The historical progression from text to still images to audio to moving images will hold true for AI as well.
Just look at OpenAI's progression as well from LLM to multi-modal to the realtime API.
A co-worker almost 20 years ago said something interesting to me as we were discussing Al Gore's CurrentTV project: the history of information is constrained by "bandwidth". He mentioned how broadcast television went from 72 hours of "bandwidth" (3 channels x 24h) per day to now having so much bandwidth that we could have a channel with citizen journalists. Of course, this was also the same time that YouTube was taking off.
> The historical progression from text to still images to audio to moving images will hold true for AI as well.
You'll have to explain what you mean by this. Direct speech, text, illustrations, photos, abstract sounds, music, recordings, videos, circuits, programs, cells... these are all just different mediums with different characteristics. There is no "progression" apparent among them. Why should there be? They each fulfill different ends and have different occasions for which they best suit.
We seem to have discovered a new family of tools that help lossilly transform content or intent from one of these mediums to some others, which is sure to be useful in its own ways. But it's not a medium like the above in the first place, and with none of them representing a progression, it certainly doesn't either.
I'd argue that multimodal analysis can improve uni/bimodal models.
There is overlap between text to image and text to video -- image would help video animating interesting or complex prompts; video would help image learn how to differentiate features as there are additional clues in terms of how the image changes and remains the same.
There's overlap with audio, text transcripts, and video around learning to animate speech e.g. by leaning how faces move with the corresponding audio/text.
There's overlap with sound and video -- e.g. being able to associate sounds like dog barking without direct labelling of either.
The progression of distribution. Printing press, photos, radio, movies, television. The early web was text, then came images, then audio (Napster age), and then video (remember that Netflix used to ship DVDs?).
The flip side of that is production and the ratio of producers to consumers. As the bandwidth for distribution increases, there is a decrease in the cost and complexity for producers and naturally, we see the same progression with producers on each new platform and distribution technology: text, still images, audio, moving images.
But it's not a progression. There's no transitioning. It's just the introduction of new media alongside prior ones.
And as a sibling commenter noted, the individual history of these media are disjoint and not really in the sequence you suggest.
Regardless, generative AI isn't a media like any of these. It's a means to transform media from one type to another, at some expense and with the introduction of loss/noise. There's something revolutionary about how easy it makes it to perform those transitions, and how generally it can perform them, but it's fundamentally more like a screwdriver than a video.
Not in the information age. This cascade just corresponds to how much data and processing power is needed for each.
It is entirely logical to say that AI development will follow the same progression as the early internet or as broadcast since they all fall under the same data constraints.
In the information age we've seen inconsistencies as well.
Ever since the release of Whisper and others, text-to-speech and speech-to-text have been more or less solved, while image generation seems to still sometimes have trouble. Earlier this week was a thread about how no image model could draw a crocodile without a tail.
Meanwhile, the first photographs predate the first sound recordings. And moving images without sound, of course, predate moving images with sound.
The original poster was trying to sound profound as though there was some set sequence of things that always happens through human development. But the reality is a much more mundane "less complex things tend to be easier than more complex things".
You could call it bandwidth, or call it entropy. I'd lean towards the more physical definition.
I think of how the USA had cable TV and hundreds of channels projecting all kinds of whatever in the 80s while here in the UK we were limited to our finite channels. To be fair those finite channels gave people something to talk about the next day, because millions of people saw the same thing. Surely a lot of what mankind has done is to tame entropy, like steam engines etc.
With AI and everyone having a prompt, it's surely a game changer. How it works out, we'll see.
So long as the spectrum is open for infinity, yes.
Was listening to a Seth Godin interview where he pointed out that there was a time when you had to purchase a slice of spectrum to share your voice on the radio. Nowadays you can put your thoughts on a platform, but that platform is owned by corporations who can and will put their thumb on thoughtcrime or challenges.
There's a related concept as well which is that as "bandwidth" increases, the ratio of producers to consumers pushes upwards towards 1. My take is that generative AI will accelerate this
It is not. Text is very dense information wise and recursive and you can formalize it. And easily coupled with interactions method. And more apt for automation. You can easily see this with software like Autocad which have both. There's a reason all protocol are texts.
Vision and audio plays a nice role, but that's because of humans and reality. real world <-> vision|audio <-> processing pipeline makes sense. But processing <-> data <-> vision|audio <-> data <-> processing cycle is just non sense and a waste of resources.
