Is anybody making smart glasses that are just a display? For me, the rest of the feature set verges on being anti-features. I'd much rather a very rudimentary display that my phone or another device could send relatively low bandwidth data to over bluetooth or some other protocol and build from there.
Having a camera or a mic on the glasses themselves seems like something I'd mostly want to avoid for privacy, and having a speaker just seems like gilding the lily when we already have a variety of headphones to choose from.
You can send low-resolution images to them via Bluetooth. I just figured out how to read button presses. There are speakers and a mic, but I haven't figured out how to use them yet (they don't show up as regular audio devices on Linux).
You'd need to write custom stuff to generate the images, but with a little imagemagick scripting I've had some pretty usable results.
To be honest most of my apps are web pages now. Even on my phone I do not use any more than the default apps. For what is missing I have written my own self-hosted pages.
I sometimes wonder why people "synchronize" anything, since everything is in my self-hosted instance.
Note that Solos smart glass from one of other comments might be on eBay for $49 each, but they used to be $499 new. Even Realities G1 is $599. Vufine was way cheaper at $199, but it was wired only and it came with no software whatsoever.
Smart glasses inevitably cost in those ranges because the exotic displays used on them are costly to make and/or operate. Inkjet OLED on silicon or reflexive monochrome LCD with RGB sequential front lighting combined with a prism system or things of that nature.
IOW, those excessive feature sets isn't drawn from product concepts or user stories, they're drawn backwards from cumulative parts and engineering costs to justify MSRP. Same reasons as why almost all EVs are marketed as premium products, they can't make them cheaply so they're adding extra glitters in paint to justify price tags.
If anyone could make displays smaller than a pinky fingernail at $5 that can be driven with an Arduino... then there would be lots of smart glasses that are just Bluetooth picture frames.
Not quite "smart glasses", but if you want "glasses that are just a display", the Lenovo Legion Glasses are pretty good and they look like normal aviators at first glance.
I have a pair and I've been experimenting a bit.
For iOS you can mirror display or use Stage Manager. For Android, at least with Samsung, DEX is pretty decent.
For audio, they're decent too, I like the convenience and comfort. The audio has good fidelity, but depth is mediocre (better than phone speakers though).
FWIW I say DEX is decent, having much of the same gripes as I do with Stage Manager. Dual screen, resizing windows, and full screen support is still a mixed bag on all mobile devices. It can be very frustrating at times. Application support on iOS and Android is about the same, which is disappointing. Supposedly iOS 26 fixes some of this, but I haven't tried the beta.
It’s wired and very finicky. Basically a 10 year old solution to this problem. I have on in my collection. It’s cool but not really useful or in same tier as the other products being mentioned.’
ever since reading the opening chapter of Charles Stross' Accelerando, this is what I've wanted.. an always present live information feed available on tap at any time.
It would be difficult to do head tracking without a camera and having it fixed in your view would limit what you could do with it and be distracting I think (depends on the use case/person though)
Because smart glasses, that flash a light and make a loud noise when taking a picture, are more invasive than phones literally everywhere? Or street billboards with built in cameras?
Or how about dash cams in cars? CCTV cameras on ATMs as you walk down the street?
Reframe this to accommodate for the prevalence and general expectations of where cameras exist.
Many people walk around with a mobile device out, essentially carrying a device with (increasingly) close to a 360 camera view. Cameras are ubiquitous and targeting one niche device is a waste of time and effort.
I have Rayban Metas and the hardware is great...but the software borders on being unhelpful. If they merely served a dumb camera and bluetooth headset to my phone they'd be an unbelievably good product.
Meta won't do this because they want to capture _everything_ going on, but I don't want to chat with Meta's AI, it is very bad, I want to chat with Gemini or ChatGPT and I can do so with their glasses but I must initiate that on my phone (Meta won't give you wakewords for OpenAI/Google of course).
So my suggestion here would be don't? There is no need for an app store or anything like that, just the thinest software layer you need to make the sunglass hardware work as a dumb bluetooth headset and remote camera for the user's phone.
