Welcome to the Era of the Hardware Startup
As new technologies go, 3D printing is a bit of an attention hog. In recent years, we’ve seen printers with increasingly amazing capabilities: from ones that extrude plastic to create small objects to machines with lasers that melt metal powder into amazingly intricate jet engine parts.
But the cool factor of 3D printing sometimes obscures a movement in manufacturing that could have an even bigger impact: platforms that help us share ideas, suppliers and marketplaces. That emerging network is why I’m optimistic that 2014 marks the rise of the hardware startup.
Anyone who toured the Consumer Electronics Show in Las Vegas would understand that optimism. The booths for hardware startups dotted the floor and competed for attention with the big manufacturers. As former Wired Editor Chris Anderson, who is now a hardware startup guy himself, noted, “‘Three guys with laptops used to describe a Web startup. Now it describes a hardware company, too.”
Several years after Anderson made this prediction, a number of factors are converging to make it come true. First, low-cost cloud computing is helping hardware teams, as it becomes embedded in the making process. Even more profound is the impact of small manufacturing operations that allow startups to do rapid prototyping at a fraction of what it used to cost, thanks to globalization and digital markets.
Maker spaces ranging from TechShop to NYC Resistor provide space for people to hone their making skills with access to manufacturing equipment at a fraction of the costs. Adafruit and Seeed Studio will build you a circuit board and ship them, along with DIY parts for more customization; Kickstarter and Indiegogo have made the fundraising process much easier.
Companies like Dragon Innovation help well-funded concepts get from prototype to manufacturing; Quirky makes invention accessible to anyone with a good idea and community support. Incubators like Lemnos Labs are making the hardware garage accessible to a range of entrepreneurs looking to take on well-established manufacturing OEMs in retail, logistics and health.
What I love about hardware startups is their willingness to take on and transform dauntingly complicated industries. Until recently, manufacturing had been almost exclusively the domain of big companies that can afford to build at scale. Now, these makers are turning the tables and showing the value of being both adaptable and close to your customers.
At GE, we’re emboldened by the marriage of the physical and the digital; the industrial and the analytical. We’re seeking out the new generation of inventors who are transforming making as we know it. It’s exciting to think how many burgeoning Thomas Edisons could be liberated to invent something world-changing.
Photo: opensourceway / Flickr Creative Commons
Innovation and timing is key to success
10yThe capabilities in 3D printing have only just started for individuals who have great ideas but not the money to keep sending a CAD file to an expensive moulding company to be physically made. However, the biggest hurdle is not so much cost or high grade 3D printing but the software. This I believe is the crucial decision maker for upstarts who need a software package that can easily transfer ideas into a workable design. There is an improvement on this recently but many are still relying on open source versions that need a lot of hours to comprehend. Reading some of the other comments regarding "re-localisation" of manufacturing, the internet has no boundaries for which many brick and mortar stores are finding. Thus availability of designs from any where around the world is on everybody's doorstep. With online sites like Madeit or Etsy, who are now introducing wholesale option to the cottage industry, makes it even more interesting. The risk to this can be the copying of designs, it will be difficult for small time designers to patent a design or may even be at risk of being sued for patent infringment. The one aspect I am really pleased about 3D printing is the ability to replace a broken plastic peice from my fridge or a door handle or hinge on the washing machine. There is nothing more shocking than paying $20 for a peice of plastic no bigger than my thumb. What would be interesting is if major manufacturers start supplying CAD files of their spare parts for anyone who wants to print out the part, although we will more likely find them on file sharing sites. At least manufacturers can start reducing the spare parts stock burden in the process, thus smaller warehouses and lower operating costs Certainly we will start to see cheaper parts on ebay for aftermarket non-authorised parts
Tech innovation enthusiast, MBA, biomedical engineer.
10yThis trend of affordable hardware customisation is really exciting, especially for the African environment where there is no shortage of good ideas for local solutions, but overcoming the start-up costs has been a major challenge.
Songwriter, producer, engineer
10yI'm behind this 100%!
Medical Devices / Healthcare/ Sales Management/ MedTech
10yNo doubt about the oportunities of this new era!! The era of hardwares is a reality....