The tech seems neat and all but please stop multitasking while driving, encouraging others to multitask while driving, and building products specifically designed to encourage multitasking while driving.
If you want to work while you're in transit: take public transit.
I agree that we should find ways to limit instead of instigate multitasking while driving.
Building tech is usually clearer than finding a clear use case for it. As we find ways to mature the tech to be aligned with the ultimate vision we have, we will test various problems the immature tech can solve.
With that being said, if you have any ideas where this could really help people (for instance people with motor disabilities), please share them. We would like to serve people and build with humility.
People with motor disabilities seems like a great use case! Cooking and watching TV are two activities that benefit from voice control (due to dirty hands and remotes going missing). Nursing mothers often literally have their hands full.
Lots of folks in safety critical situations rely on multitasking and voice commands: law enforcement, firefighters, pilots, heavy equipment operators, armed forces, etc. Many of them are in situations in which not multitasking isn't an option and receive special training to minimize risks. That being said now you're entering heavily regulated industries where the stakes couldn't be higher... not exactly an easy place for LLMs and startups to play.
On the other end of the spectrum there is a tried and true industry for tech innovations where the stakes couldn't be lower: adult entertainment. There's millions of adults wishing they could operate screens without needing a hand free. Might not be as glamorous as helping firefighters and people with motor disabilities, but we all need to make a living.
Hi HN! We built Blue, a voice assistant that can use any app on your phone via a tiny USB-C hardware “hand” we call Bud. Here’s how we went from concept to 100 working units in 55 days for YC Demo Day.
About me:
I’m a robotics and product design engineer focused on building thoughtful tools for the world. I hold dozens of patents in hardware and manufacturing, and I care deeply about how things are made and who they’re made for.
For over a decade, I’ve worked across robotics, wearables, and consumer electronics. As one of the first engineers on the Apple Vision Pro, I took it from concept to mass production.
I'm also in the wearables space, though neurotech/sleeptech.
I'm assuming you did 3d printed enclosures, so really board design and was the longest process.
What I think is really clever about your design is passthrough USB-C and then not needing your own battery. So essentially you've got a micro, probably with it's own memory?
So elegant.
Others are saying you must have had your Taiwan contacts beforehand, but even without that, two weeks for board manufacturing isn't unrealistic I'd think, even for a noob, and lucky for you the board design should have been pretty simple.
Can I ask what your experience going through YC as a consumer hardware founder was like?
If you're curious about what we're building, we're enhancing the restorative function of sleep, without altering sleep time. Check out https://affectablesleep.com
I have been a consumer HW founder for years, and I applied to YC eleven times, and just got in this time with Blue.
I think for consumer, if you can really simplify the product and solve the absolute basic version, the costs should be low enough to validate the idea. YC will value your skills to create this simple version, and that you are able to actually execute and create something that could be real.
The missing link was really showing I could take a prototype and mass produce it (even at a small scale). That was what this whole exercise was about.
One additional note that comes to mind, building really great partnerships is essential for hardware to work.
Really appreciate the kind words, and I mean it sincerely, it's only possible because of my incredible Taiwan partners, my Industrial Designer Tomas(who I am lucky to call my friend), the other founders, and being razor focused on our goal.
Joyce flew from Taiwan to make sure I had them in my hands, folded boxes with me in the office, and just as she got over her jet lag and went back to Taiwan.
Listen, man, this seems like absolute magic to me. Obviously you already knew your Taiwan team and I'm sure a hard part is getting a good hardware partner, but the execution on this seems nigh godlike to get such a high quality device in the hands of people that fast.
Thank you for such kind words! We needed to prove to ourselves, customers and to investors that Hardware is possible, and not to fear it. I've built it for years, and never understood why people fear it.
We live in a physical world, and some of us should build things for it.
In some ways, if this instigates them implement it in their OS, we are doing our job, and then we can pivot and keep working on ideas that we hope will serve others.
The tech seems neat and all but please stop multitasking while driving, encouraging others to multitask while driving, and building products specifically designed to encourage multitasking while driving.
If you want to work while you're in transit: take public transit.
In 2025 we can’t spend 10 minutes without doing something else while traveling at speeds that would make a sailor blush.
Building tech is usually clearer than finding a clear use case for it. As we find ways to mature the tech to be aligned with the ultimate vision we have, we will test various problems the immature tech can solve.
With that being said, if you have any ideas where this could really help people (for instance people with motor disabilities), please share them. We would like to serve people and build with humility.
Lots of folks in safety critical situations rely on multitasking and voice commands: law enforcement, firefighters, pilots, heavy equipment operators, armed forces, etc. Many of them are in situations in which not multitasking isn't an option and receive special training to minimize risks. That being said now you're entering heavily regulated industries where the stakes couldn't be higher... not exactly an easy place for LLMs and startups to play.
On the other end of the spectrum there is a tried and true industry for tech innovations where the stakes couldn't be lower: adult entertainment. There's millions of adults wishing they could operate screens without needing a hand free. Might not be as glamorous as helping firefighters and people with motor disabilities, but we all need to make a living.
Best wishes!
About me: I’m a robotics and product design engineer focused on building thoughtful tools for the world. I hold dozens of patents in hardware and manufacturing, and I care deeply about how things are made and who they’re made for.
For over a decade, I’ve worked across robotics, wearables, and consumer electronics. As one of the first engineers on the Apple Vision Pro, I took it from concept to mass production.
I'm also in the wearables space, though neurotech/sleeptech.
I'm assuming you did 3d printed enclosures, so really board design and was the longest process.
What I think is really clever about your design is passthrough USB-C and then not needing your own battery. So essentially you've got a micro, probably with it's own memory?
So elegant.
Others are saying you must have had your Taiwan contacts beforehand, but even without that, two weeks for board manufacturing isn't unrealistic I'd think, even for a noob, and lucky for you the board design should have been pretty simple.
Can I ask what your experience going through YC as a consumer hardware founder was like?
If you're curious about what we're building, we're enhancing the restorative function of sleep, without altering sleep time. Check out https://affectablesleep.com
I think for consumer, if you can really simplify the product and solve the absolute basic version, the costs should be low enough to validate the idea. YC will value your skills to create this simple version, and that you are able to actually execute and create something that could be real.
The missing link was really showing I could take a prototype and mass produce it (even at a small scale). That was what this whole exercise was about.
One additional note that comes to mind, building really great partnerships is essential for hardware to work.
Joyce flew from Taiwan to make sure I had them in my hands, folded boxes with me in the office, and just as she got over her jet lag and went back to Taiwan.
It eventually needs to do something the phone software cant do itself. For example more powerful AI chip than the phone has.
We live in a physical world, and some of us should build things for it.
In some ways, if this instigates them implement it in their OS, we are doing our job, and then we can pivot and keep working on ideas that we hope will serve others.