PoRN is a process of verifying that a generated sequence of numbers is genuinely random and not influenced by any predictable pattern or external factors. Cryptographically secure random number generators (CSPRNGs) are specifically chosen for Fuyo protocol, to provide unpredictability and unbiased random numbers, thereby safeguarding draw results from reverse-engineering attacks.
In cryptography, proof of random numbers is crucial for ensuring the security and integrity of Fuyo protocol.
Moreover, in statistical analysis and scientific simulations, proof of random numbers is essential for obtaining accurate and unbiased results. Researchers often rely on random sampling techniques and random number generators to simulate complex systems or conduct experiments, ensuring that the outcomes are not skewed by systematic biases.
Overall, proof of random numbers involves verifying the integrity and unpredictability of generated sequences, thereby ensuring the reliability and fairness of the randomised draw of numbers.
At every draw, random numbers are generated with CSPRNG. Powered by Chainlink VRF, ensuring that all lottery draws are 100% random, verifiable, and tamper-proof. All of the draw results are submitted on the BNB chain ensuring immutability, resistance to attack and no changes of draw results.
For future development on PoRN, head to section.