A thought-provoking approach to algorithmic transparency has gained traction: what if social platforms were required to publish their algorithms with a 1-2 year time lag, backed by zero-knowledge proofs? This mechanism would cryptographically verify that the algorithm deployed in real-time matches the version disclosed publicly later—eliminating any possibility of hidden tweaks between deployment and disclosure. The approach cleverly combines delayed publication with cryptographic verification, offering a novel way to ensure platform accountability without requiring real-time algorithmic exposure. It's the kind of solution that bridges technical innovation with governance, demonstrating how blockchain-era tools like ZK-proofs could reshape how we think about platform transparency and user trust.