A large validator network still leaves an attack surface when future consensus roles become predictable Beldex mainnet currently runs with more than 3,400 active master nodes The next consensus upgrade targets what happens inside that pool @BeldexCoin researching VRF based selection so block leadership comes from verifiable randomness rather than a role attackers can map ahead of time Each participating node generates a pseudorandom output together with a cryptographic proof A dynamic threshold decides which outputs qualify The lowest valid output can become the block producer Other nodes verify the proof without needing to trust whoever generated it Then the threshold changes again for the next round That makes future roles harder to profile in advance An attacker cannot simply watch the network, identify the same small set of future leaders and prepare around them The randomness stays unpredictable before selection The proof stays verifiable after selection That distinction matters for a privacy network Privacy does not stop at hiding transaction details Consensus behavior can leak patterns too Who produces blocks When certain nodes participate How infrastructure clusters behave over time Randomizing those roles reduces another layer of predictability around the network Thousands of master nodes provide the pool VRF decides who matters for the next round Then cryptographic proof lets everyone verify the choice A privacy layer reaching deeper into consensus itself