Artificial intelligence-focused startup DecideAI has reached a key milestone with the full on-chain implementation of its large language model GPT-2 on the Internet Computer.
Why the Internet Computer?
Launched by the DFINITY Foundation, the Internet Computer is a blockchain and web3 platform that enables developers to build and run decentralized applications entirely on the blockchain. This approach eliminates the need for centralized IT infrastructure, such as cloud computing services from major tech providers. DecideAI is leveraging this decentralized ecosystem to democratize access to AI model training and deployment. Key features of the Internet Computer include a virtual machine that uses WebAssembly to support floating-point numbers and deterministic SIMD, enabling parallel computation. DecideAI will also take advantage of ICP-native AI optimization.
Expansion to Ethereum and Solana
Notably, the launch of the GPT-2 LLM on ICP opens up AI models to the benefits of interoperability, transparency, and blockchain security. In the future, DecideAI will also leverage Internet Computer’s Chain Fusion technology, which allows for protocol-level blockchain integration, to expand its AI models to Ethereum and Solana. DecideAI’s GPT-2 large language model implementation on the Internet Computer will be powered by the web3 startup’s native token DCD.
Key Advantages of the Launch
Fully on-chain implementation of GPT-2 on the Internet Computer represents a significant step forward in decentralized AI development. This method helps eliminate the drawbacks of centralized systems, such as data security vulnerabilities and dependency on limited resources of large corporate servers. Additionally, the use of native tokens makes the deployment and maintenance process of models more transparent and accessible.
DecideAI’s achievement in implementing GPT-2 on the Internet Computer represents a significant advancement in the field of decentralized AI. This opens up new opportunities for the use of artificial intelligence in various fields, while ensuring a higher level of security and transparency.
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