How do the glasses serve as a "dumb camera to your phone"? What protocol do they use to do this? It doesn't exist. It's something that must be solved at the OS layer.
What if you want to use multiple apps? Are you going to spend 2 minutes each time disconnecting Bluetooth from one phone app, connecting to another, and then using it? No, you need to runtime that lets multiple apps access the sensors as needed.
Do you want to make an app that accesses the microphone? If you want to have translation app running at the same time that you're taking notes, then again you need some way to allow multiple apps to run at once.
> How do the glasses serve as a "dumb camera to your phone"? What protocol do they use to do this? It doesn't exist. It's something that must be solved at the OS layer.
USB webcams have been a thing for years ;)
I have a pair of Xreal glasses and, while they don’t have a camera, they do have the other components. They are entirely dumb. You plug the USB cable into your phone/laptop/portable gaming device and that’s literally it.
The cable runs discreetly from the back of the ear and has the additional benefit that you don’t need a heavy battery built into the frame of the glasses.
So you definitely can have a XR glasses that are “dumb”.
META wants to be the Android of smart glasses because they know it will be the next dominate form factor when we have desirable devices (also why they are starting with less hardware but a form factor people feel comfortable wearing in public)
Android XR is coming out with Moohan next month, if Visor ever comes out, it is believed that will eventually by on AXR. Apple still seems hobbled since Jobs left
It is hard for me to swallow the promise of smart glasses and I was dev-ing for the original Google glass.
It's awkward, battery life is a pittance, the display can be useful but only in select cases. Controls are always an issue. LLMs won't actually fix that - voice control is not the answer.
Disagree with you there having used Rayban Metas for about six months.
Always-on access to an LLM via voice is a useful and novel way of interacting with computers.
From trivial things like asking it about a landmark I'm seeing or when I'm driving to tell me about some historical event (almost like an on tap podcast), to slightly more useful things like asking it to add stuff to my calendar/reminders when I'm biking home.
It certainly isn't a replacement for a more robust interface, but it is a very nice way of using a computer while I'm out and about and don't want to pull out my phone.
This comment reminds me of a simple `esp32` project I saw recently that lets you send your LLM requests via SMS. It basically offloads everything. Particularly useful when you don't have a decent data connection, but can still send SMS.
I was about to make the exact same comment. But then I remembered that there are billions of people who buy products advertised on Facebook and TikTok because it's "cool" and "fun". So what do I know about the future of smart glasses OS? Probably nothing.
Not really, despite the repo being named MentraOS, this repo seems to include only some mobile apps (that either run on a phone or on the glasses), some server code, and some SDKs.
Mentra glasses are likely running on a fork of AOSP, which is not in this repo.
Mentra Live runs AOSP similar to the other AI glasses on the market (Ray-Ban, Xiaomi AI Glasses, RayNeo V3 AI Glasses, etc). It's heavy, but allows us to ship fast. You'll find this code in `asg_client` folder.
We're also working on a pair of HUD glasses that will release in 2026 using an NRF5340 MCU. The code for this is being developed in the `mcu_client` folder.
Most smart glasses just run AOSP, that's the path of least resistance. Ones without displays are often just Bluetooth headsets in shape of eyeglasses, and only the ones with cameras but not displays are the ones that run a lightweight OS.
We're also looking to support the Brilliant Labs Halo glasses once they release later this year.
Regarding Ray-Bans: We'd love to support those, but the Ray-Bans are extremely locked down. Nobody has found a jailbreak yet. We're always open to support more glasses provided they're all-day wearable and have an SDK.
Good to see someone jump on these early with FOSS. Seems pretty early days for the this OS and the tech though. No device has full support yet. I'm still not convinced smart glasses are going to have any staying power either.
Fwiw we've been building open source smart glasses tech for 7 years, without a dime of funding until ~9 months ago, you can see it all on GitHub. We actually want this next platform to be open, that's our mission.
Live translation is something I've been dreaming about since Google Glass. I just want translation, subtitles, turn by turn directions, and ad blocking.
