This AI Company Is Making The Most Underrated Models (Desert Ant Labs)

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00:00:00This might genuinely be the coolest AI company out there.
00:00:03It's called Desert Ant Labs and they are a European AI lab
00:00:07and they've set out on a very specific mission.
00:00:10Instead of chasing building big models,
00:00:13they're building tiny models that run entirely on your phone or your laptop
00:00:17offline with no server and no API keys required and with no token cost.
00:00:23So in this video, we'll take a look at 12 of their little AI models,
00:00:27see how they work and test them out one by one.
00:00:30It's going to be a lot of fun, so let's dive into it.
00:00:37So Desert Ant Labs whole philosophy is built around a certain body part, the cerebellum.
00:00:43It's about 10% of your brain by size, but it holds 80% of your brain's neurons.
00:00:49And that's the part of your brain that handles the fast thinking and reflexes
00:00:54like balance, timing, coordination.
00:00:56So the rest of your brain is free to think.
00:00:59And Desert Ant Labs wants to apply the same layer for software.
00:01:03So what they're doing is building small specialized models that handle the constant background work
00:01:09on device while the big cloud models handle the actual reasoning.
00:01:13And so far, they've shipped 12 of these for various tasks like converting audio, text, and vision.
00:01:19And they have a handful of beta models coming out soon as well.
00:01:23And look at their marketing pages.
00:01:25Look how gorgeous each of them are.
00:01:27I'm just so blown away by how stylish and tasteful their model presentations are.
00:01:32And everything they've shipped is open on Hugging Face.
00:01:35Their SDK is open on GitHub.
00:01:37And it's free to use up to 100,000 monthly active devices per platform.
00:01:42So I'm going to try out every single one of these 12 models and see how they perform.
00:01:47So let's go through the lab.
00:01:52First up, we have Voz.
00:01:54That's their special speech recognition model.
00:01:57The claim on their site is that they can transcribe 10 minutes of audio in about two seconds running entirely on an iPhone.
00:02:04So let's see if that claim actually holds up.
00:02:07So for this purpose, I vibe coded a little app using Opus 5 that uses this Voz model under the hood.
00:02:13And here, I'm going to select the file.
00:02:16And I recently visited Fan Expo where I saw Mr. T in person.
00:02:20And I recorded some clips of him talking.
00:02:23So I'm going to use one of these clips, which is a seven minute long video, and see how well it transcribes it.
00:02:28So, and as you can see by the numbers here, it did actually transcribe it in two seconds.
00:02:34And here's a little playback of what that transcription actually looks like.
00:02:38A black kid in the White House.
00:02:42You know, it wasn't a joke, but the main thing, you know, I tell people, I wasn't an uninvited guest.
00:02:49I didn't jump over the wall.
00:02:51I wasn't out there protesting.
00:02:56Next, we have a model called Clear.
00:02:58And this model promises speech enhancement that gives you warm, closed mic sound of a podcast studio.
00:03:06So let's try to record some awful noisy audio and see how well it processes it.
00:03:11I vibe coded a little iPhone app so I can test out the model directly on my iPhone device.
00:03:18And I recorded a little soundbite in my kitchen, and I turned the fan up so you can hear how that sounds in the original recording right over here.
00:03:28Hello, I'm coming to you live from a very, very loud kitchen in my apartment.
00:03:35Let's see how this all sounds after post-processing.
00:03:40Indeed, let's see how that sounds.
00:03:42So, with Clear applied, it sounds like this.
00:03:47Hello, I'm coming to you live from a very, very loud kitchen in my apartment.
00:03:53Let's see how this all sounds after post-processing.
00:03:58So, I mean, it's okay.
00:04:01I feel like the noise removal was 70% there.
00:04:05But to be honest, I gave this model a really hard task.
00:04:09So I would assume for a slightly less noisy audio, you would have a better output.
00:04:13But I just wanted to test it out on the most extreme example.
00:04:21Okay, next up, we have Clips.
00:04:22And this is a model that turns long recordings into cherry-picked shorts with highlights from the video's transcript.
00:04:30And this one has an insane benchmark because they claim Clips was able to clip 100,000 30-minute videos using 470 times less energy for the same job as Claude Sonnet.
00:04:42And they also shipped this model with a desktop app called Clipper.
00:04:46So for this demo, I'm going to use Clipper and see how it works.
00:04:50So the app is quite intuitive.
00:04:52You just drag in a video and then it processes it, transcribes it, and cuts it into short clips.
00:04:59And these clips are ranked based on what the model decides are the best moments of the whole video.
00:05:04And since I know the content of this video, I have to say the ranking is not the best because in terms of virality, there were better moments for sure that should have been ranked higher.
