Exploring the diffusion of AI knowledge from top labs to substacks, managing culture change in AI labs, the gap between closed and open source, China's GPU limitations, algorithmic innovations reshaping power dynamics, and the implications of AI on productivity growth and GPU access.
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Quick takeaways
Secret sauce diffuses from top AI labs to substacks, shaping future models.
Open source raises global AI standard, but gap with closed source remains.
AI engineering bridges research-practical gap, vital for real-world AI implementation.
Deep dives
Frontier AI models and the ingredients needed to train them
To train a frontier AI model, you need data, GPUs, and talented people to operate them. This serves as the basic foundation. Tweaking open source models like LAMA and Strala can make them leading open source models, which are great for open source benchmarks. Going further, the frontier of AI aims to achieve a single model that excels in various tasks and approaches human intelligence. While the open source world has been primarily focused on GPU efficiency, companies with limited GPUs can still derive business value from AI by solving specific domain problems or developing unique applications. Data plays a central role in building frontier models. While the cost and complexity increase exponentially to surpass models like GPT-4, they offer great potential for companies with the resources to invest.
The gap between open source and leading labs
The knowledge of what leading labs are doing is not publicly accessible, and it's challenging to compare achievements due to the lack of transparency. Large labs aim to introduce significant architectural innovations to make a difference, while open source models focus on incremental changes to improve existing benchmarks. The diffusion of knowledge among researchers occurs through informal discussions, professional networks, and published papers that shed light on techniques, but not the actual models. Open source models provide opportunities for companies to enhance their capabilities within smaller domains with specific datasets. However, surpassing leading labs' models like GPT-4 requires substantial resources in terms of money, compute power, data, and talent.
The role of AI engineering and its impact
The emerging discipline of AI engineering is gaining significance as it bridges the gap between AI research and practical implementation. AI engineering focuses on developing models and deploying them in a real-world context. It involves various aspects, such as system engineering, hardware expertise, distributed GPU cluster management, and software development. AI engineers work closely with AI researchers to fine-tune models and optimize their performance. The presence of talent in AI engineering is essential for achieving successful outcomes. The field holds promise for driving AI adoption and facilitating its integration into different industries, enabling businesses to leverage AI for specific applications and use cases.
Evolution of DeepMind and the challenges of transitioning from research to product
The podcast episode discusses the challenges faced by organizations like DeepMind when transitioning from a research-focused mindset to a product-focused one. It highlights the tension between pursuing cool research projects and meeting the demands of shipping products. The evolution of talent within organizations is explored, noting that some individuals may not be ready for the shift to a new area of focus. The need for time to recalibrate and adapt is emphasized.
The role of AI engineers and the impact of AI on productivity
The podcast also discusses the rise of AI engineers who are capable of utilizing AI tools and building powerful systems without purely relying on ML researchers. This shift allows companies that previously struggled to attract ML talent to now leverage AI to increase productivity and build innovative products. The potential for on-device AI and its implications for privacy and personalization are also mentioned, highlighting the desire for local and private models. The concept of algorithmic export controls is briefly addressed, with the difficulty of enforcing such controls and the potential negative consequences for innovation and exploration.
What does it take to train a frontier model? What's the know-how, the secret sauce that makes firms lets OpenAI and Deepmind push the limits of what's possible? How much are Chinese firms benefitting from western open source, and in the long term is it possible for western labs to maintain an edge?
The hosts of the excellent Latent Space podcast, Alessio Fanelli of Decibel VC and Shawn Wang of Smol AI, come on to discuss.
We get into:
How the secret sauce used to push the frontier of AI diffuses out of the top labs and into substacks
How labs are managing the culture change from quasi-academic outfits to places that have to ship
How open source raises the global AI standard, but why there's likely to always be a gap between closed and open source
China as a "GPU Poor" nation
Three key algorithmic innovations that could reshape the balance of power between the GPU rich and GPU poor
Cover photo: "Inkstand with A Madman Distilling His Brains" 1600s Urbino. Kind of like training a model! https://www.metmuseum.org/art/collection/search/188899
The met description: In this whimsical maiolica sculpture, a well-dressed man leans forward in his seat with his head in a covered pot set above a fiery hearth. The vessel beside the hearth almost certainly held ink. The man’s actions are explained by an inscription on the chair: "I distill my brain and am totally happy." Thus the task of the writer is equated with distillation—the process through which a liquid is purified by heating and cooling, extracting its essence.