The idea of ad blocking with smart glasses kind of freaks me out. I'll take additive but I don't want subtractive reality where parts of the world are being hidden from me.
Even Realities G1 glasses, which support Mentra, will do the first 2. The 3rd is partial, not quite turn by turn, but you can see a map around you with them on
Augmented reality is what you already have right here, right now, on your wrist and in your ears.
In my book, AR is completely invisible, until you need it:
- A smart watch + strict notification filters (good idea either way), means you only see a notification when something worthy of your attention happens (you get a text, event reminder, etc). You can glance at the notification and decide if it requires your reaction, instead of reaching for your phone. (And likely, waste another 10min on it.)
- Wireless earbuds with turn-by-turn directions, especially for walking and public transport. Again, you don't need a screen, you can admire your surroundings or read a book.
- Pay for stuff. If you'd spend 10s on pulling a card out of your wallet, it saves you an hour of your life per year.
- Track your vitals. Overall not that important, until you notice and suspect something is wrong - you can compare things month over month, see trends, show it to your doctor, etc. I took a hard hit falling off a skateboard, my watch started a countdown to call for help - I stopped it, but I needed a minute to get up, so it was really reassuring to have this.
It's not that the OS is not open source, it's that it seems a privacy nightmare; the fact that the app also runs on the developers' servers just adds to the amount of parties you need to trust. That you and the people around you need to trust, actually.
And the company has strong connections to China, by the way.
The system is also not very open, if the users are forced to use your store.
It seems unlikely that there's much to be salvaged, given that you're using AOSP as the actual operating system.
MentraOS allows multiple apps to run at the same time and access context at the same time by running apps in the cloud.
This is enabled by relay servers. You can use Mentra's relay server, or host your own.
This is the architecture that we use and recommend so multiple apps can run at once and access powerful AI, while saving your phones battery. If you need to run offline or on the edge, we're working on the Mentra Edge SDK so you can skip the cloud, but it has downsides - only 1 app at a time.
Remember, every app on your phone is communicating with its own backend - which you have to trust. This isn't different.
Users aren't forced to use the store. You can self host a relay server, self host a store, etc.
MentraOS is a cloud OS (there doesn't exist a good way to build this on the edge, we've tried). Users don't need our cloud service, however, as it can be self-hosted:
> Cayden 凯登 Pierce CEO/CTO/Founder
> Cayden leads Mentra, overseeing software, hardware, and operations across San Francisco and Shenzhen
> Nicolo Micheletti
> In late 2024, he dropped out of Tsinghua University in Beijing to work on MentraOS
> Thomas Tee
> Head of Hardware
> Thomas leads Mentra’s hardware team in Shenzhen
> Mentra Shenzhen
> Baoan, Shenzhen,
> 广东省深圳市宝安区
> 新安街道创业二路
> 中洲中央公寓1905室
I was in Shenzhen, electronics market district. I hear Christmas music. What the hell? I round the corner to see a large stage and seating. There is a large banner in English that says, “Consumption Festival”.
> We're a squad of hardcore builders between San Francisco and Shenzhen working 996 to build the next personal computer. We're upgrading human intelligence with high bandwidth interfaces. We're transhumanist hackers. And we're not just here for a job. We're here for a mission.
Being upfront about 996 (and jira hatred further down the page) is wild. I sort of love it.
Is anybody making smart glasses that are just a display? For me, the rest of the feature set verges on being anti-features. I'd much rather a very rudimentary display that my phone or another device could send relatively low bandwidth data to over bluetooth or some other protocol and build from there.
Having a camera or a mic on the glasses themselves seems like something I'd mostly want to avoid for privacy, and having a speaker just seems like gilding the lily when we already have a variety of headphones to choose from.
Not to toot my own horn, but I've been fiddling with a now-discontinued, very cheap pair of display smart glasses: https://news.ycombinator.com/item?id=45087803
You can send low-resolution images to them via Bluetooth. I just figured out how to read button presses. There are speakers and a mic, but I haven't figured out how to use them yet (they don't show up as regular audio devices on Linux).
