Games Require Decentralized Randomness for Fairness

Understanding Randomness in the Metaverse through Quantum Mechanics

Quantum mechanics reveals that beneath the facade of a predictable and orderly universe lies a realm of unpredictability and probability. While the quantum domain may seem strange, it can be comprehended and applied in various technologies including semiconductors, LEDs, and quantum cryptography. Similarly, in the metaverse, what appears to be a system governed by random values generated by random number generators (RNGs) is actually constructed upon algorithms with discernible methods, which can be understood and analyzed.

The generation of random numbers is crucial across numerous applications, such as gaming, security measures, decentralized autonomous organization (DAO) governance, and the creation of non-fungible tokens (NFTs). Without access to randomly generated numbers, gaming experiences can become monotonous, and security systems that depend on easily guessed authentication codes fail to offer adequate protection. Any system that requires diversity yet lacks it will likely struggle to fulfill its intended purpose.

Profile: Felix Xu

Felix Xu is a crypto enthusiast, early adopter, and NFT collector. He holds a degree from NYU Stern and has founded two notable crypto projects, ARPA and Bella Protocol, which rank among the global top 500 by market capitalization. Felix has previous experience with Fosun Investment, the Sackler family office, and Vertical Research in both New York and Beijing. In his free time, he enjoys sailing and kitesurfing, and has gained recognition from major publications for his NFT collection.