A new protocol called Time-Decoupled Law (TDSM) tackles a critical gap in blockchain privacy. While systems hide identities and values, transaction timing remains public, allowing correlation attacks. TDSM treats time as an enforceable protocol law, not observable metadata, preventing deanonymization through temporal analysis.

Existing privacy tools like zero-knowledge mixers fail because users control withdrawal timing. TDSM uses an internal state machine with non-public execution ticks, making delays immutable and unobservable. This eliminates a major side channel that adversaries exploit, especially with small anonymity sets.

The approach enables temporal unlinkability, where protocol actions can't be linked by time. Applications include private mixers, anti-MEV execution buffers, and secure DAO governance. By removing public timestamps, TDSM closes a fundamental architectural flaw in current privacy designs.