You'd need to write custom stuff to generate the images, but with a little imagemagick scripting I've had some pretty usable results.
To be honest most of my apps are web pages now. Even on my phone I do not use any more than the default apps. For what is missing I have written my own self-hosted pages.
I sometimes wonder why people "synchronize" anything, since everything is in my self-hosted instance.
I think most of Xreal's offerings are just a display you plug into a phone or laptop.
Loads. I’ve got a pair of Xreal glasses and use it regularly.
Most people pursuing this include display + microphone.
The microphone lets you pick up voice, which is critical. Captions, translation, note-taking, etc. all benefit from this.
Even Realities G1 is this. Mentra is releasing a pair in first half of 2026 like this. Display + microphone.
Note that Solos smart glass from one of other comments might be on eBay for $49 each, but they used to be $499 new. Even Realities G1 is $599. Vufine was way cheaper at $199, but it was wired only and it came with no software whatsoever.
Smart glasses inevitably cost in those ranges because the exotic displays used on them are costly to make and/or operate. Inkjet OLED on silicon or reflexive monochrome LCD with RGB sequential front lighting combined with a prism system or things of that nature.
IOW, those excessive feature sets isn't drawn from product concepts or user stories, they're drawn backwards from cumulative parts and engineering costs to justify MSRP. Same reasons as why almost all EVs are marketed as premium products, they can't make them cheaply so they're adding extra glitters in paint to justify price tags.
If anyone could make displays smaller than a pinky fingernail at $5 that can be driven with an Arduino... then there would be lots of smart glasses that are just Bluetooth picture frames.
The "Even Realities G1" and "Vuzix Z100" options listed in the compatibility doc look interesting.
https://github.com/Mentra-Community/MentraOS/blob/main/glass...
https://www.evenrealities.com/g1
https://www.vuzix.com/products/z100-smart-glasses
Not quite "smart glasses", but if you want "glasses that are just a display", the Lenovo Legion Glasses are pretty good and they look like normal aviators at first glance.
I have a pair and I've been experimenting a bit.
For iOS you can mirror display or use Stage Manager. For Android, at least with Samsung, DEX is pretty decent.
For audio, they're decent too, I like the convenience and comfort. The audio has good fidelity, but depth is mediocre (better than phone speakers though).
FWIW I say DEX is decent, having much of the same gripes as I do with Stage Manager. Dual screen, resizing windows, and full screen support is still a mixed bag on all mobile devices. It can be very frustrating at times. Application support on iOS and Android is about the same, which is disappointing. Supposedly iOS 26 fixes some of this, but I haven't tried the beta.
https://www.xreal.com/us/
https://global.rokid.com/
Both of these companies make exactly that. I have Rokid Max, can't comment on the quality for the Xreal
I own the Xreal One Pro – they are very good! (I wish their resolution was higher than 1080p but no one else offers anything better, either.)
https://store.vufine.com/ I think vufine might be what you are looking for, I don't know much about them as well, also found it here on Hacker News.
It’s wired and very finicky. Basically a 10 year old solution to this problem. I have on in my collection. It’s cool but not really useful or in same tier as the other products being mentioned.’
Yeah, same here—just give me a clean display and Bluetooth. No cameras, mics, or speakers needed!
THIS!
ever since reading the opening chapter of Charles Stross' Accelerando, this is what I've wanted.. an always present live information feed available on tap at any time.
It would be difficult to do head tracking without a camera and having it fixed in your view would limit what you could do with it and be distracting I think (depends on the use case/person though)
"Is anybody making smart glasses that are just a display?"
it is called smart glasses when its just "glasses" ???
Glasses with a camera should be legislated away with specific narrow exceptions for e.g. safety in certain industrial tasks.
Because smart glasses, that flash a light and make a loud noise when taking a picture, are more invasive than phones literally everywhere? Or street billboards with built in cameras?
Or how about dash cams in cars? CCTV cameras on ATMs as you walk down the street?
Reframe this to accommodate for the prevalence and general expectations of where cameras exist.
