ReserveBTC

Dash
Fct
Test

Security Model

ReserveBTC implements a comprehensive security architecture designed to protect user assets while maintaining the decentralized and trustless nature of Bitcoin and DeFi.

Core Security Principles

Self-Custody First

Users maintain full control of their Bitcoin at all times. No custody transfer required.

Oracle-Based Architecture

Automated Oracle monitoring provides secure and reliable balance synchronization.

Transparent Operations

All protocol operations are verifiable on-chain and open source.

Decentralized Architecture

No single point of failure in the protocol design or Oracle system.

Continuous Monitoring

Real-time balance verification ensures perfect backing ratios.

Audited Code

Smart contracts undergo rigorous security audits by leading firms.

Multi-Layer Security Architecture

1

Bitcoin Layer Security

Self-Custody Model

  • • Bitcoin remains in user's wallet
  • • No private key sharing required
  • • No bridge or custody risks
  • • Users control their own security

Address Verification

  • • BIP-322 signatures (planned for mainnet)
  • • All Bitcoin address types supported
  • • Currently mock verification for testnet
  • • Industry-standard methodology when deployed
2

Oracle Layer Security

Data Integrity

  • • BlockCypher API integration
  • • 5-minute monitoring intervals
  • • Delta validation and noise filtering
  • • Committee-based authorization

Decentralization

  • • Multiple Oracle node operators
  • • Consensus-based verification
  • • No single point of failure
  • • Economic incentive alignment
3

Smart Contract Security

Code Quality

  • • 206 security tests passing
  • • E2E and resilience testing
  • • Comprehensive test coverage
  • • Open source transparency

Access Control

  • • Committee-based Oracle access
  • • Role-based permissions
  • • Soulbound token restrictions
  • • Fee management controls

Risk Assessment & Mitigation

Identified Risks

Oracle Manipulation

Risk of false balance reporting

Smart Contract Bugs

Potential code vulnerabilities

User Key Security

Private key compromise risks

Network Attacks

Blockchain network disruptions

Mitigation Strategies

Multi-Oracle Consensus

Multiple independent verifications required

Extensive Auditing

Regular security audits and formal verification

User Education

Security best practices and guidance

Redundant Systems

Multiple failsafes and backup mechanisms

Audits & Verification

Smart Contract Audits

Independent security audits by leading blockchain security firms

View Audit Reports

Formal Verification

Mathematical proofs of smart contract correctness and security

Learn More

Community Review

Open source code reviewed by the global developer community

View on GitHub

Security Best Practices for Users

✅ Recommended Practices

  • Use hardware wallets for Bitcoin storage
  • Keep wallet software updated
  • Verify all transaction details
  • Use official ReserveBTC interface only
  • Enable 2FA on all accounts
  • Regular security backups

❌ Security Risks

  • Never share private keys or seed phrases
  • Avoid public WiFi for transactions
  • Don't use custodial exchange wallets
  • Never sign unknown messages
  • Avoid phishing websites
  • Don't trust unverified communications

🚨 Emergency Procedures

If You Suspect Compromise

  1. Immediately move Bitcoin to new address
  2. Revoke all connected app permissions
  3. Change wallet passwords
  4. Monitor for unauthorized transactions
  5. Contact support if tokens affected

Protocol Emergency Response

  • • Pause mechanism for critical issues
  • • Governance voting for major changes
  • • Multi-sig protection for upgrades
  • • Community notification systems
  • • Bug bounty program active