>Text is very dense information wise and recursive and you can formalize it.
There's been a lot of attempts over the years and varying degrees of accuracy, but I don't know if you can go as far as to "formalize" it. Beyond the syntax, (tokenising, syntactic chunking and ...beyond) there is the intent, and that is super hard to measure. And possibly, the problem with these prompts is they get things right a lot of the time but wrong say 5% of the time. Purely because they couldn't formalize it. My web hosting has 99.99% uptime which is a bit more reassuring than 95%.
It's a waste, because you could have just resolve the middleman and have data <-> processing cycle. When you increase resources use, that means some other metrics should be increased with an higher factor (car vs carriage and horses, computers vs doing computation by hand), otherwise it's a waste
Text is still a predominant medium of communication and information processing, and I don’t see that changing substantially. TFA was an article, not a video, and you wouldn’t want the HN comment section to be composed of videos or images. Similarly, video calls haven’t replaced texting.
Lately I've been realizing that as much as I value YouTube, much of the content is distorted by various incentives favoring length and frequency and a tech culture which overfocuses on elaborating steps as an equivalent to an explanation. This contributes to more duplicate content (often even within the same channel) and less in terms of refined conceptualization. I find myself often wishing I had outlines, summaries, and hyperlinks to greater details.
Of course, I can use AI tools to get approximations of such things, and it'll probably get better, which means we will now be using this increased bandwidth or progression to produce more video to be pushed out through the pipes and distilled by an AI tool into shorter video or something like hypertext.
That progression is obviously a consequence of being able to tackle increasingly large volumes of data, but that doesn’t make video an “ultimate API”, unless you just mean “the most demanding one in terms of data volume”.
I mean vision in the most general sense, not just a GUI.
Imagine OpenAI can not only read the inflection in your voice, but also nuances in your facial expressions and how you're using your hands to understand your state of mind.
And instead of merely responding as an audio stream, a real-time avatar.
If you want to try out Computer Use (awful name) in a relatively safe environment the Docker container Anthropic provide here is very easy to start running (provided you have Docker setup, I used it with Docker Deaktop for Mac): https://github.com/anthropics/anthropic-quickstarts/tree/mai...
Yes that's a good point! To be honest, I felt that I wanted to try it on the machine I used every day, but it's definitely a bit risky. Let me link that in the article.
For a typical GUI, the “mental model” actually needs to be 2.5D, due to stacked windows, popups, menus, modals, and so on. The article mentions that the model has difficulties with those.
Some time ago I made a prediction that accessibility is the ultimate API for the UI agents, but unfortunately multimodal capabilities went the other way. But we can still change the course:
This is a great place for people to start caring about accessibility annotations. All serious UI toolkits allow you to tell the computer what's on the screen. This allows things like Windows Automation https://learn.microsoft.com/en-us/windows/win32/winauto/entr... to see a tree of controls with labels and descriptions without any vision/OCR. It can be inspected by apps like FlauiInspect https://github.com/FlaUI/FlaUInspect?tab=readme-ov-file#main... But see how the example shows a statusbar with (Text "UIA3" "")? It could've been (Text "UIA3" "Current automation interface") instead for both a good tooltip and an accessibility label.
Now we can kill two birds with one stone - actually improve the accessibility of everything and make sure custom controls adhere to the framework as well, and provide the same data to the coming automation agents. The text description will be much cheaper than a screenshot to process. Also it will help my work with manually coded app automation, so that's a win-win-win.
As a side effect, it would also solve issues with UI weirdness. Have you ever had windows open something on a screen which is not connected anymore? Or under another window? Or minimised? Screenshots won't give enough information here to progress.
- A list of applications that are open
- Which application has active focus
- What is focused inside the application
- Function calls to specifically navigate those applications, as many as possible
We’ve found the same thing while building the client for testdriver.ai. This info is in every request.
I don't think vision is the ultimate API. It wasn't with "traditional" RPA and it won't with more advanced AI-RPA. It's inefficient. If you want something to be used by a bot, write an interface for a bot. I'd make an exception for end2end testing.
You're looking at it from a developer's perspective. For non-developers, vision opens up all sorts of new capabilities. And they won't have to rely on the software creator's view of what should be automated and what should not.
Most non-developers won't bother. You have shortcut on iOS and macOS which is like Scratch for automation and still only power users use it. Others just download the shortcut they want.
