SafeBits Overview
This comprehensive e-learning program establishes a new protocol for organizations of all sizes—from small businesses to large institutions like family offices, NGOs, and government entities—seeking to achieve financial autonomy through Bitcoin self-custody using multisignature security protocols.
The curriculum is structured as a progressive learning journey, beginning with foundational concepts and advancing to specialized implementations for different organizational contexts. Each phase builds upon prior knowledge while offering practical, actionable guidance for implementing robust Bitcoin security practices using Bitcoin-safe.org as the primary implementation tool.
Assessment Strategy
Each phase will include:
- Knowledge check quizzes after each lesson
- Practical exercises and simulations
- Cumulative implementation project
- Final assessment
Detailed Learning Path
Phase 1: Foundations of Bitcoin Self-Custody
An introductory course covering the fundamentals of Bitcoin, private key management, and the case for organizational self-custody.
Lesson 1: Understanding Bitcoin Fundamentals
- The case for Bitcoin as an organizational treasury asset
- Public and private keys explained
- Types of Bitcoin wallets and security models
- Transactions and the UTXO model
Lesson 2: The Self-Custody Imperative
- Counterparty risk in traditional custody solutions
- Historical vulnerabilities of third-party custody
- Regulatory considerations and compliance
- Building organizational resilience through self-custody
Lesson 3: Security Principles for Digital Assets
- Threat modeling for organizational Bitcoin holdings
- Common attack vectors and vulnerabilities
- Defense-in-depth strategies
- The principle of least privilege
Lesson 4: Introduction to Key Management
- Single-signature limitations
- The concept of air-gapping
- Hardware security devices
- Introduction to seed phrases and backups
Lesson 5: Organizational Considerations
- Stakeholder education and buy-in
- Role-based security access
- Balancing security with operational efficiency
- Building your organization’s security culture
Phase 1 Implementation Project:
Develop a comprehensive threat model and security requirements document for your organization’s Bitcoin treasury operation.
Phase 2: Multi-Sigature Security Fundamentals
A deep dive into the technical and operational aspects of Bitcoin multisignature security using Bitcoin-safe.org.
Lesson 1: Multisignature Technology Explained
- The cryptography behind multisig
- P2SH, P2WSH, and native segwit multisig
- M-of-N threshold schemes
- Benefits and limitations of multisig
Lesson 2: Key Generation Security
- Secure entropy generation
- Air-gapped signing devices
- Hardware wallet considerations
- Key storage environments
Lesson 3: Multisig Wallet Configuration
- Selecting appropriate M and N parameters
- Key holder selection and responsibilities
- Coordination protocols for distributed signers
- Testing and verification procedures
Lesson 4: Backup and Recovery Strategies
- Seed phrase backup methods
- Geographic distribution of recovery materials
- Metal storage solutions
- Testing recovery procedures
Lesson 5: Operational Security
- Transaction verification procedures
- Address verification and change address handling
- Transaction broadcasting security
- Regular security audits and tabletop exercises
Phase 2 Implementation Project:
Design and simulate the setup of a multisignature wallet configuration appropriate for your organization’s needs.
Phase 3: Institutional Grade Implementation Frameworks
Advanced protocol implementation and governance structures for enterprise-level Bitcoin custody solutions.
Lesson 1: Governance Structures
- Defining roles and responsibilities
- Establishing authorization hierarchies
- Creating transaction approval workflows
- Documentation and audit requirements
Lesson 2: The BitcoinSafe Protocol for Institutions
- High-security cold storage implementation
- Execution environment security
- Protocol documentation and maintenance
- Key ceremony procedures
Lesson 3: Remote Signing and Coordination
- Implementing Bitcoin-safe.org’s Nostr-based Sync & Chat
- Secure remote coordination for distributed teams
- Key management for organizations
- Business continuity planning
Lesson 4: Regulatory Compliance and Auditing
- Demonstrating control for accounting purposes
- Creating audit trails for transactions
- Reporting and disclosure requirements
- Working with external auditors
Lesson 5: Hierarchical Deterministic Wallets for Organizations
- Account segregation using BIP44
- Xpub management for finance departments
- Watch-only wallet configurations
- Address management best practices
Phase 3 Implementation Project:
Develop a comprehensive implementation plan including governance documentation, operational procedures, and compliance considerations using Bitcoin-safe.org.
Phase 4: Specialized Applications & Use Cases
Tailored implementations for specific organizational contexts and requirements.
Lesson 1: Small Business Treasury Management
- Balancing security with operational accessibility
- Staff training and responsibility allocation
- Cost-effective security implementations
- Growth-scalable security models
Lesson 2: Family Office and Wealth Management
- Intergenerational key management considerations
- Trust structures and multisig integration
- Estate planning with Bitcoin multisig
- Privacy considerations for high-net-worth holdings
Lesson 3: NGO and Non-Profit Implementation
- Multi-stakeholder governance models
- International operations considerations
- Donor transparency and reporting
- Emergency access protocols
Lesson 4: Corporate Treasury Integration
- Integration with existing financial controls
- Treasury management systems
- Board and executive approvals framework
- Risk management and insurance considerations
Lesson 5: Government and Institutional Applications
- National reserves security models
- Public accountability mechanisms
- Multi-department coordination
- Enhanced security measures for sovereign wealth
Phase 4 Implementation Project:
Create a tailored implementation plan for your specific organizational context, addressing unique requirements and constraints.
Phase 5: Advance Topics & Future Developments
Exploration of cutting-edge techniques, emerging technologies, and evolving best practices.
Lesson 1: Shamir’s Secret Sharing vs. Multisig
- Technical differences and security implications
- Hybrid implementation approaches
- Use case considerations
- Implementation challenges and solutions
Lesson 2: Lightning Network Considerations
- Channel funding security
- Node operation security
- Backup considerations for channels
- Watchtower implementations
Lesson 3: Time-Locked Security Mechanisms
- Timelocks and checksequenceverify
- Dead man’s switch implementations
- Vaulting techniques
- Inheritance and succession planning
Lesson 4: Advanced Privacy Techniques
- CoinJoin implementations for organizations
- Chain analysis countermeasures
- Address reuse avoidance strategies
- Privacy-enhancing transaction techniques
Lesson 5: Emerging Technologies and Standards
- MuSig and threshold signature schemes
- Miniscript and policy development
- Hardware security module integration
- Cross-chain security considerations
Phase 5 Implementation Project:
Design an advanced security implementation incorporating cutting-edge techniques appropriate for your organization’s risk profile and operational requirements.
Recommended Resources
Hardware
- Secure element-based signer devices, see our recommended list
- Air-gapped computers, ideally brand new, without network board and bluethoot
- Tamper-evident bags and seals
- Metal seed storage devices
- Secure storage phisical locations
Software
- Bitcoin-safe wallet (primary implementation platform)
- Sparrow wallet (alternative option)
- Bitcoin Core (for reference and advanced operations)
- Nostr clients for secure communication
Documentation Templates
- Key holder agreements
- Transaction authorization forms
- Security incident response procedures
- Recovery process documentation
- Audit and compliance reports
Learning Outcomes
This program synthesizes best practices from leading Bitcoin security practices and adapted for organizational implementation with emphasis on governance, operational security, and regulatory considerations.
Upon completion of this program, organizations will be able to:
- Understand the fundamental principles of Bitcoin security and self-custody
- Design and implement a multisignature security system appropriate to their organizational context
- Establish robust governance processes for key management and transaction authorization
- Create comprehensive disaster recovery and business continuity plans
- Train internal stakeholders on security protocols and operational procedures
- Navigate regulatory considerations while maintaining self-sovereign custody