A new old kind of R&D lab
answer.ai
answer.ai
One thing I'm particularly keen to explore is working closely with academic groups to help support research that might help make AI more accessible (e.g. requiring less data or compute, or becoming easier to use, etc). This includes the obvious stuff like quantization, fine-tuning adaptors, model merging, distillation, etc, but also looking for new directions and ideas as well which might otherwise be hard to fund (since academia tends to like to build on established research directions.)
I've opened my DMs at https://twitter.com/jeremyphoward for a while so feel free to ping me there, or also on Discord ('jeremyhoward').
I think AGI is actually less important than we all expected it to be, and that it doesn't replace more tightly focused domain-specific models.
This is the only time I have seen anyone claim this. Can you elaborate?
(Hi Jeremy!)
When you ask chatgpt4, "tell me the pH an electric conductivity of a 0.5% solution of sodium 2-ethylhexanoate" and then it writes a python program to calculate it, that is pretty much AGI level ability in my book.
>with academic groups to help support research that might help make AI more accessible
Jeremy, are you already talking with Sky Computing Lab? I recall they had an interesting project about SkyPilot which seemed helpful
https://sky.cs.berkeley.edu/ https://github.com/skypilot-org/skypilot
Specifically, I fine-tuned gpt-3.5 and llama-2-7b on some real-world usage data, and I can't tell a single difference between the quality of these outputs compared to "base" gpt-3.5 with the same requests made to it. Moreover, if I attempt to remove a lot of the "static" sections of a prompt (after all, there's 2k+ lines of data it was fine-tuned on where this is all present), both models just go completely off the rails.
I'd love to get into a world where I can fine-tune a bunch of different models. But it's so, so much harder than just calling OpenAI's API and getting really good results with that and some prompting work. If you're able to help crack that nut then there's a lot of people like me who would pay money to have their problems solved.
And it's actually good enough for llama-2-7b, insofar as it transforms this model from "terrible with my prompt in production today" to "this could be workable, actually". But my bar is to be better than gpt-3.5 and require less text in my prompt, but no fine-tuning I've done so far has achieved that.
All of this is to say: this shit is way harder than it needs to be. I'm not an ML engineer but I do know my data and how to get it. Why is it still so hard to specialize a model?
How are you planning on hiring?
> We don’t really know what we’re doing If you’ve read this far, then I’ll tell you the honest truth: we don’t actually know what we’re doing. Artificial intelligence is a vast and complex topic, and I’m very skeptical of anyone that claims they’ve got it all figured out. Indeed, Faraday felt the same way about electricity—he wasn’t even sure it was going to be of any import:
> “I am busy just now again on Electro-Magnetism and think I have got hold of a good thing but can’t say; it may be a weed instead of a fish that after all my labour I may at last pull up.” Faraday 1931 letter to R. Phillips
> But it’s OK to be uncertain. Eric and I believe that the best way to develop valuable stuff built on top of modern AI models is to try lots of things, see what works out, and then gradually improve bit by bit from there.
> As Faraday said, “A man who is certain he is right is almost sure to be wrong.” Answer.AI is an R&D lab for people who aren’t certain they’re right, but they’ll work damn hard to get it right eventually.
> This isn’t really a new kind of R&D lab. Edison did it before, nearly 150 years ago. So I guess the best we can do is to say it’s a new old kind of R&D lab. And if we do as well as GE, then I guess that’ll be pretty good.
Along the way you could really uncover some things that others would not.
Question: the world is basically an RnD lab right now, with hourly releases of ideas, lots of cross-pollination, all focused on discovering value a bit behind the bleeding edge of the superscalers. This seems to be playing in exactly that space, but obviously you feel there's a need and a reason why this model would succeed. Could you expand on that?
(Thank you both for all you've done.)
Firstly, congratulations on the launch of Answer.AI and the vision you've set forth. We have been following your work with great admiration - I took the FastAI course in what feels like an eternity ago (3 years) and I have been recommending it to anyone interested in foundational AI. But more to your post’s point: your commitment to harnessing AI's potential to create practical end-user products is not only inspiring but aligns with our own philosophy.
We have developed an open-source "AI lab-in-a-box". A platform that seamlessly integrates a multitude of AI models, both locally and cloud-hosted, through a single unified interface. The aim is to simplify access to the latest developments in AI - both on the technical side (knowledge to run AI models and connect them together) and on the financial side (access to GPUs) . We believe this to be useful to accelerate experimentation and iteration but also facilitate teaching AI - giving teachers a simple, consistent tool and giving students practical experience with the latest models so they can experience first hand complex and often too abstract concepts such as Bias. By reducing friction and lowering barriers of entry, our platform aims at democratizing access to the latest AI technologies, providing almost anyone with the tools and flexibility needed to push the boundaries of what's possible with AI.