Many people walk around with a mobile device out, essentially carrying a device with (increasingly) close to a 360 camera view. Cameras are ubiquitous and targeting one niche device is a waste of time and effort.
Sounds like a lobbyist pitch from Big Camera Glasses
Here's the deal, you don't need any of this.
I have Rayban Metas and the hardware is great...but the software borders on being unhelpful. If they merely served a dumb camera and bluetooth headset to my phone they'd be an unbelievably good product.
Meta won't do this because they want to capture _everything_ going on, but I don't want to chat with Meta's AI, it is very bad, I want to chat with Gemini or ChatGPT and I can do so with their glasses but I must initiate that on my phone (Meta won't give you wakewords for OpenAI/Google of course).
So my suggestion here would be don't? There is no need for an app store or anything like that, just the thinest software layer you need to make the sunglass hardware work as a dumb bluetooth headset and remote camera for the user's phone.
That sounds nice but there's problems in reality.
How do the glasses serve as a "dumb camera to your phone"? What protocol do they use to do this? It doesn't exist. It's something that must be solved at the OS layer.
What if you want to use multiple apps? Are you going to spend 2 minutes each time disconnecting Bluetooth from one phone app, connecting to another, and then using it? No, you need to runtime that lets multiple apps access the sensors as needed.
Do you want to make an app that accesses the microphone? If you want to have translation app running at the same time that you're taking notes, then again you need some way to allow multiple apps to run at once.
MentraOS solves those problems.
> How do the glasses serve as a "dumb camera to your phone"? What protocol do they use to do this? It doesn't exist. It's something that must be solved at the OS layer.
USB webcams have been a thing for years ;)
I have a pair of Xreal glasses and, while they don’t have a camera, they do have the other components. They are entirely dumb. You plug the USB cable into your phone/laptop/portable gaming device and that’s literally it.
The cable runs discreetly from the back of the ear and has the additional benefit that you don’t need a heavy battery built into the frame of the glasses.
So you definitely can have a XR glasses that are “dumb”.
(obex or opp or ftp, if you don't care about live previews. Nokia S60 could just do it, so could Windows Mobile 6.x and under. iOS/most Android, nope)
META wants to be the Android of smart glasses because they know it will be the next dominate form factor when we have desirable devices (also why they are starting with less hardware but a form factor people feel comfortable wearing in public)
Android XR is coming out with Moohan next month, if Visor ever comes out, it is believed that will eventually by on AXR. Apple still seems hobbled since Jobs left
It is hard for me to swallow the promise of smart glasses and I was dev-ing for the original Google glass.
It's awkward, battery life is a pittance, the display can be useful but only in select cases. Controls are always an issue. LLMs won't actually fix that - voice control is not the answer.
Disagree with you there having used Rayban Metas for about six months.
Always-on access to an LLM via voice is a useful and novel way of interacting with computers.
From trivial things like asking it about a landmark I'm seeing or when I'm driving to tell me about some historical event (almost like an on tap podcast), to slightly more useful things like asking it to add stuff to my calendar/reminders when I'm biking home.
It certainly isn't a replacement for a more robust interface, but it is a very nice way of using a computer while I'm out and about and don't want to pull out my phone.
This comment reminds me of a simple `esp32` project I saw recently that lets you send your LLM requests via SMS. It basically offloads everything. Particularly useful when you don't have a decent data connection, but can still send SMS.
edit: found it https://www.reddit.com/r/arduino/comments/1n7r3vl/a_textbot_...
I was about to make the exact same comment. But then I remembered that there are billions of people who buy products advertised on Facebook and TikTok because it's "cool" and "fun". So what do I know about the future of smart glasses OS? Probably nothing.
How open-source are these glasses really? Are all software components compilable from source, or do they just publish an SDK Espressif-style?
It looks like it really is open source. Even the "cloud" components appear to be open source, and are in this repo.
https://docs.mentra.glass/contributing
It's all open-source:
https://github.com/Mentra-Community/MentraOS
Not really, despite the repo being named MentraOS, this repo seems to include only some mobile apps (that either run on a phone or on the glasses), some server code, and some SDKs. Mentra glasses are likely running on a fork of AOSP, which is not in this repo.