Vision plus accessibility metadata is the ultimate API. I see little reason that poorly designed flat UIs are going to confuse LLMs any less than humans, especially when they’re missing from the training data like most internal apps or the documentation on the web is out of date. Even a basic dump of ARIA attributes or the hierarchy from OS accessibility APIs can help a lot.
Doing real-time OCR on 1280x1024 bitmaps has been possible for... the last decade or so? Sure, you can now do it on 4K or 8K bitmaps, but that's just an incremental improvement.
Fact is, full-screen OCR coupled with innovations like "Google" has not lead to "ultimate" productivity improvements, and as impressive as OpenAI et al may appear right now, the impact of these technologies will end up roughly similar.
(Which is to say: the landscape will change, but not in a truly fundamental way. What you're seeing demonstrated right now is, roughly speaking, the next Clippy, which, believe it or not, was hyped to a similar extent around the time it was introduced...)
In this context Windows Recall makes total sense now from a AI learning perspective for them.
It’s actually a super cool development and I’m very exiting already to let my computer use any software like a pro infront of me. Paint me canvas of a savanna sunset with animals silhouette, produce me a track of uk garage house, etc. everything with all the layers and elements in the software not just an finished output.
"the Earth has only one mechanism for releasing heat to space, and that’s via (infrared) radiation. We understand the phenomenon perfectly well, and can predict the surface temperature of the planet as a function of how much energy the human race produces. The upshot is that at a 2.3% growth rate, we would reach boiling temperature in about 400 years. And this statement is independent of technology. Even if we don’t have a name for the energy source yet, as long as it obeys thermodynamics, we cook ourselves with perpetual energy increase."
Absolutely not I’m serious and that is exactly what is going on, it would be trolling to pretend the opposite or accepted the status quo as final.
Obviously we need to use a way to not harm and destroy our environment more but we are on a good way on that. But technically we need much much more energy.
Am I the only one thinking this is an awful way for AI to do useful stuff for you? Why would I train an AI to use a GUI? Wouldn’t it be better to just have the AI learn API docs and use that? I don’t want the AI to open my browser, open google maps and search for Shawarma, I want the AI to call a google api and give me the result.
The vast majority of Applications cannot be used by anything other than a GUI.
We built computers to be used by humans and humans overwhelmingly operate computers with GUIs. So if you want a machine that can potentially operate computers as well as humans then you're going to have to stick to GUIs.
It's the same reason we're trying to build general purpose robots in a human form factor.
The fact that a car is about as wide as a two horse drawn carriage is also no coincidence. You can't ignore existing infrastructure.
But I don’t want an AI to „operate a computer“… maybe I’m missing the point of this but I just can’t imagine a usecase where this is a good solution. For everything browser based, the burden of making an API is probably relatively small and if the page is simple enough, you could maybe even get away with training the AI on the page HTML and generating a response to send. And for everything that’s not browser-based, I would either want the AI embedded in the software (image editors, IDEs…) or not there are all.
You don't and that's fine but certainly many people are interested in such a thing.
>maybe I’m missing the point of this but I just can’t imagine a usecase where this is a good solution.
If it could operate computers robustly and reliabily then why wouldn't you ? Not everything someone does on a computer is a task they wouldn't like to automate away but can't with current technology.
>For everything browser based, the burden of making an API is probably relatively small
It's definitely not less effort than stricking to a GUI
>and if the page is simple enough, you could maybe even get away with training the AI on the page HTML and generating a response to send.
Sure in special circumstances, it may be a good idea to use something else.
>And for everything that’s not browser-based, I would either want the AI embedded in the software (image editors, IDEs…) or not there are all.
AI embedded in software and AI operating the computer itself are entirely different things. The former is not necessarily a substitute for the latter.
Having access to SORA is not at all the same thing as AI that can expertly operate Blender. And right now at least, studios would actually much prefer the latter.
Even if they were equivalent (they're not), then you wouldn't be able to operate most applications without developers explicitly supporting and maintaining it first. That's infeasible.
A general-purpose assistant should be able to perform general-purpose operations, meaning the same things people do on their computers, and without having to supply a special-purpose AI-compatible interface for every single function the AI might need to operate. The AI should be able to operate any interface a human can operate.
Vision is a crappy interface for computers but I think it could be a useful weapon against all the extremely "secure" platforms that refuse to give you access to your own data and refuse to interoperate with anything outside their militarized walled gardens.
