Network Privacy

Network Privacy in Roru

Roru protects your privacy at the network level through encryption, relayer privacy, and infrastructure privacy.

Network-Level Protection

Encrypted Communication

All Communication Encrypted:

• End-to-end encryption

• No plaintext data

• Encrypted channels

• Privacy maintained

Infrastructure Encryption:

• Encrypted RPC calls

• Encrypted state sync

• Encrypted all communication

• Complete encryption

Relayer Privacy

Transaction Mixing:

• Transactions mixed

• Cannot correlate

• Privacy maintained

• Complete mixing

Batching:

• Multiple transactions batched

• Privacy through batching

• Cannot isolate

• Privacy maintained

Infrastructure Privacy

TEE Processing

Trusted Execution Environments:

• Data processed in TEEs

• Cannot access data

• Complete isolation

• Privacy guaranteed

SGX Enclaves:

• Intel SGX enclaves

• Additional security

• Complete isolation

• Privacy guaranteed

Node Operator Privacy

Operators Cannot See:

• Transaction data

• User data

• Any private information

• Complete privacy

Why:

• Encrypted processing

• Enclave isolation

• Cannot access

• Privacy guaranteed

Metadata Protection

Timing Protection

How Protected:

• Batching transactions

• Timing obfuscation

• Cannot correlate

• Privacy maintained

IP Address Protection

How Protected:

• Relayers hide IPs

• No IP correlation

• Privacy maintained

• Complete protection

Best Practices

Network Practices

1. Secure Networks: Use secure networks

2. VPN Consideration: Consider VPN on public networks

3. Avoid Public Wi-Fi: Avoid for sensitive operations

4. Verify Connections: Verify secure connections

5. Monitor: Monitor network activity

Conclusion

Network privacy provides:

• Encryption: All communication encrypted

• Relayer Privacy: Transaction mixing and batching

• Infrastructure Privacy: TEE and enclave processing

• Metadata Protection: Timing and IP protection

• Complete Privacy: Full network-level privacy

Your network communications are protected through multiple layers of encryption and privacy protection.