raw bytes before cyber touches them. hashing data produces a particle — the moment identity begins
data is the substrate of the knowledge graph. text, images, video, code — any sequence of bytes qualifies as data before it enters the cyber protocol.
the transition from data to particle happens through hashing. a hash function maps arbitrary-length data to a fixed-length fingerprint, giving the content a permanent, verifiable identity.
once hashed, data becomes addressable. any neuron anywhere can retrieve the same content by requesting its hash. this is content addressing — the foundation of a web where location is irrelevant and identity is deterministic.
data itself carries no meaning inside cyber. meaning emerges when neurons create cyberlinks between particles, weaving raw content into the relational fabric of the knowledge graph.
the protocol treats data as immutable. the same bytes always produce the same hash, the same particle, the same identity. mutation creates a new particle, preserving the old one.
IPFS and similar content-addressed storage systems hold the data layer. cyber holds the link layer. together they form a knowledge graph where data is permanent and connections carry relevance.
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