech, says Karimi. Semi-conductors are getting faster, cheaper, smaller and more powerful yet less power consuming which make them well suited for small devices that need to be on all day. 
But one of wearables biggest allies will be contextual computing, which Karimi says will be the dominant computing paradigm of the future. The use of big data, sensor fusion, personal history, GPS and social media will allow computers to know who we are which in turn will let them better serve us.
It doesn’t stop at wearables like fitness trackers and smartwatches. Karimi also teased the audience with new form factors coming down the chain including new intimate technologies let you feel connected to your spouse from afar and a pill that you ingest to authenticate yourself. He also pointed to the tattoo technology of MC10 as an example of where sensor technology is headed.

The Evolution of Technologies Necessary for Wearable Tech Success

The Designers of Things conference kicked off this morning with a session from Atmel’s VP and GM of Wireless Solutions, Kaivan Karimi, who broke down the evolution of technologies necessary for wearable devices to succeed. 

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Three of Tech’s Hottest Trends Collide Tomorrow at Designers of Things
The world is changing. 3D printing is bringing manufacturing to the masses, the Internet is spreading out from our computers to connect all things in the Internet of Things and we are starting to get even more intimate with our technology by wearing it as clothing and accessories with wearable tech. These three shifts all have huge individual impacts on how we live our everyday lives as well as have influence on each other. One of the common threads between 3D printing, IoT and wearable tech is the ability to use this technology to design solutions that solve for real problems in our world which is at the core of tomorrow’s conference in San Francisco, Designers of Things.
[[MORE]]Beginning tomorrow, the Mission Bay Conference Center in downtown San Francisco will be the home to three of the hottest topics in technology today. Designers of Things is bringing together designers, developers and innovators in an event that is jam packed with live demos, technical sessions and networking parties.
We’ve spent the past few months featuring many of the speakers who are voicing their thoughts and experience at the conference these next two days. Most recently was a conversation with Duann Scott from Shapeways who spoke to us about his experience in “making really cool things” with 3D printing when brands like Hasbro open up their IP to the creative community. The Shapeways-Hasbro partnership allowed select designers to collaborate with the uber popular “My Little Pony” franchise in building new creations under this brand and selling it on the Shapeways platform.
Back in July, we caught up with Karl Martin, CEO and Founder of Toronto-based Bionym, a wearable tech company behind the Nymi, a wristband to identify who you are and then relays your identity to any connected thing via Bluetooth. As Martin explained, identity isn’t just about security and passwords but also about preferences and customization opening up opportunities to use the Nymi to do anything from opening smart doors and accessing your email to changing the music station and lighting in an environment you walk into while wearing it. 
“Sensing” environments is something Adam Justice from GridConnect knows well. In a recent featured speaker post, Justice talked to us about ConnectSense, his company’s line of sensors for the home which track anything from motion to light. And we spent considerable time discussing the importance of a great first experience for new technology, which he explained, was striving to make technology “stupid easy” for the end user so that they are not overwhelmed. 
Scott, Martin and Justice all join us beginning tomorrow as we continue these types of conversations live on stage in San Francisco. For those of you who are not able to make it to the conference, we will be live tweeting from the @DoThingsCon Twitter account and posting featured sessions on the blog so be sure to follow-us and check back here soon.

Three of Tech’s Hottest Trends Collide Tomorrow at Designers of Things

The world is changing. 3D printing is bringing manufacturing to the masses, the Internet is spreading out from our computers to connect all things in the Internet of Things and we are starting to get even more intimate with our technology by wearing it as clothing and accessories with wearable tech. These three shifts all have huge individual impacts on how we live our everyday lives as well as have influence on each other. One of the common threads between 3D printing, IoT and wearable tech is the ability to use this technology to design solutions that solve for real problems in our world which is at the core of tomorrow’s conference in San Francisco, Designers of Things.

