Today, let’s move AI-NFTs.
As shown in the image, it appears that a token named SORA_L2_AI_token, issued by another wallet, has been moved and received in the amount of 7520.
The number of AI-NFTs moving on this L2 is processed independently, meaning it is not related to the number of SORA. Therefore, the 7520 mentioned in the image indicates the number of SORA_L2_AI_tokens moved.
When issuing or moving tokens, their content is created and multi-signed with a quantum-resistant key, then a transaction is released on the SORA blockchain. At this time, a network fee is paid to SORA for approval. This network fee concept is similar to Ethereum’s gas fees. Ethereum also requires gas fees for transactions involving token movements, following the same principle.
Being able to move any number of tokens on the blockchain opens up various possibilities for their use. First, it’s decentralized since it operates on the blockchain. And, this is an “AI-NFT” that operates a system specialized for AI, with a wide range of transactions optimized for AI, undergoing thorough verification. Connect these two. You get a decentralized network optimized for AI.
So, what to do with it? SORA needs to answer that clearly. The best use for such a decentralized, AI-optimized system is the secure propagation of information to AI. You might think, “Wait, secure information propagation is possible with centralized servers we have now, right?” But that’s risky. Here’s a specific case.
Consider using AI for an autonomous vehicle taxi that needs to go from point A to point B. You instruct the AI to come to point A and take you to point B.
With centralized servers, this information propagation is easy. However, imagine if there’s a malicious hacker. This hacker accesses the centralized server and changes the destination to the following:
Stop the vehicle completely on the railway tracks at a crossing.
Riding in such an autonomous taxi could be life-threatening. That’s why blockchain is necessary. With blockchain consensus, such alterations are absolutely impossible.
Even adding instructions for AI requires the private key that can generate the requester’s address. No matter how malicious a hacker is, they cannot obtain it, allowing for “secure information propagation” to AI.
AI and blockchain are in an absolute relationship. They are inseparable! Therefore, SORA has decided that researching and developing AI necessitates the simultaneous development of blockchain.
