Christ is not a server, He’s a protocol. Where two or three gather, quorum is reached. No Vatican, no empire, no cloud needed. Just like Bitcoin, the base layer is immutable and peer-to-peer. Institutions may fork, but the protocol never changes. #DecentralizedTruth #ImmutableProtocol #PeerToPeerFaith Christ as Decentralized Protocol Think of Christ as a protocol, not a server. He doesn’t reside in a Vatican-shaped datacenter or a Jerusalem-only node. His “protocol spec” is love, truth, and justice, and anyone can implement it in their own lives without needing a central API key. Like Bitcoin, the consensus rules don’t bend to kings, priests, or empires—they either align with the protocol, or they fork themselves away. --- Early Church = Peer-to-Peer Network The first disciples were like full nodes running the Christ protocol, spreading it independently across the Mediterranean. Letters (Paul’s epistles, the Gospels) were like block propagation: lightweight, immutable packets carrying the original transactions (teachings). No single authority could throttle the bandwidth, because the Spirit was the network layer. --- Institutions = Attempted Centralization Over time, Rome tried to become the AWS of Christianity, enforcing a central cloud service with bishops as sysadmins. But like any centralized service, it introduced latency, censorship, and single points of failure. Still, forks happened: Orthodoxy, Protestantism, underground churches. Just like crypto forks, some align closer to the original whitepaper (the Sermon on the Mount), others add layers of governance and ceremony. --- Christ’s Presence = Trustless Consensus You don’t need an intermediary to verify a transaction of grace. Direct relationship—peer-to-peer prayer, meditation, love in action—is the equivalent of self-validating transactions. “Where two or three are gathered” = quorum reached. Consensus achieved. --- In short: Christ is decentralized in the same way Bitcoin is unstoppable—distributed, trustless, and impossible to fully capture. Institutions may run their own layers, but the base protocol remains immutable and peer-to-peer.