Vision is the ultimate API.
The historical progression from text to still images to audio to moving images will hold true for AI as well.
Just look at OpenAI's progression as well from LLM to multi-modal to the realtime API.
A co-worker almost 20 years ago said something interesting to me as we were discussing Al Gore's CurrentTV project: the history of information is constrained by "bandwidth". He mentioned how broadcast television went from 72 hours of "bandwidth" (3 channels x 24h) per day to now having so much bandwidth that we could have a channel with citizen journalists. Of course, this was also the same time that YouTube was taking off.
The pattern holds true for AI.
AI is going to create "infinite bandwidth".
> The historical progression from text to still images to audio to moving images will hold true for AI as well.
You'll have to explain what you mean by this. Direct speech, text, illustrations, photos, abstract sounds, music, recordings, videos, circuits, programs, cells... these are all just different mediums with different characteristics. There is no "progression" apparent among them. Why should there be? They each fulfill different ends and have different occasions for which they best suit.
We seem to have discovered a new family of tools that help lossilly transform content or intent from one of these mediums to some others, which is sure to be useful in its own ways. But it's not a medium like the above in the first place, and with none of them representing a progression, it certainly doesn't either.
I'd argue that multimodal analysis can improve uni/bimodal models.
There is overlap between text to image and text to video -- image would help video animating interesting or complex prompts; video would help image learn how to differentiate features as there are additional clues in terms of how the image changes and remains the same.
There's overlap with audio, text transcripts, and video around learning to animate speech e.g. by leaning how faces move with the corresponding audio/text.
There's overlap with sound and video -- e.g. being able to associate sounds like dog barking without direct labelling of either.
The flip side of that is production and the ratio of producers to consumers. As the bandwidth for distribution increases, there is a decrease in the cost and complexity for producers and naturally, we see the same progression with producers on each new platform and distribution technology: text, still images, audio, moving images.
But it's not a progression. There's no transitioning. It's just the introduction of new media alongside prior ones.
And as a sibling commenter noted, the individual history of these media are disjoint and not really in the sequence you suggest.
Regardless, generative AI isn't a media like any of these. It's a means to transform media from one type to another, at some expense and with the introduction of loss/noise. There's something revolutionary about how easy it makes it to perform those transitions, and how generally it can perform them, but it's fundamentally more like a screwdriver than a video.
The progressing is the information density we can carry across a medium.
Pretty much all of them have followed the same pattern:
Text, images, audio, video, and maybe hologram as the end goal.
We are getting the same with AI today.
> The progression of distribution. Printing press, photos, radio, movies, television.
Your history is incorrect, though. Still images predate text, by a lot.
Cave paintings came before writing. Woodcuts came before the printing press.
Cave paintings are not distribution; you can't produce and distribute it like a copy of text or photograph.
Not in the information age. This cascade just corresponds to how much data and processing power is needed for each.
It is entirely logical to say that AI development will follow the same progression as the early internet or as broadcast since they all fall under the same data constraints.
In the information age we've seen inconsistencies as well.
Ever since the release of Whisper and others, text-to-speech and speech-to-text have been more or less solved, while image generation seems to still sometimes have trouble. Earlier this week was a thread about how no image model could draw a crocodile without a tail.
Meanwhile, the first photographs predate the first sound recordings. And moving images without sound, of course, predate moving images with sound.
The original poster was trying to sound profound as though there was some set sequence of things that always happens through human development. But the reality is a much more mundane "less complex things tend to be easier than more complex things".
> We seem to have discovered a new family of tools that help lossilly transform content or intent from one of these mediums to some others
That's not what LLMs do. More like AI art.
You could call it bandwidth, or call it entropy. I'd lean towards the more physical definition.
I think of how the USA had cable TV and hundreds of channels projecting all kinds of whatever in the 80s while here in the UK we were limited to our finite channels. To be fair those finite channels gave people something to talk about the next day, because millions of people saw the same thing. Surely a lot of what mankind has done is to tame entropy, like steam engines etc.
With AI and everyone having a prompt, it's surely a game changer. How it works out, we'll see.
So long as the spectrum is open for infinity, yes.
Was listening to a Seth Godin interview where he pointed out that there was a time when you had to purchase a slice of spectrum to share your voice on the radio. Nowadays you can put your thoughts on a platform, but that platform is owned by corporations who can and will put their thumb on thoughtcrime or challenges.
I really do love your comment. Cheers.