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The Cloud as the Backbone of the Internet of Things
According to Cisco, over 50 billion things are expected to be connected to the internet by 2020. This includes everything from the bulb in your lamp to the knob on your front door. Behind the Wi-Fi, Bluetooth and sensors these devices are all equipped with is one of the most important ingredients of the internet of things - the cloud.
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The importance of the cloud is core to Ayla Networks, a proud sponsor of the Designers of Things conference which starts tomorrow in San Francisco. The company offers a cloud-based platform as an agile service for connected devices which accelerates development, support and ongoing enhancements for IoT products. 
With the IoT space being quite broad, we asked Senior Director of Product Marketing Ayla Networks, Rod McLane what areas the company is focusing the most attention on.  McLane told us that connected home, the industrial space such as HVAC and water treatment systems and wearables or the connected person especially in health are seeing the most activity. 
Across all areas, McLane noted that focusing on the consumer rather than the technology was key. “What can we do to enable the person to lead a better life and get more out of their everyday activities,” he told us. 
As Ayla is a cloud-based platform, its solution empowers manufacturers to make changes to functionality without the need to replace the hardware. This is a huge bonus for the consumer. “You aren’t going to replace your thermostat every three years,” he points out. Instead, manufacturers can push new firmware to the existing device to bug fix or add additional features. This agility also allows the manufacturers to adapt to the ever changing landscape of IoT which not only sees new entrants on a frequent basis but is also at a time of flux when it comes to standards. 
Security is constant part of the conversation with IoT and with good reason. As McLane points out you don’t want someone to “hack into your fridge to spoil your food or hack into your connected door to get into your home.” Ayla Networks treats security very seriously and has worked in three levels of protection including the use of SSL, unique keys and working with the chip makers to install an Ayla agent on the hardware.
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This article is part of our article series for Designers of Things Conference which takes place September 23-24, 2014 at the Mission Bay Conference Center in San Francisco, California. Ayla Networks is a proud sponsor of Designers of Things.

The Cloud as the Backbone of the Internet of Things

According to Cisco, over 50 billion things are expected to be connected to the internet by 2020. This includes everything from the bulb in your lamp to the knob on your front door. Behind the Wi-Fi, Bluetooth and sensors these devices are all equipped with is one of the most important ingredients of the internet of things - the cloud.

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Talking to our Tech: Featured Speaker Tanya Kraljic
If there is one mark of the future, it’s the ability to talk to our tech and have it respond and take action. From Hal 9000 in 2001: A Space Odyssey to KITT in Knight Rider, we have been fascinated with a time when we can interact with our computers just as naturally as we do with each other. Although we are still a few years out from real intelligent conversations with our devices, the ability to converse with computers is entirely plausible with today’s technology. And it will become an even more critical input for the growing number of connected devices that fall under the umbrella of wearable technology and the Internet of Things.   
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Voice has already come a long way in just a couple of years when it was just starting to be used in applications and was predominantly found in enterprise environments such as customer care centers. Today you can find voice in apps, gaming systems, home automation, robots and wearables. “It is becoming ubiquitous,” Tanya Kraljic, principal interaction and dialog designer at Nuance Communications, told Designers of Things. “As the technology evolves, people realize that it is a natural way to interact with technology”. 
Headquartered in Massachusetts, Nuance is a leader in speech and imaging applications and is reinventing the relationship between people and technology. Its technology is a driving force behind the voice recognition capabilities of Siri, Apple’s voice assistant and powers apps from AccuWeather, Domino’s Pizza and others. 
Kraljic says that she has seen a significant leap in voice systems in the four years she has worked for the company from simply understanding a set of certain words in the form of dictation to understanding natural language to allow you to actually converse with your tech. “You can tell the system in your own words what you want, and what you need and not have to worry about how to express that. The systems will understand you and take the initiative,” she said. 
Of course there is still more work to be done. Kraljic believes the next leap will be in creating intelligent systems which will inform dialogues and will be more aware of you, your past, your preferences and use sensors to gain more context of the environment. “We are in a great place for recognition and natural language understanding. Now we need to push the boundaries of intelligence,” explained Kraljic.
Kraljic points to wearables in helping to expedite advancements in voice especially as many have small screens or no screens at all and rely heavily on voice for interaction. Devices like Google Glass and hearables, like Motorola’s Hint, are just two examples of devices which use voice as a primary input. “Everyone of these devices that comes out pushes the voice experience a little further,” she said.  And although talking to our tech still seems a little awkward she believes that social norms will change out of a matter of convenience and use value.  
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This article is part of our featured speaker series for Designers of Things Conference which takes place September 23-24, 2014 at the Mission Bay Conference Center in San Francisco, California. Get your VIP and Tech passes by clicking here. Tanya Kraljic will be speaking about Designing Voice Interfaces for Wearables and Other Form Factors at the event.