00:05:16And it's a shame that there's no way to tweak the way the model ranks the clips.
00:05:21But anyway, you also get a little title for each clip and a summary paragraph.
00:05:27And this comes from their little title model, which we will check in a moment.
00:05:35Next up, we have Redact, which is a model that strips personal data as you type.
00:05:40So sensitive information never reaches servers or logs.
00:05:43And it supports 27 languages.
00:05:45And this one has a ready-to-use demo on their marketing page.
00:05:49So I'm going to use that for this test.
00:05:51All right, as you can see, we already have some kind of an example here.
00:05:55It's highlighted and we can see how it looks redacted.
00:05:59So let's start typing something in.
00:06:00My name is Andrus.
00:06:03Let's try another one.
00:06:04My password is hello something something.
00:06:09And look at that.
00:06:10It doesn't recognize passwords.
00:06:12So that's a bummer.
00:06:13I think that should be included in the model.
00:06:15But nonetheless, what if I say my SIN number is...
00:06:21And then let's write something in.
00:06:23So as you can see, it doesn't even recognize a Canadian SIN number.
00:06:27So that's a bit disappointing.
00:06:29Let's try my native Latvian language.
00:06:32And as you can see, it also understands my native language, which is pretty cool.
00:06:38All right, let's move on.
00:06:42Moving on to the next one, which is UM.
00:06:45And this model claims to remove all filler words within 20 milliseconds.
00:06:49And it can process an hour of audio in just 12 seconds.
00:06:53So once again, I have installed this in a vibe-coded app, just so I can test it out on my iPhone.
00:07:00So I am working on a video today.
00:07:06And it's...
00:07:08I guess it's going pretty well.
00:07:11I am now recording an audio for a certain portion of the video.
00:07:18So it found five fillers.
00:07:20And it did this in under a second.
00:07:23So I am...
00:07:25I am working on a video today.
00:07:28And it's...
00:07:29I guess it's going pretty well.
00:07:31I am now recording an audio for a...
00:07:36Hmm...
00:07:36Certain portion of the video.
00:07:38Let's see how that looks.
00:07:40So it did not clip my hmm portion.
00:07:42But it did remove most of the ums.
00:07:45So I would say it's a nice model.
00:07:47I wouldn't say it's perfect.
00:07:49But it does its job.
00:07:51And I'm going to be honest.
00:07:52I wasn't a fan of the cut as well.
00:07:54Because it didn't slice the audio neatly.
00:07:58Nonetheless, it's a cool little model as well.
00:08:04Next one is called Emo.
00:08:06And this is probably one of my favorite ones.
00:08:08It basically suggests an emoji that fits the text you've just written.
00:08:12And they claim it can do it faster than you type.
00:08:15So let's check how this works.
00:08:17So we have a bunch of examples here.
00:08:19Book a flight to Tokyo.
00:08:20And it shows a plane.
00:08:22Let's do a country.
00:08:24Canada.
00:08:24It gives me a maple leaf.
00:08:26So pretty close.
00:08:27I'm surprised it doesn't give you a flag.
00:08:30But okay.
00:08:31I'm running late.
00:08:33Running late.
00:08:34So we have a running man.
00:08:35Clock.
00:08:36Another clock.
00:08:37I guess for late it suggests a moon emoji.
00:08:40So I think this is a pretty fun little model.
00:08:42And for most of the part it's quite accurate.
00:08:45And it's only 5 megabytes on device.
00:08:47And it gives you a suggestion in under 2 milliseconds.
00:08:51So that is a pretty low memory footprint to have on your apps.
00:08:59Next up we have Gist.
00:09:01And this is a model that basically predicts topics and tags based on the titles of your post.
00:09:07And it claims to be able to do this in 101 languages.
00:09:11And they also have an on-page demo.
00:09:13So as you can see we have an example here of an English title.
00:09:17And it recognizes that full body workout means health and fitness with 99% accuracy.
00:09:25So here's a news article I just pasted from a news site.
00:09:30And it talks about dogs.
00:09:32Whether they're sad or scared.
00:09:34Study suggests.
00:09:35And it suggests arts and culture.
00:09:38Which is not actually accurate.
00:09:40Because this is a scientific study.
00:09:42But okay.
00:09:43Here's another one that talks about space travel.
00:09:46And this gives me careers and productivity.
00:09:49Not the most precise result I was hoping for.
00:09:52I think this model needs some improvement.
00:09:54Because I think this model mainly focuses on keywords and not on context.
00:09:59So I wouldn't say this is production ready to be honest.
00:10:06Moving on.
00:10:07The next one on our list is Align.
00:10:10And this is a small model that generates word timestamps on device from any transcriber.
00:10:15And they claim that it is more accurate than Apple's own transcriber.
00:10:19Because it is able to detect the actual beginning and the end of a word more precisely.
00:10:25And this one is a bit tricky to test.
00:10:27Because in order for me to run a nice visual demo.