Thanks!
There's a related concept as well which is that as "bandwidth" increases, the ratio of producers to consumers pushes upwards towards 1. My take is that generative AI will accelerate this
I write a bit more in depth about it here: https://chrlschn.dev/blog/2024/10/im-a-gen-ai-maximalist-and...
It is not. Text is very dense information wise and recursive and you can formalize it. And easily coupled with interactions method. And more apt for automation. You can easily see this with software like Autocad which have both. There's a reason all protocol are texts.
Vision and audio plays a nice role, but that's because of humans and reality. real world <-> vision|audio <-> processing pipeline makes sense. But processing <-> data <-> vision|audio <-> data <-> processing cycle is just non sense and a waste of resources.
>Text is very dense information wise and recursive and you can formalize it.
There's been a lot of attempts over the years and varying degrees of accuracy, but I don't know if you can go as far as to "formalize" it. Beyond the syntax, (tokenising, syntactic chunking and ...beyond) there is the intent, and that is super hard to measure. And possibly, the problem with these prompts is they get things right a lot of the time but wrong say 5% of the time. Purely because they couldn't formalize it. My web hosting has 99.99% uptime which is a bit more reassuring than 95%.
Not a waste of resources, just an increase in use. This is why need more resources.
It's a waste, because you could have just resolve the middleman and have data <-> processing cycle. When you increase resources use, that means some other metrics should be increased with an higher factor (car vs carriage and horses, computers vs doing computation by hand), otherwise it's a waste
The information coursing through the world around us already exceeds our ability to grasp it by high orders of magnitude.
Three channels of television over 8 hours was already more than anyone had time to take in.
AI might be able to create a summarizing layers and relays that help manage that.
AI isn't going to create infinite bandwidth. It's as likely to increase entropy and introduce noise.
Text is still a predominant medium of communication and information processing, and I don’t see that changing substantially. TFA was an article, not a video, and you wouldn’t want the HN comment section to be composed of videos or images. Similarly, video calls haven’t replaced texting.
It's not that it will be replaced, but there's a natural progression of the types of media that is available on a given platform of distribution.
RF: text (telegram), audio, still images (fax), moving images
Web had the same progression: text, still images (inverted here), audio age (MP3s, Napster), video (Netflix, YouTube)
AI: text, images, audio (realtime API), ...?
Vision is the obvious next medium.
Lately I've been realizing that as much as I value YouTube, much of the content is distorted by various incentives favoring length and frequency and a tech culture which overfocuses on elaborating steps as an equivalent to an explanation. This contributes to more duplicate content (often even within the same channel) and less in terms of refined conceptualization. I find myself often wishing I had outlines, summaries, and hyperlinks to greater details.
Of course, I can use AI tools to get approximations of such things, and it'll probably get better, which means we will now be using this increased bandwidth or progression to produce more video to be pushed out through the pipes and distilled by an AI tool into shorter video or something like hypertext.
Progress!
That progression is obviously a consequence of being able to tackle increasingly large volumes of data, but that doesn’t make video an “ultimate API”, unless you just mean “the most demanding one in terms of data volume”.
That's the point: as bandwidth and capacity increases, there's a natural progression. So it's obvious that vision is next after audio.
Vision especially GUIs are a pretty limited API.
It reminded me of these old Unix lessons of Master Foo
https://prirai.github.io/books/unix-koans/#master-foo-discou...
I mean vision in the most general sense, not just a GUI.
Imagine OpenAI can not only read the inflection in your voice, but also nuances in your facial expressions and how you're using your hands to understand your state of mind.
And instead of merely responding as an audio stream, a real-time avatar.
Sweet! I'll have my own Holly from Red Dwarf!
or maybe my own HAL9000..
A little bit ambivalent on this haha, looking forward to seeing what comes of it either way though :)
Imagine how this could be abused.
If you want to try out Computer Use (awful name) in a relatively safe environment the Docker container Anthropic provide here is very easy to start running (provided you have Docker setup, I used it with Docker Deaktop for Mac): https://github.com/anthropics/anthropic-quickstarts/tree/mai...
Yes that's a good point! To be honest, I felt that I wanted to try it on the machine I used every day, but it's definitely a bit risky. Let me link that in the article.
I for one appreciate the name Computer Use, no flashy marketing name, just describes what is she's. LLM using a computer.