AOSP (or even a minimal fork) is way too heavy to be running on the glasses. It looks like the firmware is quite minimal and the "OS" is the app.
https://github.com/Mentra-Community/MentraOS/tree/main/mcu_c...
Mentra Live runs AOSP similar to the other AI glasses on the market (Ray-Ban, Xiaomi AI Glasses, RayNeo V3 AI Glasses, etc). It's heavy, but allows us to ship fast. You'll find this code in `asg_client` folder.
We're also working on a pair of HUD glasses that will release in 2026 using an NRF5340 MCU. The code for this is being developed in the `mcu_client` folder.
Very interesting. Thanks for the correction/info!
Most smart glasses just run AOSP, that's the path of least resistance. Ones without displays are often just Bluetooth headsets in shape of eyeglasses, and only the ones with cameras but not displays are the ones that run a lightweight OS.
It seems to be an SDK for apps running on existing iOS and Android devices, hardly an OS.
> Devs get to write 1 app that runs on any pair of smart glases.
Except it seems they only run on Mentra glasses. Not Meta Ray-Bans, Echo Frames, or any of the many other existing smart glasses platforms.
Hey, thanks for commenting, but this isn't true. You can check out our glasses compatibility list here:
https://github.com/Mentra-Community/MentraOS/blob/main/glass...
We're also looking to support the Brilliant Labs Halo glasses once they release later this year.
Regarding Ray-Bans: We'd love to support those, but the Ray-Bans are extremely locked down. Nobody has found a jailbreak yet. We're always open to support more glasses provided they're all-day wearable and have an SDK.
Related. Others?
Show HN: Sheet Music in Smart Glasses - https://news.ycombinator.com/item?id=43906442 - May 2025 (25 comments)
I just found out about them and it seems super good. I wonder why Meta doesn't support such a thing called "Meta Glasses Application Store"
because developers would immediately make ick apps that violate privacy or do black mirror type things that would kill any momentum
Meta is already doing that and they want all the cake for themselves
I'm more than happy to develop my own apps, but it doesn't appear that they support any one product with all the features yet.
Good to see someone jump on these early with FOSS. Seems pretty early days for the this OS and the tech though. No device has full support yet. I'm still not convinced smart glasses are going to have any staying power either.
I would save your excitement. It's likely the same old playbook that every PE backed startup uses
Fwiw we've been building open source smart glasses tech for 7 years, without a dime of funding until ~9 months ago, you can see it all on GitHub. We actually want this next platform to be open, that's our mission.
Very excited by all this! Have been searching for something like this for so long!
Live translation is something I've been dreaming about since Google Glass. I just want translation, subtitles, turn by turn directions, and ad blocking.
The idea of ad blocking with smart glasses kind of freaks me out. I'll take additive but I don't want subtractive reality where parts of the world are being hidden from me.
> parts of the world are being hidden from me
There's a Black Mirror episode on that (and more), S2E4 White Christmas.
> I don't want subtractive reality where parts of the world are being hidden from me
I’ll make an exception for ad blocking as long as there’s a visual marker where the ad was.
Translation, subtitles, turn by turn directions - use them today!
Ad blocking - we'll need a research team and 5 years https://xkcd.com/1425/
Even Realities G1 glasses, which support Mentra, will do the first 2. The 3rd is partial, not quite turn by turn, but you can see a map around you with them on
> and ad blocking
The possibility of shooting ads directly into the retina is probably the main driving force behind smart glasses.
And ultimate attention analysis
and a moving camera with a good excuse to be always on and analyzing everything
this doesn't include AR right? it can't overlay stuff on what i'm seeing? if not, then it's pretty useless
You're right, it doesn't. Because the glasses that you can actually wear today are not MR/AR.
But as the tech progresses, so will MentraOS to support spatial experiences.
I'm with you. Augmented Reality is what I'm looking for. I've been dreaming about it for decades.
