This is a real-time 3D rendering of the Markov–Merkle Predictive Memory (MMPM) substrate. Every node is a memory atom committed to a SHA-256 Merkle tree; every edge is a proof path or a Markov transition between atoms. As atoms are written the tree rebalances and the visualisation updates live, so you can watch the structure that backs each cryptographic consistency proof.
Use it to understand how MMPM stores and verifies memory: atoms cluster by shard (MMPM uses four independent Merkle shards via JumpHash sharding), proof paths trace the hashes needed to verify a single atom, and Markov arcs show which memories tend to be recalled together. The viewer runs entirely in your browser with WebGL. For the underlying architecture see the documentation, and to independently verify a signed snapshot use the snapshot verifier.