Hard to ask questions about Computer Use
also it contrasts nicely with Tool Use, which is about calling apis rather than clicking on things
It is literally a specialized subset of Tool Use both in concept and how it appears to be actually implemented.
Vision here means "2d pixel space".
The ultimate API is "all the raw data you can acquire from your environment".
For a typical GUI, the “mental model” actually needs to be 2.5D, due to stacked windows, popups, menus, modals, and so on. The article mentions that the model has difficulties with those.
Some time ago I made a prediction that accessibility is the ultimate API for the UI agents, but unfortunately multimodal capabilities went the other way. But we can still change the course:
This is a great place for people to start caring about accessibility annotations. All serious UI toolkits allow you to tell the computer what's on the screen. This allows things like Windows Automation https://learn.microsoft.com/en-us/windows/win32/winauto/entr... to see a tree of controls with labels and descriptions without any vision/OCR. It can be inspected by apps like FlauiInspect https://github.com/FlaUI/FlaUInspect?tab=readme-ov-file#main... But see how the example shows a statusbar with (Text "UIA3" "")? It could've been (Text "UIA3" "Current automation interface") instead for both a good tooltip and an accessibility label.
Now we can kill two birds with one stone - actually improve the accessibility of everything and make sure custom controls adhere to the framework as well, and provide the same data to the coming automation agents. The text description will be much cheaper than a screenshot to process. Also it will help my work with manually coded app automation, so that's a win-win-win.
As a side effect, it would also solve issues with UI weirdness. Have you ever had windows open something on a screen which is not connected anymore? Or under another window? Or minimised? Screenshots won't give enough information here to progress.
> It is very helpful to give it things like:
- A list of applications that are open - Which application has active focus - What is focused inside the application - Function calls to specifically navigate those applications, as many as possible
We’ve found the same thing while building the client for testdriver.ai. This info is in every request.
I don't think vision is the ultimate API. It wasn't with "traditional" RPA and it won't with more advanced AI-RPA. It's inefficient. If you want something to be used by a bot, write an interface for a bot. I'd make an exception for end2end testing.
You're looking at it from a developer's perspective. For non-developers, vision opens up all sorts of new capabilities. And they won't have to rely on the software creator's view of what should be automated and what should not.
Most non-developers won't bother. You have shortcut on iOS and macOS which is like Scratch for automation and still only power users use it. Others just download the shortcut they want.
If a GUI is confusing for humans AI will be have problems too.
So you still rely on developers to make reasonable GUIs
Vision plus accessibility metadata is the ultimate API. I see little reason that poorly designed flat UIs are going to confuse LLMs any less than humans, especially when they’re missing from the training data like most internal apps or the documentation on the web is out of date. Even a basic dump of ARIA attributes or the hierarchy from OS accessibility APIs can help a lot.
The problem is accessibility data and apis are very bad across the board.
Counterpoint: no, it's just more hype.
Doing real-time OCR on 1280x1024 bitmaps has been possible for... the last decade or so? Sure, you can now do it on 4K or 8K bitmaps, but that's just an incremental improvement.
Fact is, full-screen OCR coupled with innovations like "Google" has not lead to "ultimate" productivity improvements, and as impressive as OpenAI et al may appear right now, the impact of these technologies will end up roughly similar.
(Which is to say: the landscape will change, but not in a truly fundamental way. What you're seeing demonstrated right now is, roughly speaking, the next Clippy, which, believe it or not, was hyped to a similar extent around the time it was introduced...)
The way these new LLM vision models work is very different from OCR.
I saw a demo this morning of someone getting Claude to play FreeCiv (admittedly extremely badly): https://twitter.com/greggyb/status/1849198544445432229
Try doing that with Tesseract.
I bet Tesseract plays pretty badly too.
Existing OCR is extremely limited and requires custom narrow development.
"OCR : Computer Use" is as "voice-to-text : ChatGPT Voice"
In this context Windows Recall makes total sense now from a AI learning perspective for them.
It’s actually a super cool development and I’m very exiting already to let my computer use any software like a pro infront of me. Paint me canvas of a savanna sunset with animals silhouette, produce me a track of uk garage house, etc. everything with all the layers and elements in the software not just an finished output.
Lots of energy consumption just to create a remix of something that already exists.
Absolutely we need much much more energy and many many more powerful chips. Energy is a resource and we need to harvest more of it.
I don’t understand why people make a point about energy consumption as it would be something bad.
https://dothemath.ucsd.edu/2012/04/economist-meets-physicist...
