CryptoSlate SlateCast
Jesse Glass explains Decide AI’s push for on-chain AI agents and privacy-first LLMs.
In a recent episode of the SlateCast, CryptoSlate’s Editor-in-Chief Liam “Akiba” Wright and CEO Nate Whitehill sat down with Jesse Glass, Lead AI Researcher at Decide AI. The conversation delved into Decide AI’s groundbreaking efforts to merge artificial intelligence (AI) with blockchain technology, focusing on privacy-preserving identity verification, the role of decentralized AI in advancing AGI (artificial general intelligence), and the future of data ownership.Revolutionizing Identity VerificationJesse Glass opened the discussion by explaining Decide AI’s core mission: to create AI-driven applications that verify human identity without storing sensitive data on-chain. This approach enables "civil resistance" and ensures higher data quality while maintaining user privacy.“Decide AI is a set of AI applications and integrations for LLMs and identity. For ID, we use AI to verify that you're a human without storing that data on-chain,” said Glass.The system integrates with both blockchain and Web2 applications, offering a novel solution to data protection. With increasing scrutiny on how personal data is handled by centralized entities, Decide AI’s strategy could serve as a blueprint for privacy-first verification protocols.AI on the Blockchain: Challenges and PossibilitiesDeploying AI on-chain is a significant challenge, but one that Decide AI is actively addressing. Glass shared insights from his experience deploying GPT-2 on the Internet Computer (ICP) blockchain. He highlighted the technical hurdles posed by blockchain’s computational constraints, noting that traditional AI workflows rely on off-chain compute resources provided by large corporations.“When I experimented with deploying GPT-2 on the Internet Computer, it exposed how spoiled we’ve become outsourcing compute to megacorporations,” said Glass. “On-chain AI presents challenges like quantization, CPU cache vs. instructions, and WASM compilation, which requires optimized data structures.”Glass’s perspecti
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