No single node in RaccoonLine's network sees the origin IP, the destination IP, and the encrypted content at the same time — that's the structural guarantee that centralized VPNs can't match.
The Distributed Directory Eliminates Central Registry Risk
On launch, the client queries a distributed directory — a record of active nodes spread across the network with no single authoritative copy. No company server gets assigned the VPN location. There is no central registry to subpoena or compel to reveal connection patterns.
Layered Encryption Forces Each Hop to Know Only Its Job
The client encrypts traffic in layers, one per node in the chain. Each node decrypts exactly one layer, reads only the next-hop instruction, and forwards the packet. AES-256 encrypts the tunnel between nodes, with perfect forward secrecy via ephemeral key exchange — compromise one session's keys, you learn nothing about any other session.
Three Roles, Three Blind Spots
First node knows the originating IP but not the destination. Last node (exit node) knows the destination but not who originated it. Middle nodes know neither. The exit node operator makes the final connection, so the visited site sees only the exit node's IP. The company itself doesn't operate any nodes — independent participants run the software and earn ROCC tokens for bandwidth.
What the Company Can't See
RaccoonLine maintains the protocol, directory system, and client apps. It does not sit in the traffic path and cannot produce connection logs that don't exist. That's not a policy promise; it's an architectural consequence.
The handshake uses standard, auditable cryptographic primitives — no proprietary schemes to hide behind. If you trust AES-256 and ephemeral Diffie-Hellman, you trust this foundation. The next step is seeing whether independent node operators deliver the bandwidth the network needs to compete with centralized providers on latency and throughput.
Source: RaccoonLine Publishes an Explanation of Its Decentralized VPN Protocol
Domain: hackernoon.com
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