Misty Robotics’ goal is to create a robot platform (hardware and software) that any developer can use to build useful and immediately applicable robot applications.
A number of early customers have started building solutions. When the Covid crisis hit, companies started to realize that to be safe, checking people’s temperature on entry into a building would be a powerful preventative measure. So, Misty decided to build a specific application for temperature screening.
It took about 30 days to go from idea to beta application that is validated in office environments. The application includes:
I think it’s an awesome alternative to the approach of having a human being do the screening. The idea of having a human greeter temperature screen people on entry into an office environment just sounds like an unsafe, tedious, and uncomfortable job to me right now.
Misty is in beta with this and already has several paid beta customers. If you are interested in learning more, sign up for a demo.
I’m a proud investor (and crowdfunding backer) in Misty Robotics. As of today, Misty Robotics has started shipping Misty II to its crowdfunding backers.
The team at Misty Robotics has been hard at working getting Misty in shape to ship. The backers now have a key role in the next step of Misty’s journey, as they get the first crack at Misty II and her SDK in advance of Misty’s general availability in the market later this year.
There have been numerous approaches to a personal robot in the past few years. Most have failed. The team at Misty has taken a different approach, emulating the one that the Apple ][ took around the launch of the personal computer, which is to build a platform that anyone can extend with hardware and software.
Misty has been purpose-built as a developer’s platform, with the tools and docs developers need to easily build robot applications which we refer to as “skills”. Misty is a bundle of serious tech that includes:
While all the hardware is done, some of the software is still in an alpha form, including spatial awareness, video capture, and 3D mapping/SLAM integration. The neat thing is that Misty is “software on treads” so all of this will rapidly iterate as well as be extended by the developer community.
Misty is still available at a pre-order discount, so if you are a developer who wants to explore robotics and become part of the Misty community, jump on board!
If you are looking for a great book to read this weekend, I recommend Ian McEwan’s Machines Like Me. I read it last weekend and am still thinking about it.
McEwan is a magnificent writer. When the hardcover ended up on top of my infinite pile of books to read, Amy said, “Wow, you’ll love Ian McEwan’s writing.” Whenever Amy says something like that, I know I’m in for a treat.
The setting is London in 1982. But it’s a parallel universe. Alan Turing chooses jail over chemical castration, lives, and has created massive innovations that are 40 years ahead of their time. Lennon and JFK didn’t die. Jimmy Carter wins a second term. Margaret Thatcher gets booted after botching the Falklands War.
That’s the backdrop for the introduction of our protagonists Charlie and Miranda. Charlie uses his inheritance to buy an Adam, one of 25 first production models of artificial humans (13 Eves, 12 Adams are available – the Eves sell out immediately so Charlie ends up with an Adam.)
I love the narrative feature of a parallel universe. Amy and I started watching Season 2 of The OA last night which aggressively jumps to an alternative universe. Some of today’s best near term sci-fi writers are using this as a basis for their writing, although they are often less explicit about how they are twisting current reality to the alternative universe.
McEwan isn’t subtle about the twists, which makes the book awesome. You quickly feel that this 1982 is the real 1982 and things take off from there. Every time McEwan drops another new reality fragment, more pieces fall nicely into place.
The result is a very provocative journey through the introduction of an artificial human into the evolving relationship of two existing real humans.
If you are a reader, especially one who likes (a) sci-fi and (b) literary fiction, you’ve got a fun weekend ahead of you if you grab Machines Like Me.
Day 1 of Sphero’s RVR pre-order campaign is off to a great start (> 1000 backers, > $250,000 in the first 24 hours.) It’s Day 2, but for some people in the tech world it’s always Day 1, so if you missed RVR, go take a look and jump in on the pre-order fun.
I was on vacation during valentines day so I’m a little late. But, robot valentines day transcends time, especially since I love robots.
If you’ve been in our office recently, you’ve seen me fiddling around with one of my newest toys – Ultimate Lightning McQueen by Sphero. It’s now available for the world.
Based on what I know about robotic toys, I believe it’s the most advanced robotic toy ever made. Owen Wilson is even included in it (well – his voice – as LMQ …).
It started shipping yesterday so it’ll probably sell out quickly as Sphero ramps production. If you are into RC cars, amazing robots, or you have children who like the movie Cars (even grown up children like me), you can buy it online from Sphero or Amazon.
It’s National Robotics Week 2017. Yay robots. I’m doing my best to endear myself to the robots for when they become self-aware. Hint to all robots out there: “I love you.”
Today, a few folks from Sphero express their (and their company’s) love for robots.
Hug a robot today.
One of the companies I’m an investor in, Modular Robotics, just launched a Kickstarter campaign around its new product MOSS. It’s amazing.
Definitely a “show not tell” so I encourage you to watch the five minute video and then back the MOSS Kickstarter campaign if you, your kids, or your loved ones dig building things.
My partner Jason Mendelson sent me a five minute video from Wired that shows how a Telsa Model S is built. I watched from my condo in downtown Boulder as the sun was coming up and thought some of the images were as beautiful a dance as I’ve ever seen. The factory has 160 robots and 3000 humans and it’s just remarkable to watch the machines do their thing.
As I watched a few of the robots near the end, I thought about the level of software that is required for them to do what they do. And it blew my mind. And then I thought about the interplay between the humans and machines. The humans built and programmed the machines which work side by side with the humans building machines that transport humans.
Things are accelerating fast. The way we think about machines, humans, and the way the interact with each other is going to be radically different in 20 years.