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:
- Automated, contactless, and touchless temperature screening
- Interactive health question survey with configurable screening questions
- Customizable greetings
- Immediate pass/fail result determination and recording
- SMS or email notifications/alerts
- Web-based administration and reporting
- Choice of 25 languages
- Polite and engaging interaction experience
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:
- Facial detection and recognition
- Expansive field of view
- Mobile sound localization
- Image and graphic display
- Audio playback
- Voice integration
- Capacitive touch
- Obstacle avoidance
- Photo capture
- Hardware extensibility including Arduino and Raspberry Pi
- Audio recording
- Wake word (hint: it’s “hey Misty”)
- Robust Locomotion
- Raw sensor access.
- Programmable personality
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!
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.
The Misty II pre-order campaign is in full gear, with Misty II selling at a discount of 50% of its retail price. It’s 90% of the way to the stretch goal, which unlocks some fun goods. So, if you want the Apple ][ of home robots, pre-order now and get another $100 off by using my referral code!
Ian Bernstein, the co-founder of Misty (and co-founder of Sphero), has a great teardown of Misty II. He walks through all the hardware components and then opens up Misty’s brain and body so you can see the hardware inside.
Kids love Misty II also. Here are six reasons why Misty II is perfect for education along with a short video of some kids playing around with and explaining why Misty II is awesome.
If you are a kid, have kids, or are a grown-up kid, you’ve got a few more weeks to get Misty II as part of the pre-order campaign. Discounts, goodies, and a chance to be part of creating the first real, usable home robot.
I got an Apple ][ computer forty years ago. It cost $3,000 and changed the trajectory of my life.
Today, you can pre-order a Misty II for $1,599, which is 50% off MSRP. From my perspective, Misty is today’s home robot analogy to the personal computer from 40 years ago.
A video description is much better than a few paragraphs, so sit back and enjoy.
Misty spun off from Sphero a little under a year ago and started shipping Misty 1 four months ago. The company is making progress at a relentless pace and have been shipping a small number of Misty I’s to very early developers in controlled environments.
Misty II is a significant advance over Misty I as it designed for high-volume manufacturing, has more hardware extensibility (backpacks, arms, earpiece, trailer hitch), is self-charging, has more battery capacity, a three-degree neck joint, and lots more sensors (bump, capacitive touch, time of flight) It will also have software that is six months more advanced, and will be exactly the same software that runs on Misty I.
Misty II will be shipping in December 2018. We are doing a crowdfunding campaign because we are concentrating on launching a journey with a community of software developers, makers, and robot dreamers. We want you as part of our journey, and we think crowdfunding is the right approach to building the community from the very beginning.
In the same way that the Apple ][ helped create the personal computer software industry, I think Misty II can help create the personal robotics software industry. While the hardware is important, the magic – for me – of the Apple ][ was that I could tinker endlessly with the software. It was completely open, allowing me to do many different things while learning. I remember writing short programs in Basic, playing around with machine code in the Apple ][ monitor, poking and peeking a lot, eventually learning 6502 Assembly, and then writing more serious applications in UCSD Pascal. And, when I got a Microsoft Z-80 SoftCard, I learned z80 assembly language, CP/M, and got a headstart on MS-DOS.