Today, we are excited to share a new article about the Crypto + AI Integration!. Be sure to follow Bitrue's Official Twitter and Telegram to stay updated!
In a recent blog post, Ethereum co-founder Vitalik Buterin delves into the dynamic intersection of cryptocurrency and artificial intelligence, exploring the promises and challenges that lie ahead. Over the past decade, both crypto and AI have emerged as dominant technological trends, prompting curiosity about potential synergies between the two.
Buterin acknowledges that, while superficial connections are apparent, such as crypto decentralization balancing AI centralization and blockchain transparency complementing AI opacity, the specific applications have been limited. However, with the advancements in powerful AI models and crypto technologies, he sees a shift in the landscape.
The article categorizes potential intersections into four major categories:
- AI as a player in a game [highest viability]: This involves AIs participating in mechanisms where incentives originate from a protocol with human inputs. Examples include AI-driven decentralized exchanges and prediction markets, showcasing the potential of AIs as players in blockchain ecosystems.
- AI as an interface to the game [high potential, but with risks]: AIs aiding users in navigating the crypto world, preventing scams, and ensuring secure transactions. The use of AI in wallets for scam detection and transaction simulations is highlighted.
- AI as the rules of the game [tread very carefully]: This involves integrating AIs directly into blockchains, DAOs, or smart contracts for subjective decision-making, akin to "AI judges." Buterin emphasizes the risks of adversarial machine learning attacks and the challenges in ensuring transparency and security.
- AI as the objective of the game [longer-term but intriguing]: Designing blockchain mechanisms with the goal of constructing and maintaining AIs, potentially addressing concerns related to bias and malicious use. This category opens avenues for decentralized AI with a natural kill switch.
Buterin acknowledges the complexity and potential pitfalls, particularly in securing AIs against adversarial machine learning attacks and maintaining transparency. He explores the role of cryptographic techniques such as zero-knowledge proofs and multi-party computation in addressing these challenges.