Talking to our Tech: Featured Speaker Tanya Kraljic

If there is one mark of the future, it’s the ability to talk to our tech and have it respond and take action. From Hal 9000 in 2001: A Space Odyssey to KITT in Knight Rider, we have been fascinated with a time when we can interact with our computers just as naturally as we do with each other. Although we are still a few years out from real intelligent conversations with our devices, the ability to converse with computers is entirely plausible with today’s technology. And it will become an even more critical input for the growing number of connected devices that fall under the umbrella of wearable technology and the Internet of Things.   

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Making The Internet of Things “Easy Stupid”: Featured Speaker Adam Justice
The rise of “smart” things is coming! But while a connected home, car, workplace and everything in between offers a lot of benefits it also has the potential to be a complete data driven nightmare for consumers. To avoid this, IoT companies need to provide a positive experience that drives value which is exactly the focus for Home Automation and Business Monitoring company, GridConnect.
[[MORE]]GridConnect offers a line of sensors for consumers called ConnectSense. The sensors track anything from motion to temperature and humidity to motion and lights. Its sensors are all Wi-Fi based and battery powered and link up to the cloud where users can get access to dashboards and setup alerts via the ConnectSense web app. 
GridConnect has been in the machine-to-machine business for 12 years mainly on the enterprise side of things. VP and General Manager, Adam Justice, says that the falling price of sensors and connectivity has contributed to the move of IoT into the masses. Beyond the components, he also adds that people’s growing trust and familiarity with the cloud has greatly assisted the adoption of connected things.
In order for IoT to succeed with consumers, Justice explained that its imperative that consumer’s first experiences with a smart thing is a positive one. “We realize that we may be the first connected experience for the consumer so we want it to be a great one. You need one really great experience to give you that AHA moment to show you what is possible,” he told us. Just as powerful, he says, is a horrible experience which can scare consumers away, making it harder to get them back.
He explained that one of the ways to create this positive experience is to make the setup and use of connected sensors “stupid easy”. Just as critical is not overwhelming users with data but instead give them something they can use. The ability to set alerts and get notifications and even hook connected things into smart meters for energy optimization are just a few of these benefits. 
For those creating products, Justice explained that adding connectivity to a product opens up a lot of opportunities. One of them is the data to better the product. “You can learn about how consumers are using your product,” he explained. “For example, a washer dryer may have twenty functions but users may only use five of them”. 
Eventually, Justice sees IoT as becoming ubiquitous. “Eventually, it will come to a point when if your product is not smart than it is dumb,” he said. 
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This article is part of our featured speaker series for Designers of Things Conference which takes place September 23-24, 2014 at the Mission Bay Conference Center in San Francisco, California. Get your VIP and Tech passes by clicking here. 

Making The Internet of Things “Easy Stupid”: Featured Speaker Adam Justice

The rise of “smart” things is coming! But while a connected home, car, workplace and everything in between offers a lot of benefits it also has the potential to be a complete data driven nightmare for consumers. To avoid this, IoT companies need to provide a positive experience that drives value which is exactly the focus for Home Automation and Business Monitoring company, GridConnect.

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Local Motors Succeeds in Test Driving First 3D Printed Car
Last week, Local Motors announced that it was attempting to 3D print a car and then test drive it at the International Manufacturing Technology Show in Chicago in less than a week. Saturday, Local Motors took the Strati, the first 3D printed car, out on its maiden journey around McCormick Place after 44 hours of print. 
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The final design of the Strati was selected from over 300 proposals and is composed of only 40 components made of tiny pellets of plastic infused with carbon fiber. This is compared to the 10,000+ parts a usual car is made with.
Not all the parts were 3D printed. The electric powertrain, battery, wiring and suspension are all from third-party suppliers. The vehicle weighs nearly 1,500 pounds and can clock 100-120 miles at a maximum speed of 40 miles per hour. 
Local Motors is working on reducing the time to print and intends to sell the car by the end of the year. 
You can check out the car in action via the Vine Local Motors posted on Saturday.
Source: TechTimes
Header Image source: Local Motors Twitter

