Threshold cryptography isn't just about randomness — blocklock encryption opens up an entirely different class of applications where data can be encrypted now and automatically decrypted at a future time or condition, without any single party holding the decryption key.
This post explores business use cases I identified during the Randamu bootcamp: time-locked inheritance transfers, conditional escrow releases, scheduled governance votes, and dead man's switches for corporate succession planning.
Each use case maps to a specific dcipher primitive and includes a sketch of the on-chain/off-chain architecture. The goal is to show that threshold crypto isn't academic — it's infrastructure for trustless automation that businesses actually need.