00:10:30I would need to generate two separate transcripts of an audio and video file.
00:10:34And then try to see if it matches precisely with the millisecond precision.
00:10:38So for this one I'll just trust their claim here that it's pretty performant.
00:10:43And I'll let you folks try it out for ourselves.
00:10:45But let's move on to the next model.
00:10:50So next up we have Shapes.
00:10:53And this is an on-device shape recognition model that turns your hand-drawn strokes into precise vector graphics.
00:11:00And I gotta say it's nice.
00:11:02I mean it does recognize a line, a rectangle, a triangle, and a star.
00:11:08But I couldn't get it to recognize an ellipse properly if I draw it with two separate lines.
00:11:14Only if it's like a circle line.
00:11:16So this model is cute and all.
00:11:18But I think it still needs some improvement.
00:11:24Let's move on to the next one.
00:11:26Which is called Title.
00:11:27And this one basically generates a short factual title and a short description based on a text block.
00:11:34Or in this case with Clipper as we saw before.
00:11:37It can suggest titles for your short clips based on the text content.
00:11:41We already saw it how it works in Clipper and it's pretty cool.
00:11:45So I'll just leave it at that and let's move on to the next model.
00:11:52Next one is called Tongue.
00:11:54And this model is able to identify the written language from just a few words.
00:11:58And it does it in tens of microseconds.
00:12:01And it supports up to 84 languages.
00:12:04And they also have an on-page demo here.
00:12:06So let's test it out.
00:12:07Okay, we have some examples here.
00:12:10It's French.
00:12:13Mitsubishi, it seems to think this is Polish.
00:12:17Not quite, but solid effort.
00:12:20Let's see if it recognizes Latvian.
00:12:22It does recognize Latvian in this case, which I'm super happy about.
00:12:26I have no complaints.
00:12:27Tongue works pretty good.
00:12:29And this model is only two megabytes in size.
00:12:32So I think the memory footprint is so small that this is probably worth putting in your application if you have a production need for it.
00:12:45And last but not least, we have ear, which is a similar concept as the Tongue model.
00:12:50But this one can identify 99 languages from a short stretch of audio.
00:12:55So for this one, I'm going to be using my Vibe Coded app as well.
00:12:58And let's start talking and see if it can recognize this is indeed English.
00:13:04And yes, indeed, it is English with 100% accuracy.
00:13:09And it identified it in 10 seconds.
00:13:12So I would say it is a bit slow, but it does the job.
00:13:16Let's try different languages.
00:13:21And let's see how well it does with my native Latvian language.
00:13:26Okay, this is not good.
00:13:27The model took five seconds to process the audio.
00:13:31And with 29% confidence, it thinks it's Turkish.
00:13:36When in reality, it is not Turkish.
00:13:40I don't think Latvian is even similar to Turkish.
00:13:43So I'm quite disappointed in that, to be honest.
00:13:46But okay, let's move on.
00:13:47Let's try French.
00:13:52And again, five seconds for processing.
00:13:54And in this case, it did identify that it's French with 96% accuracy.
00:13:59So at least it works for some languages.
00:14:03So there you have it.
00:14:04We've gone through 12 of their recently published models.
00:14:07And Desert Ant Labs also have five models still in beta.
00:14:11Who is for speaker identification.
00:14:14Shemmer is for pooling structured JSON out of raw text.
00:14:18Toxic is for catching hate speech before posting.
00:14:21Moderator for flagging nudity before upload.
00:14:24And eye and face for different vision tasks.
00:14:27These aren't fully released yet.
00:14:29But seeing how fast this little AI lab is pumping out models.
00:14:33I'm not surprised if they're going to be available very, very soon.
00:14:37So there you have it, folks.
00:14:38That is a little introduction into Desert Ant Labs.
00:14:42I really think they're going for the right approach here.
00:14:44Because in the world with so many frontier AI models that require a ton of disk space.
00:14:50And a ton of RAM to run.
00:14:52I think it's so cool that there are companies like this one.
00:14:55That are focusing on models that are super good at one specific task.
00:15:00And I think that is the sensible future where on-device AI is heading.
00:15:04I'm sure we will see a lot more examples of these micro AI models.
00:15:08That are super efficient at one single task.
00:15:11So we can build interesting apps around them.
00:15:14But what do you think about Desert Ant Labs and their models?
00:15:17Have you tried any of these?
00:15:19What are your first impressions?
00:15:21Let us know in the comment section down below.
00:15:23And folks, if you like these types of technical breakdowns.
00:15:26Please let me know by smashing that like button underneath the video.
00:15:30And also don't forget to subscribe to our channel.
00:15:33This has been Andrus from BetterStack and I will see you in the next videos.

