Common Threat Models
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.
Threat Categories
Network Attacks
Threats:
Man-in-the-middle attacks
Network surveillance
Traffic analysis
Interception
Roru Protection:
End-to-end encryption
Encrypted communication
Relayer privacy
Complete protection
Blockchain Analysis
Threats:
Transaction graph analysis
Address correlation
Timing analysis
Metadata analysis
Roru Protection:
Zero-knowledge proofs
Shielded state
Unlinkability
Complete protection
Device Compromise
Threats:
Malware
Physical device access
Key extraction
Software attacks
Roru Protection:
Hardware security (Roru One)
Encrypted storage
Secure key management
Complete protection
Infrastructure Attacks
Threats:
Compromised infrastructure
Insider attacks
Data breaches
Infrastructure attacks
Roru Protection:
TEE/SGX enclaves
Encrypted processing
Zero-knowledge infrastructure
Complete protection
How Roru Defends
Multiple Layers
Defense in Depth:
Multiple security layers
Redundant protection
Complete defense
Comprehensive
Privacy Layers:
Cryptographic privacy
Network privacy
Infrastructure privacy
Complete privacy
Mathematical Guarantees
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
User Responsibilities
What You Should Do
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
Conclusion
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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