On the sixth day, we #drive. The @localmotors #3dprintedcar drives off the show floor today @imts_2014 https://t.co/jHKMR2iGD9
— Local Motors (@localmotors)
September 13, 2014

Local Motors Succeeds in Test Driving First 3D Printed Car

Last week, Local Motors announced that it was attempting to 3D print a car and then test drive it at the International Manufacturing Technology Show in Chicago in less than a week. Saturday, Local Motors took the Strati, the first 3D printed car, out on its maiden journey around McCormick Place after 44 hours of print. 

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The Importance of Design in Solving Real Problems: Featured Speaker Steve Vassallo
As hardware components like sensors and chips are getting smaller and cheaper it seems like every day a new connected product is hitting the scene. But what sets a good product apart from a great one is its ability to solve a real need for a user which is reflected in the product design. Thus the role of the Designer is increasingly important for any startup in the shaping of an idea they wish to take to market. 
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Designing a product that solves a real problem; finding the right technology to do so; and building a business around it are the three major ingredients Steve Vassallo looks for in a startup. A General Partner at VC firm Foundation Capital, Vassallo told us that a balance between these three aspects is key but not always achieved. "We’ve seen great products that live in one or two of these circles…but rarely do they have all three", he told us.
Vassallo believes that the role of the designer is an essential one for startups and sees a “complete up-levelling” of product experiences coming out of companies who give these individuals a proper seat in an inter-disciplinary team. He envisions a time in the near future when startup leadership teams will have a business, technical and design founder. But he says that “we aren’t quite there yet”. 
To succeed, designers will need to keep up with the pace of change. As technology becomes more immersive and uses more of our senses through components like sensors, designers will need to understand how inputs, outputs and tools are being reinvented and think about the experiences in this type of environment. They also need to be able to incorporate the use of real-time data to experiment faster and make decisions which solve rather than create new problems for users. Vassallo will be speaking more about this subject at the Designers of Things conference next week in his session entitled, "Designing in a Data-Driven World". 
In a time when some wearable technology has come under fire as “tech for tech’s sake” it’s refreshing to hear Vassallo speak so passionately about the need for a designer to focus on purpose and intent. “There is a serious responsibility of designers to think about the users, the problem they have and the opportunity they would like to take advantage of…and I believe that the world will be a better place because of it. I’m thrilled about where the design world will be in the next twenty years”.
We are too!
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This article is part of our featured speaker series for Designers of Things Conference which takes place September 23-24, 2014 at the Mission Bay Conference Center in San Francisco, California. Get your VIP and Tech passes by clicking here.  



 

The Importance of Design in Solving Real Problems: Featured Speaker Steve Vassallo

As hardware components like sensors and chips are getting smaller and cheaper it seems like every day a new connected product is hitting the scene. But what sets a good product apart from a great one is its ability to solve a real need for a user which is reflected in the product design. Thus the role of the Designer is increasingly important for any startup in the shaping of an idea they wish to take to market. 

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Netflix Releases Print the Legend Documentary Trailer (Video)
There is no denying that 3D printing is a disruptive technology which has the potential of truly changing many verticals from manufacturing to health. Netflix’s newest documentary, “Print the Legend”, explores the companies and people behind the growing 3D printing movement. This week, Netflix released the trailer to this film which will be available on the streaming network September 26. 
[[MORE]]The documentary takes a look at some of the innovative companies making 3D printing accessible to the masses including MakerBot and FormLabs. It also dives deep into some of the more controversial stories we’ve seen surrounding this technology including the 3D printed guns and printing prosthetic hands for those in need.
"Print the Legend" originally showed at SXSW and won the special jury recognition award for editing and storytelling. We’ve got to admit that just from the trailer alone you leave feeling like something pretty powerful is happening with this technology. We’ve got the trailer for you below or you can hit this link

Netflix Releases Print the Legend Documentary Trailer (Video)

There is no denying that 3D printing is a disruptive technology which has the potential of truly changing many verticals from manufacturing to health. Netflix’s newest documentary, “Print the Legend”, explores the companies and people behind the growing 3D printing movement. This week, Netflix released the trailer to this film which will be available on the streaming network September 26. 