핵심 요약

Desert Ant Labs develops 12 specialized micro-AI models designed to handle on-device background tasks efficiently without requiring cloud servers, API keys, or token costs.

하이라이트

  • Desert Ant Labs builds tiny AI models that run offline on phones or laptops with no server, API keys, or token costs.

  • The 12 shipped models are open on Hugging Face, feature an open SDK on GitHub, and remain free for up to 100,000 monthly active devices per platform.

  • The speech recognition model Voz transcribes 10 minutes of audio in two seconds entirely on an iPhone.

  • The emoji suggestion model Emo requires only five megabytes of device memory and generates suggestions in under two milliseconds.

  • Unreleased beta models include Who, Shemmer, Toxic, Moderator, and eye and face models for specific vision tasks.

타임라인

Desert Ant Labs Philosophy and Models Overview

  • Desert Ant Labs builds tiny models running offline on phones and laptops.
  • The model design philosophy mimics the cerebellum by handling fast background tasks while cloud models manage reasoning.
  • Twelve specialized models handle audio, text, and vision tasks with open access on Hugging Face and GitHub.

The European AI lab focuses on creating lightweight models inspired by the brain's cerebellum, which handles fast reflexes while the rest of the brain thinks. These models require no servers, API keys, or token costs. The SDK is open on GitHub, and models are available on Hugging Face for free up to 100,000 monthly active devices per platform.

Audio and Transcription Models: Voz, Clear, and UM

  • Voz transcribes 10 minutes of audio in two seconds on an iPhone.
  • Clear provides speech enhancement to simulate a podcast studio sound.
  • UM removes filler words from audio streams within 20 milliseconds.

Testing the audio models reveals high performance on mobile devices. Voz successfully transcribed a seven-minute video clip in two seconds. Clear processed a noisy kitchen recording with a running fan, removing significant background noise. UM identified and removed filler words like ums from a test recording within a fraction of a second.

Text Processing and Recognition Models

  • Emo suggests emojis matching written text in under two milliseconds with a five-megabyte memory footprint.
  • Redact strips personal data across 27 languages as text is typed.
  • Tongue identifies written languages from a few words in tens of microseconds.

Text models like Emo provide fast emoji recommendations with minimal resource usage. Redact removes personal information dynamically, though it struggled with specific inputs like passwords and Canadian SIN numbers during testing. Tongue and ear models classify written text and spoken audio across multiple languages with varying degrees of accuracy.

Future Beta Models and Industry Impact

  • Five additional models remain in beta for speaker identification, JSON extraction, content moderation, and vision tasks.
  • Micro-AI models offer an efficient alternative to resource-heavy frontier models.

Desert Ant Labs continues to expand its catalog with upcoming beta models including Who for speaker ID, Shemmer for JSON extraction, and Toxic and Moderator for content safety. The lab's focus on single-task efficiency points toward a practical future for on-device application development.

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