And we do believe that our platform could serve as a valuable tool in your R&D processes, speeding up Answer.AI ability to rapidly prototype and refine applications that leverage foundational research breakthroughs.
Moreover, we share your concern about the widening gap in understanding AI's capabilities and its implications. We believe that transparency, education, and open-source collaboration are key to bridging this gap, ensuring that AI's benefits are widely distributed and its risks are responsibly managed.
We are reaching out to explore potential avenues for collaboration. Whether it's simply helping you evaluate and perhaps use our platform into your R&D workflow, co-developing new tools, or simply engaging in a dialogue to share insights, we are eager to contribute to the incredible work you're undertaking at Answer.AI.
We would be honored to discuss this further with you. Please find more information about our platform and its capabilities on our GitHub: https://github.com/omnitool-ai/omnitool. We are also open to setting up a demonstration or a meeting at your convenience to explore synergies between our organizations.
Warm regards,
Emmanuel Lusinchi Co-founder, Omnitool.ai emmanuel@omnitool.ai Georg Zoeller Co-founder, Omnitool.ai georg@omnitool.ai
P.S. A few links:
Intro video we made for Replicate: https://www.youtube.com/watch?v=DbKVUhWCYOI The interesting part is around 0:40, showing how any Replicate model (https://replicate.com/explore) can be added to the platform and connected to others in two clicks.
Github: https://github.com/omnitool-ai/omnitool
Website: https://omnitool.ai/
Excited to see what comes out of this new lab. And if you're interested in joining the cause, please do get in touch. Both Jeremy and I are on this thread and generally reachable.
What are your thoughts on this model of promoting breakthrough innovation?
How to fund Breakthrough Innovations in Science (Puja Ohlhaver @ DeSci.Berlin) https://www.youtube.com/watch?v=guLDNMAOn24
Puja has a few talks on such things, many very related and worth listening to imho. But most relevant: she's been working on a mechanism design to use quadratic funding in an existing hierarchy to move funding power from funders to on-the-ground researchers who best predict "breakthrough research" areas -- i.e. at which intersections. This idea of "breakthrough innovation" is objectively measured and rewarded as "research that becomes highly cited, and which draws together disparate source citations that have never before appeared together."
So the idea is that in successive funding rounds, funding power slowly accrues in the people who best predict where research innovation will appear. Even if that turns out to be *gasp* grad students.
(I'm particularly interested to see Polis, a "wiki survey" tool I've been using since 2016, be used as one of the signals in such a system. It can help make the landscape of beliefs and feelings that ppl bring to the process more legible, especially at the collective level. Which is important, because high-dimensional "feeling data", when placed out-of-scope in other systems, are often a reason why we get trapped in local minima of innovation that inhibit the recombination of ideas.)
I am probably a bit too enthusiastic about applications of Polis-like's (in the "when you have a hammer" sense), but there's a bit more to the system's mechanism design than just Polis -- it's just one signal of many during a full-day event format.
I expect some form of the system she describes to be the basis of much research funding in the coming years (following prototypes in more nimble cryptocurrency/governance communities)
There's an upcoming pilot with real funding in late Feb, that I'm excited to be supporting on! If you have time to watch her video, and find it interesting, you should def get in touch with her after that
We’ve prototyped many different tools before. However, the space is frankly disorienting because there is so much opportunity. Any suggestions to inspire engineering students to develop useful explorations?
- dashboards or other reports that call you when something changes, so you don't have to log in to see what's changed
- extremely personalized settings that remember exactly who you are and what you like to do with the interface, to the point that it basically uses it for you
- rapid prototyping interfaces, doing things like "make it real" demo
- extremely simple apps that use AI in the backend to do amazing things. how about a camera app that just sends everything it sees to GPT4-v. think how much easier that would be than loading up a translator app, taking a picture of a menu, uploading the picture, etc. just figure out what I might want to do based on the fact that I took a photo
- artistic/musical/creative apps that require only your phone and that you can noodle on while you have 5m of idle time. maybe the AI works on it silently in the background and then the user gives notes or feedback whenever they have time. end product is a pro-level artistic work that reflects the user's taste level but the AI's mastery of technique
Here's a video of https://twitter.com/hturan 's interface for doing high-dimensional explorations of model latent space using the browser hand gesture recognition API: https://imgur.com/gallery/mxEhVZ1
Jeremy was a cofounder and chief scientist of Kaggle (a competitive ML platform)
Jeremy also started Fast AI with Rachel Thomas. Fastai is one of the best ways to learn Deep learning even today.