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Talking About Cool Ideas with Proto Labs
Proto Labs has seen its fair share of cool ideas. The world’s fastest injection molding, additive manufacturing and CNC machining service implemented its Cool Idea! Award program back in 2011 to identify and assist innovative inventors in getting their product to market
[[MORE]]Each year the program awards up to $250,000 of its manufacturing services to assist them in creating fully functional parts for prototyping, design iterations, testing or even an initial production run. Of the recipients from last year is Everpurse, a purse that integrates a smartphone charging system into the accessory and D-Rev, a low-cost knee prosthetic for above-the-knee amputee living in developing countries. 
We caught up with Proto Labs’ Marketing Manager, Sarah Braun, who was brought on board back in 2011 to kick of the program. She told us that solving real problems and a social good factor were key elements in judging the products the company considers for the award, as were originality, marketability and of course the “cool factor”.
One of the first winners that stood out to Braun was Truflavorware, a line of flatware created by Ohio-based Dan Ladanyi. The set of plastic utensils were designed specifically for chemotherapy patients so that they could avoid the taste of metal in their mouth while still using a fork and knife that felt like metal.
Braun told us that one of the biggest trends over the years has been an increase in connected IoT and wearables products. As is Robotics. This year’s winners include a low-cost motor and propeller unit designed for aquatic exploration and a home-based autonomous robot.  
Proto Labs expects to announce its next winner on October 7. Winners will be posted on the Cool Awards section of the Proto Labs website. 
Photo: Everpurse
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This article is part of our featured series for Designers of Things Conference which takes place September 23-24, 2014 at the Mission Bay Conference Center in San Francisco, California. Get your VIP and Tech passes by clicking here. 
Proto Labs wants you to join them at DoT 2014 with a complimentary pass. For more information on their limited quantities of free passes, reach out to coolidea@protolabs.com by September 16th with DoT 2014 in the subject line.

Talking About Cool Ideas with Proto Labs

Proto Labs has seen its fair share of cool ideas. The world’s fastest injection molding, additive manufacturing and CNC machining service implemented its Cool Idea! Award program back in 2011 to identify and assist innovative inventors in getting their product to market

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World’s First 3D Printed Car Live Printed This Week, Driven Saturday
We have seen houses, castles and even canoes created by 3D printers and so seeing a fully functional car in this list makes total sense. History will be made this week as Local Motors live prints the first 3D printer car followed by its first drive this Saturday. The print is expected to be 44 hours in length and will take place in Chicago at The International Manufacturing Technology Show (IMTS).
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Called Strati, the vehicle will be printed in one piece while the internal components will be sourced from other suppliers. All pieces will be assembled by global co-creation company, Local Motors who are most known for creating the off-road desert racer, The Rally Fighter. 
“The Strati was designed by our community, made in our Microfactory, and will be driven by you,” said John B. Rogers, Jr., CEO of Local Motors. “This brand-new process disrupts the manufacturing status quo, changes the consumer experience, and proves that a car can be born in an entirely different way.” 
Following the show, Local Motors will continue using 3D printers in its car creation. They intend to launch production level 3D printed vehicles for purchase in the months following the show.

World’s First 3D Printed Car Live Printed This Week, Driven Saturday

We have seen houses, castles and even canoes created by 3D printers and so seeing a fully functional car in this list makes total sense. History will be made this week as Local Motors live prints the first 3D printer car followed by its first drive this Saturday. The print is expected to be 44 hours in length and will take place in Chicago at The International Manufacturing Technology Show (IMTS).

