Common Threat Models and How Roru Protects You
Understanding common threats helps you understand how Roru protects you and what additional precautions you should take.
Threats:
Man-in-the-middle attacks
Network surveillance
Traffic analysis
Interception
Roru Protection:
End-to-end encryption
Encrypted communication
Relayer privacy
Complete protection
Threats:
Transaction graph analysis
Address correlation
Timing analysis
Metadata analysis
Roru Protection:
Zero-knowledge proofs
Shielded state
Unlinkability
Complete protection
Threats:
Malware
Physical device access
Key extraction
Software attacks
Roru Protection:
Hardware security (Roru One)
Encrypted storage
Secure key management
Complete protection
Threats:
Compromised infrastructure
Insider attacks
Data breaches
Infrastructure attacks
Roru Protection:
TEE/SGX enclaves
Encrypted processing
Zero-knowledge infrastructure
Complete protection
Defense in Depth:
Multiple security layers
Redundant protection
Complete defense
Comprehensive
Privacy Layers:
Cryptographic privacy
Network privacy
Infrastructure privacy
Complete privacy
Cryptographic Security:
Based on proven cryptography
Cannot be broken
Mathematical guarantees
Complete security
Zero-Knowledge Guarantees:
Mathematical privacy
Cannot extract information
Complete guarantees
Privacy guaranteed
Security Practices:
Secure your devices
Protect recovery phrase
Use strong passwords
Keep software updated
Privacy Practices:
Use shielded addresses
Generate new addresses
Minimize public exposure
Follow best practices
Roru protects against:
Network Attacks: Encryption and relayer privacy
Blockchain Analysis: Zero-knowledge and shielded state
Device Compromise: Hardware security and encryption
Infrastructure Attacks: TEE/SGX and encrypted processing
Multiple layers of protection defend against common threats while maintaining complete privacy.
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