Here’s a thoughtful post about businesses practices at both end of the assistive technology spectrum from Adafruit community member Chris Young, who has shared his work before on Adafruit’s Show and Tell:
There seems to be a great disparity in the cost of these devices. On one hand we have the open source DIY maker community designing gadgets and giving away schematics and software for free. On the other hand we have people commercializing these projects and building businesses around them.
I’m all for people getting paid for their inventions even if the invention is designed with altruistic motives such as helping the disabled, teaching underprivileged children, or leveraging technology in undeveloped countries. I appreciate that some of these devices are in such small demand that the overhead to produce and sell them is great because they are built by hand and sold in small quantities. On the other hand some amazing work is being done in the DIY maker community that shares its designs and software for free and allows people to adapt it and further innovate it to meet their needs. It tends to make one wonder if the standard business model is really the best way to get products in the hands of people who need them.
Here are couple of examples… In previous installments of this blog I showed you how I showed off my IR remote control for my TV that was built with an Arduino microcontroller. My venue was Adafruit Industries weekly Show-and-Tell video chat via Google+ hangouts. This week’s hangout included a demonstration from a guy named Dino Tinitigan who had showed off some of his robotic projects in the past. But this time he showed a power wheelchair that can be controlled by tilting your head while wearing a helmet. Although he’s invested a lot of his own design work into it, it pretty much is built from off-the-shelf products the kind of which one could buy at Adafruit or other maker supply houses. He’s demonstrating that anyone with a little bit of maker ability and some time to spare can create incredibly useful technology. I don’t know if he is really creating this stuff as open-source hardware and software or if he intends to commercialize it but in either event he’s creating something and sharing it as a demonstration of what is capable and does not seem to be working out of a corporate model. Click here to see the Show-and-Tell video that demonstrates this.
At the opposite end of the spectrum is another device I stumbled onto today. It is called a Tecla device. Click here for details. It allows you to use pushbuttons or joystick or other adaptive devices to control touchscreen devices such as android and iOS phones and tablets. This is an amazing accomplishment even though it doesn’t allow 100% full access it does allow some use of such gadgets. It is Arduino-based so I understand the underlying technology. However it is only available as a commercial product and the cost is $289 Canadian. My initial reaction was Holy $#!+ That’s outrageous! On further review it probably is a reasonable price for a commercially built product with all of the capability it includes. It has a variety of interfaces that are designed to work with pushbuttons and input controls that meet an industry standard for adaptive devices. It includes the capability to use one’s wheelchair joystick as an input device. Given that it has to be designed to work with a wide variety of devices and it is a commercial enterprise I can understand the price. At the point when I can no longer use my iPod touch, I will probably be buying one of these at whatever price they want to charge for it. I’m sure the people behind it are decent people. They describe themselves as not just for profit. And I certainly have no trouble with doing well while doing good as it were. On the other hand… If I knew what I was doing I could build something similar for about $75 worth of parts.
There has to be a happy medium in here somewhere. Perhaps an open source design that demonstrates the basic functionality and would allow others to adapted as needed combined with a fully developed commercial product with all the bells and whistles for those who don’t have a friend who is a DIY maker aficionado to put it together for them.
Each week on the Adafruit blog we post up about amazing companies, people and articles about being a MAKER and a business. Over the years we’ve shared how we run Adafruit, published code from our shopping cart system and given presentations on running an open-source hardware company. Every Monday we’re going to try to collect some of these resources and tag them #makerbusinessmonday & #makerbusiness they’re in our popular Maker Business category as well, enjoy!
Have an amazing project to share? Join the SHOW-AND-TELL every Wednesday night at 7:30pm ET on Google+ Hangouts.
Join us every Wednesday night at 8pm ET for Ask an Engineer!
Learn resistor values with Mho’s Resistance or get the best electronics calculator for engineers “Circuit Playground” – Adafruit’s Apps!
Maker Business — Shenzhen: The Silicon Valley of Hardware (Full Documentary) and Who invests in hardware?
Wearables — Take flight with shiny wings
Electronics — Inadequate volt signal
Biohacking — The Upside of GMOs (Genetically Modified Organisms)
Sorry, the comment form is closed at this time.