Augmented reality is what you already have right here, right now, on your wrist and in your ears.
In my book, AR is completely invisible, until you need it:
- A smart watch + strict notification filters (good idea either way), means you only see a notification when something worthy of your attention happens (you get a text, event reminder, etc). You can glance at the notification and decide if it requires your reaction, instead of reaching for your phone. (And likely, waste another 10min on it.)
- Wireless earbuds with turn-by-turn directions, especially for walking and public transport. Again, you don't need a screen, you can admire your surroundings or read a book.
- Pay for stuff. If you'd spend 10s on pulling a card out of your wallet, it saves you an hour of your life per year.
- Track your vitals. Overall not that important, until you notice and suspect something is wrong - you can compare things month over month, see trends, show it to your doctor, etc. I took a hard hit falling off a skateboard, my watch started a countdown to call for help - I stopped it, but I needed a minute to get up, so it was really reassuring to have this.
Store requiring an account, and apps actually running on their servers.
This is definitely not the smart glasses operating system to converge on.
If there's anything worthwhile in it I'd advise interested people in forking it, and turning it into an actually open open-source operating system.
Hey thanks for commenting. Developers host their own apps - they don't run on our servers. See:
https://docs.mentra.glass/ubuntu-deployment
https://docs.mentra.glass/railway-deployment
In your opinion, what do you think should change to make this an "actual" open source OS?
Ok, although everything seems to go through the "MentraOS Cloud" (https://docs.mentra.glass/core-concepts).
It's not that the OS is not open source, it's that it seems a privacy nightmare; the fact that the app also runs on the developers' servers just adds to the amount of parties you need to trust. That you and the people around you need to trust, actually.
And the company has strong connections to China, by the way.
The system is also not very open, if the users are forced to use your store.
It seems unlikely that there's much to be salvaged, given that you're using AOSP as the actual operating system.
MentraOS allows multiple apps to run at the same time and access context at the same time by running apps in the cloud.
This is enabled by relay servers. You can use Mentra's relay server, or host your own.
This is the architecture that we use and recommend so multiple apps can run at once and access powerful AI, while saving your phones battery. If you need to run offline or on the edge, we're working on the Mentra Edge SDK so you can skip the cloud, but it has downsides - only 1 app at a time.
Remember, every app on your phone is communicating with its own backend - which you have to trust. This isn't different.
Users aren't forced to use the store. You can self host a relay server, self host a store, etc.
So without their cloud service no apps.
Wouldn‘t call that an OS.
MentraOS is a cloud OS (there doesn't exist a good way to build this on the edge, we've tried). Users don't need our cloud service, however, as it can be self-hosted:
https://github.com/Mentra-Community/MentraOS/tree/main/cloud
https://cloud-docs.mentra.glass/
If there's no good way to run applications on your smart glasses, they don't seem to be too smart...
Ah. I was about to ask if it is private and if the AI can run on-device, but I guess this comments answers all my questions in the negative. Too bad.
Just as its name indicates, it’s one of the same that comes up every month and produces undesirable waste at the end of the cycle
Ridiculous.
Based on everything ive been able to infer and the comments on this thread, perhaps safe yo classify this under the FauxSS rather than FOSS
Love this bit from mentra's careers page, https://mentra.glass/pages/careers
I love how direct Chinese language/culture is. (At least from my perspective.)
They're not Chinese
I was in Shenzhen, electronics market district. I hear Christmas music. What the hell? I round the corner to see a large stage and seating. There is a large banner in English that says, “Consumption Festival”.
> We're a squad of hardcore builders between San Francisco and Shenzhen working 996 to build the next personal computer. We're upgrading human intelligence with high bandwidth interfaces. We're transhumanist hackers. And we're not just here for a job. We're here for a mission.
Being upfront about 996 (and jira hatred further down the page) is wild. I sort of love it.
If smart glasses can’t self-adjust vision or flag cataracts, they’re missing the point. This is not being discussed.
also the range of shapes... they all seem to be "round" glasses.. I look like an idiot in round glasses i need rectangular shaped lenses.