I've read about flexible display technology off and on for quite a while, but I think this particular one is farther along than I've seen to date. I'd agree with you, Selinz, that using something like this to make our current devices more rugged would be a good application too.
I'm just as intrigued by the idea of using the flexible electronics technology to make a flexible sheet of sensors, as the describe on their web site.
I can forsee a time when we will have multiple sheets of paper. Simply using a pencil, we can write things on them, fold them into an envelope and for 50 cents - mail it to anywhere in the world, regardless of the local power supply or network coverage.
All joking aside, I love this advancement in technology, but do we have to use two of these to send an email with an attachment? No broken screens, but how dust proof or water resistant are they?
I'm certain by the time these hit the market, a raft of difficult questions would have been asked and answered.
Very nice job - I want one
Wow, this sounds like a fantastic innovation. It has its limitations sure, but the prototype has given quite a good start. It is not as heavy-duty as scanner, and it just looks cool. But I see it as an “on the go” scanner. I do not see its use in a full-fledged office. On the other hand, our smartphones can also take picture of a document and send it as attachment. I guess this PaperTab simply gives better resolution. Maybe in the future its developer, Plastic Logic, will tell us better benefits of this product. - http://www.hammerplastics.com
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.