"the Earth has only one mechanism for releasing heat to space, and that’s via (infrared) radiation. We understand the phenomenon perfectly well, and can predict the surface temperature of the planet as a function of how much energy the human race produces. The upshot is that at a 2.3% growth rate, we would reach boiling temperature in about 400 years. And this statement is independent of technology. Even if we don’t have a name for the energy source yet, as long as it obeys thermodynamics, we cook ourselves with perpetual energy increase."
Come on, the trolling is too obvious.
Absolutely not I’m serious and that is exactly what is going on, it would be trolling to pretend the opposite or accepted the status quo as final.
Obviously we need to use a way to not harm and destroy our environment more but we are on a good way on that. But technically we need much much more energy.
We are not on a good way, we are far away from our goals and at the moment AI‘s is near the same as Bitcoin.
We do things fast and expensive that could be done slow but cheap.
The problem is we are running out of time.
If you want more energy you first build clean energy sources then you can pump up consumption not the other way around.
Those goals you are referring to are made up as the illusion we are running out of time.
It’s usually the other way around. If we would do things only if the resources are there in the first place we wouldn’t the progress we have.
Agreed, let's go!
Am I the only one thinking this is an awful way for AI to do useful stuff for you? Why would I train an AI to use a GUI? Wouldn’t it be better to just have the AI learn API docs and use that? I don’t want the AI to open my browser, open google maps and search for Shawarma, I want the AI to call a google api and give me the result.
The vast majority of Applications cannot be used by anything other than a GUI.
We built computers to be used by humans and humans overwhelmingly operate computers with GUIs. So if you want a machine that can potentially operate computers as well as humans then you're going to have to stick to GUIs.
It's the same reason we're trying to build general purpose robots in a human form factor.
The fact that a car is about as wide as a two horse drawn carriage is also no coincidence. You can't ignore existing infrastructure.
But I don’t want an AI to „operate a computer“… maybe I’m missing the point of this but I just can’t imagine a usecase where this is a good solution. For everything browser based, the burden of making an API is probably relatively small and if the page is simple enough, you could maybe even get away with training the AI on the page HTML and generating a response to send. And for everything that’s not browser-based, I would either want the AI embedded in the software (image editors, IDEs…) or not there are all.
I think the two big applications for programmatically (AI or otherwise) operating a computer via this kind of UI automation are:
(1) Automated testing of apps that use traditional UIs, and
(2) Automating legacy apps that it is not practical or cost effective to update.
Google really don't want to provide a useful API to their search results.
>But I don’t want an AI to „operate a computer“…
You don't and that's fine but certainly many people are interested in such a thing.
>maybe I’m missing the point of this but I just can’t imagine a usecase where this is a good solution.
If it could operate computers robustly and reliabily then why wouldn't you ? Not everything someone does on a computer is a task they wouldn't like to automate away but can't with current technology.
>For everything browser based, the burden of making an API is probably relatively small
It's definitely not less effort than stricking to a GUI
>and if the page is simple enough, you could maybe even get away with training the AI on the page HTML and generating a response to send.
Sure in special circumstances, it may be a good idea to use something else.
>And for everything that’s not browser-based, I would either want the AI embedded in the software (image editors, IDEs…) or not there are all.
AI embedded in software and AI operating the computer itself are entirely different things. The former is not necessarily a substitute for the latter.
Having access to SORA is not at all the same thing as AI that can expertly operate Blender. And right now at least, studios would actually much prefer the latter.
Even if they were equivalent (they're not), then you wouldn't be able to operate most applications without developers explicitly supporting and maintaining it first. That's infeasible.
Anthropic is selling a product to people, not software engineers.
A general-purpose assistant should be able to perform general-purpose operations, meaning the same things people do on their computers, and without having to supply a special-purpose AI-compatible interface for every single function the AI might need to operate. The AI should be able to operate any interface a human can operate.
Sure, it's more effecient to have it use an API. And people have been integrating those for the last while.
But there's tons of applications that are locked behind a website or deckstop GUI with no API that are accessible via vision.
Vision is a crappy interface for computers but I think it could be a useful weapon against all the extremely "secure" platforms that refuse to give you access to your own data and refuse to interoperate with anything outside their militarized walled gardens.
I'd imagine you'd get higher quality leveraging accessibility integrations.
No, language is the ultimate API.
On the instruction-provision end, sure.