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Building Open Infrastructure for AI with Illia Polosukhin

49 min episode · 2 min read
·
Illia Polosukhin

Episode

49 min

Read time

2 min

Topics

Remote Work, Fundraising & VC, Sales & Revenue

AI-Generated Summary

Key Takeaways

  • Trusted Execution Environments: Intel and NVIDIA secure enclaves enable end-to-end encrypted AI inference where neither hardware operators nor service providers access user data, verified through cryptographic certificates registered on blockchain for medical and financial applications.
  • Document-Oriented Development: Teams using AI code generation shift from reviewing 10,000 daily lines of AI-written code to engineering specifications and tests. Each developer owns subsystems, writes tests for dependencies, and maintains documentation sufficient to regenerate entire codebases.
  • Decentralized GPU Markets: Blockchain coordination unlocks underutilized GPU capacity in smaller global data centers by solving trust problems. Model providers encrypt weights, deploy across distributed hardware in secure enclaves, and automatically rebalance workloads while protecting intellectual property and reducing latency.
  • Open Training Data Models: Communities can fundraise and train models inside secure enclaves where training data is public and auditable, but resulting weights remain encrypted. Token holders fund development, earn revenue from inference usage, and reinvest without exposing model parameters.

What It Covers

Illia Polosukhin, co-author of the transformer paper, discusses building Near AI's decentralized infrastructure for privacy-preserving AI using blockchain coordination, trusted execution environments, and encrypted model weights to enable user-owned AI systems.

Key Questions Answered

  • Trusted Execution Environments: Intel and NVIDIA secure enclaves enable end-to-end encrypted AI inference where neither hardware operators nor service providers access user data, verified through cryptographic certificates registered on blockchain for medical and financial applications.
  • Document-Oriented Development: Teams using AI code generation shift from reviewing 10,000 daily lines of AI-written code to engineering specifications and tests. Each developer owns subsystems, writes tests for dependencies, and maintains documentation sufficient to regenerate entire codebases.
  • Decentralized GPU Markets: Blockchain coordination unlocks underutilized GPU capacity in smaller global data centers by solving trust problems. Model providers encrypt weights, deploy across distributed hardware in secure enclaves, and automatically rebalance workloads while protecting intellectual property and reducing latency.
  • Open Training Data Models: Communities can fundraise and train models inside secure enclaves where training data is public and auditable, but resulting weights remain encrypted. Token holders fund development, earn revenue from inference usage, and reinvest without exposing model parameters.

Notable Moment

Polosukhin reveals a future threshold where AI models capable of hacking other systems create game-theoretic pressure for labs to preemptively attack competitors and delete their models under safety justifications, making decentralized verification critical.

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Episode Transcript

Ilya Polosekin is a veteran AI researcher and one of the original authors of the landmark transformer paper, Attention is All You Need, which he coauthored during his time at Google Research. He has a deep background in machine learning and natural language processing and has processing and has spent over a decade working at the intersection of AI and decentralized technologies. His current venture is called Near AI, and he's focused on building open source infrastructure, tools, and products for agentic privacy preserving AI systems. He joins the podcast with Kevin Ball to discuss his journey, the origins of the transformer model, the vision for user owned AI, document oriented development, and much more. Kevin Ball or Kay Ball is the vice president of engineering at Mento and an independent coach for engineers and engineering leaders. He cofounded and served as CTO for two companies, founded the San Diego JavaScript Meetup, and organizes the AI in action discussion group through Latent Space. Check out the show notes to follow Kay Ball on Twitter or LinkedIn, or visit his website, kball.llc. Ilya, welcome to the show. Thanks for having me. Yeah. Excited to get to talk with you. Let's maybe start with a little bit of intro about you, your background, and what you're up to these days. For sure. Yeah. Well, I've been, I guess, tech geek since I was 10 years old. Been building a lot of video games back in the day and then got really excited about machine learning when I was like well, about AI in general and then started learning machine learning when I was, like, 14. I was building my first neural networks in Pascal and got a job actually remotely. So I'm emerging from Ukraine working for this machine learning company out of San Diego. And they were happy with my work, and so they offered me to move. I moved to US, which was exciting. And then I saw the cat neuron paper that came out from Google from Andreang and Jeff Dean. And I was like, okay. This is the thing. Like, the unsupervised pretraining, learning about concepts in the world. They don't need supervision. And so I was like, okay. I wanna do that. And so I applied. I got into Google Research, and I always thought that, yes, images are cool, but there's thousands of species that can see. But there's only one, maybe some people argue, maybe two, that can actually speak. And, like, language is affected a way we test intelligence. Right? We ask questions. You ask a person to read the text, and we ask questions if they understand it. And so that's why I wanted to focus on natural language. We were doing question answering, trying to build products into google.com where when you ask a question, it would give you a response. This is where your previous, I guess, CTO, right, and was my director back in Google. And one of the challenges …

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