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Apple Enters The Wearable Category With The Apple Watch
Apple held its expected September event in Cupertino today. Among the announcements was the reveal of the new iPhone 6 including one with a larger 5.5 inch screen called the iPhone 6 Plus.  Apple also entered the mobile payments by including NFC on the latest devices and rolling out a feature called ApplePay. But it was when Tim Cook spoke the magic words “One More Thing” at the tail end of the event when things really got exciting. Cook presented a line of Apple Watches at the event officiating the rumours that the company was joining others in creating products for the wearable tech category.  
[[MORE]]The Apple Watch comes in a variety of styles and colors to offer personalization and options for wearers to fit their sense of style. The watch will be offered in two sizes and feature six different straps made from various materials including leather, silicon and stainless steel. Apple will be selling three three different collections of the watch: Apple Watch, Apple Watch Sport and Apple Watch Edition, the latter  made using 18-karat gold. On top of the hardware options, Apple also featured a variety of watchfaces to choose from including a classic Mickey Mouse watch you may have remembered from the iPod Nano days.
The Apple Watch features some new and familiar inputs to interact with the software on the device. The Digital Crown on the side of the watch lets you navigate within an app and when pressed can take you back to the home screen. The other physical button under it opens up a screen with your favourite contacts for you to interact with. The screen itself is a touch screen which lets you tap and swipe but its outfitted with a new technology Apple calls Force Touch which allows the screen distinguish between a tap and a hard tap acting almost like a right click of a mouse. Finally, Siri is integrated with the watch letting you use voice to access information. 
The Watch presents some interesting way to communicate such as its Digital Touch feature which lets you send doodles and even your heartbeat to another wearer. And responding to text messages is made easy on the device through the use of predictive canned responses and a strong emphasis on the use of animated emojis. The Watch also features calling functionality with the built-in speaker and microphone.
The two immediate killer features for the device were around health and payments. The newly announced ApplePay system which allows users to pay with credit and debit cards kept in Apple’s Passbook will work on the smartwatch. And Apple unveiled two new fitness and health apps for the Watch which make use of the heart rate monitoring and activity tracking functions it comes equipped with.
But payments and health are only the tipping point for the Apple Watch as Apple also announced WatchKit to help developers build apps for the device. Apps have already been created by Starwood Hotels, to open hotel room doors with the watch, Twitter and Facebook and we are sure to see a lot more by the time the watch is ready in 2015.

Apple Enters The Wearable Category With The Apple Watch

Apple held its expected September event in Cupertino today. Among the announcements was the reveal of the new iPhone 6 including one with a larger 5.5 inch screen called the iPhone 6 Plus.  Apple also entered the mobile payments by including NFC on the latest devices and rolling out a feature called ApplePay. But it was when Tim Cook spoke the magic words “One More Thing” at the tail end of the event when things really got exciting. Cook presented a line of Apple Watches at the event officiating the rumours that the company was joining others in creating products for the wearable tech category.  

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Last Week to Register for DoT 2014 with Special Pricing
Advance rates for Designers of Things expire Friday, September 12. Register this week to save up to $150 on your VIP, Tech or Demo Pass.
All pass holders will gain access to the Demo Hall, featuring cutting-edge technologies from innovative companies, including Autodesk, Freescale and Grid Connect. Join them and other participating companies to learn about new products, interact with designers and developers, and establish relationships with the brightest minds in wearable tech, 3D printing and IoT. Additionally, pass holders are invited to attend on-site parties hosted by Shapeways and Proto Labs after the Demo Hall closes on Tuesday and Wednesday, respectively.
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VIP and Tech pass holders can also access a wide range of talks, intensives and workshops covering these technologies, including: Designing for 24/7 Wearability with Nirav “Rav” Sheth  from MC10, Designing Voice Interfaces for Wearables and Other Form Factors with Tanya Kraljic from Nuance Communications, and Wireless Connectivity and Wearables: The What, How, and Why with Cary Bran from Plantronics.
Visit the session scheduler on the Designers of Things Conference website for the full session listing or download the Official DoT 2014 app.

DoT 2014 will take place September 23-24, 2014 at the Mission Bay Conference Center at UCSF in San Francisco, California.

Last Week to Register for DoT 2014 with Special Pricing

Advance rates for Designers of Things expire Friday, September 12. Register this week to save up to $150 on your VIP, Tech or Demo Pass.

All pass holders will gain access to the Demo Hall, featuring cutting-edge technologies from innovative companies, including Autodesk, Freescale and Grid Connect. Join them and other participating companies to learn about new products, interact with designers and developers, and establish relationships with the brightest minds in wearable tech, 3D printing and IoT. Additionally, pass holders are invited to attend on-site parties hosted by Shapeways and Proto Labs after the Demo Hall closes on Tuesday and Wednesday, respectively.

Read More