How it works
Every record anchored inside an interval becomes a leaf in a Merkle tree. When the interval closes, Sanning signs the tree’s root together with the interval bounds, and publishes that. Your pack carries the signed stamp and an inclusion proof from your record’s leaf to that root. Your counterparty checks the proof offline. Confirming the published transaction is a separate, online step they can take whenever they like.Why an interval
Cost. Ten thousand events in an interval cost the same to witness as one. Per-event publishing would make continuous evidence too expensive to run. Privacy. The published commitment is a root and an interval, not a list of what you did. An observer sees that an organisation anchored something, not what. Proof size. An inclusion proof is a handful of hashes. Your counterparty verifies one record without holding anyone else’s.What it means for you
If you build a pack too early, the command tells you:What is published, and what is not
The organisation reference is keyed rather than a plain hash of the name, deliberately.
Organisation names are low-entropy, and a plain digest would let anyone confirm a guess.