Jeremy is a great teacher and have been a voice of debunking AI paranoia and closed models.
Really rooting for Jeremy!
Given new developments in hardware (by companies not named NVIDIA), I'm wondering if you are keen on exploring the next generation of model architectures and optimization procedures that might exploit newer hardware. In other words, will research directions pivot based on the hardware lottery?[1] Are you in conversations with companies developing these alternative chips?
I wonder if putting out effectively a press release before actually doing the work is the right approach. If they launch a product or two and they flop, people will say this approach was doomed from the start. It would be better to create a compelling product in stealth, successfully launch it, then reveal how it was done. That would create more buy-in to the idea that such small R&D labs can work.
I think there’s a big group of individuals out there that are misfits both for regular jobs and science. Entrepreneur-ish generalists.
Either way thank you for all the amazing free content you've already put out and good luck on the new endeavor!
The world needs more players doing tinkering. AI is only going to work for everyone if everyone knows how it works and can tinker with it, instead of only the big corps and governments having access to it.
We need all of Mistral, Anthropic, OpenAI, Meta FAIR, MS Research, Deepmind, Tinycorp, Answer AI, Perplexity, Stability AI, Huggingface and 1000 others to be GPU rich and idea rich.
We need NVidia, AMD, and 100s of other Chip makers. We need Huawai, Xiomi, Samsung and tons of others to be players.
AI only works if it is highly distributed and battle tested by many. We die when power is held by the few to oppress the masses.
1) Have you read about Vannevar Bush, and what he has written, and his body of work?! :)
2) What sort of people are you looking for / to work with?
3) Would it need to be full-time? Are you looking to hire people full time (the generalists you mention), or are you comfortable working with people who are happy not cashing a cheque from you because they have jobs and other commitments / priorities, but still believe in what you are building and would like to invest significant time in supporting / driving the mission forward for some limited (or no) financial compensation? Because I’d like to check if I fit! :)
(I’ve also spammed you on twitter with a dm, but with more personal details, etc.)
Thank you!
It's easiest to work with people full-time, but I wouldn't set any hard and fast rules.
To this day it still is my first recommendation for those learning. Congrats on the launch, excited about the future!
What is meant by this?
This isn't new and if anything it's the de facto standard for just about every AI research lab these days. OpenAI is the obvious example of an AI lab with tightly coupled product and research roadmaps and ChatGPT is the most prominent example of a successful research-driven AI product. A few years ago it could be argued that DeepMind and (fka) FAIR were siloed off from their respective orgs, but these days they are littered with product teams and their research roadmaps reflect this influence as well.
They do try to claim that what they are doing is different from OpenAI because they are focused on applications of AI whereas OpenAI is focused on building AGI, which is a laughable mischaracterization of OpenAI's current roadmap. I personally have a hard time believing that path to AGI runs through the GPT store.
Accomplished researchers in AI can fundraise on their reputations alone, and Jeremy is no exception. The primary differentiator of any new startup in this space is the caliber of its researchers and engineers. But this post is really grasping at straws to claim that their value is from some new approach to R&D, which is a totally unnecessary framing.
I think that should be "sliver".
I assume that's the name for, ahem, 'that is just anovver word for it'.
Thanks for letting me know!
I didn't know either, I only really checked because I was curious if they had a completely different etymology and only happened to be spelt^ and used similarly.
(^or if, like spelt and spelled, the same root had just come to be used in two ways for the same.)
So, note to self, slither is not a noun! (Except to mean limestone rubble apparently, but I think I can ignore that.)
They don't need to talk about substance. Jeremy Howard + Eric Ries gives more than enough just with their names.
I don't think there is a better predictor of future success than past success. Or at least I can't think of one - can you?
I am excited for more research in this area, since there is currently a huge gap between foundational model research and practical applications of AI.
Recent science is pretty objectively at a low point (proportionally to overall) in "breakthrough innovation" research. It's possible that specialization is to blame, as it reduces intersectionality of fields.
Details here:
‘Disruptive’ science has declined — and no one knows why https://www.nature.com/articles/d41586-022-04577-5