Security
Security Architecture Overview
Protocol Security
Cryptographic Foundation
Zero-knowledge proofs for state verification
Digital signatures: secp256k1
Hash functions: SHA-3, Keccak
Encryption protocols for sensitive data
Consensus Security
Main Node validation
Sequencer verification
L2 state anchoring
Proof verification system
Network Security
DDoS Protection
Network Access Control
Node authentication
Access control lists
Firewall rules
Traffic encryption
Transaction Security
Validation Mechanisms
Format Validation
Transaction structure
Parameter bounds
Data integrity
Signature Verification
Public key verification
Signature validation
Replay protection
State Validation
Balance checks
Nonce verification
State transition validation
Double-Spend Prevention
State Security
State Protection
Merkle tree verification
State root validation
Regular state commitments
State recovery mechanisms
Data Integrity
Cryptographic verification
State transition validation
History preservation
Audit trails
Emergency Response
Incident Response Plan
Security Measures
Prevention
Regular security audits
Penetration testing
Vulnerability scanning
Code reviews
Detection
Real-time monitoring
Anomaly detection
Alert systems
Logging and tracking
Response
Incident response team
Emergency procedures
Communication protocols
Recovery plans
Penalty System
Penalty Mechanisms
Main Node Penalties
Invalid transaction processing
State inconsistencies
Service disruption
Sequencer Penalties
Invalid batch processing
Delayed submissions
Protocol violations
Enforcement
Automatic penalty detection
Stake reduction
Role revocation
Recovery procedures
Security Audits
Compliance and Standards
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