this post was submitted on 31 Jan 2024
245 points (91.0% liked)
Technology
59724 readers
3249 users here now
This is a most excellent place for technology news and articles.
Our Rules
- Follow the lemmy.world rules.
- Only tech related content.
- Be excellent to each another!
- Mod approved content bots can post up to 10 articles per day.
- Threads asking for personal tech support may be deleted.
- Politics threads may be removed.
- No memes allowed as posts, OK to post as comments.
- Only approved bots from the list below, to ask if your bot can be added please contact us.
- Check for duplicates before posting, duplicates may be removed
Approved Bots
founded 2 years ago
MODERATORS
you are viewing a single comment's thread
view the rest of the comments
view the rest of the comments
I don't think these glasses are intended for general public use right now. I know big businesses that want them for manufacturing quality control but outside that what is the point of AR?
As an industrial engineer I can think of plenty of uses of it has a halfway decent pathway overlay. Part picking with highlighted parts can be amazing and it could revolutionize assembly.
Outside factories, I’d love a gps hud on my car, and on walks. Not enough to sacrifice the little privacy I have in my own eyes though.
Edit: sorry was thinking AR glasses in general not these specifically. I wouldn’t even let my QC team use these. If the battery connection breaks you’re blind in a manufacturing environment and that’s dangerous
I don't want something that's an electrical failure from me being unable to see strapped over my head while driving.
At least Google Glass was transparent.
Oh full agreement there. I think a google glass like tool has a handful of potential applications. This specifically, I’d never put it on someone in a manufacturing environment for the exact same reason you won’t drive with one.
Hololense glasses already provides the uses you are referencing for part picking with their dynamic 365 program suite. I have personally implemented some uses at a few locations.
Outside of sku management or manufacturing, it is a stretch. I don't imagine people using these for every day use. There is little functionality that currently supports any use outside of a workplace.
Spoken like someone who lacks vision.
How about going to a foreign country and being able to navigate the streets like a local thanks to the overly guiding you to your destination like Waze? How about being able to read signs and communicate with locals thanks to the instant translation services built in? How about a virtual assistant that can walk you through an oil change specifically for your car? How about a cooking assistant that can warn you if your pot is about to boil over or if you forgot to add the butter? How about taking my shitty dystopian studio apartment and giving me a balcony view of a tropical beach?
There are countless applications for AR ranging from the mundane to the extremely helpful. The tech needs to be developed more before it will be adopted by the masses, but it's far from useless.
By 2030 we'll have AR in a sunglasses form factor with integrated AI that will be able to digitally remove the clothing of everyone you see with a good degree of accuracy for what's underneath.
Ok my bad, I wasn't talking about what the technology is 10 years from now. I was just saying in 2024, what technology exists for a general consumer that makes AR worth even talking about.
Those use cases already exist to an extent with current products. I use google translate every day on the jobsite, google maps already provides step by step navigation, youtube videos guide me on car repair, smart sensors with phone and smartwatch alerts for almost anything you can imagine, rollable and thin film transparent displays for walls and windows. Its hard to see AR/VR overtaking existing technologies except for niche use cases. The tech is gonna have to advance well past 2030 projections to be both cheap and feasible for practical use. Batteries will need an order of magnitude higher energy density and microchips will need to pass the teraFLOP barrier while consuming less than a watt of power, all while fitting into a comfortable and unobtrusive form factor suited for long term daily use. I don't see that happening anytime in the next decade honestly.