Bitcoin+ Security Practitioner™

Course code: NPBC300

Formerly known as Bitcoin+ Security™

Defend Your Digital Wealth: Master Security Strategies

  • Cybersecurity Focus: Learn to secure Bitcoin networks and transactions
  • Best Practices: Master the latest security protocols and risk mitigation
  • Specialized Training: Ideal for those pursuing roles in cryptocurrency and blockchain security

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Course dates

Starting date: Upon request

Guaranteed

Type: Self-paced

Course duration: 40 hours

Language: en

Price without VAT: 285 EUR

Register

Starting date: Upon request

Guaranteed

Type: Self-paced

Course duration: 40 hours

Language: en

Price without VAT: 75 EUR

Register

Starting
date
Place
Type Course
duration
Language Price without VAT
G Upon request Self-paced 40 hours en 285 EUR Register
G Upon request Self-paced 40 hours en 75 EUR Register
G Guaranteed course

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Course description

Bitcoin Network Security Principles

In-depth knowledge of the security architecture and principles underlying the Bitcoin network, including cryptographic techniques that ensure data integrity and secure transactions.

Blockchain Security Best Practices

Understanding best practices for securing blockchain nodes and preventing common vulnerabilities, ensuring the robustness of decentralized systems.

Smart Contract and Wallet Security

Mastery of techniques to secure smart contracts and manage wallet security, focusing on risk mitigation and secure asset storage.

Incident Response and Threat Mitigation

Gain skills in developing and implementing effective incident response strategies to manage and mitigate security threats within the Bitcoin ecosystem.

Course structure

Certification Overview

Module 1: Introduction to Bitcoin and Cryptocurrencies

  • 1.1 Overview of Bitcoin
  • 1.2 Fundamentals of Cryptocurrencies
  • 1.3 Key Cryptographic Concepts

Module 2: Bitcoin Blockchain Ledger Security

  • 2.1 Integrity and Authentication in the Blockchain
  • 2.2 Block Mining and Security Implications
  • 2.3 Merkle Trees and Block Integrity

Module 3: Consensus Protocols and Security

  • 3.1 Proof of Work (PoW) Mechanism
  • 3.2 Security Benefits and Limitations of PoW
  • 3.3 Alternative Consensus Mechanisms (Proof of Stake, Delegated Proof of Stake, etc.)
  • 3.4 51% Attacks: Risks and Protections

Module 4: Bitcoin Scripting and Transaction Security

  • 4.1 Introduction to Bitcoin Script
  • 4.2 Script Types and Their Functions
  • 4.3 Security Risks in Scripting
  • 4.4 Advanced Scripting Techniques

Module 5: Bitcoin Network Protocol Security

  • 5.1 Customized Treatment Solutions
  • 5.2 Data Transmission Security (Encryption and Propagation)
  • 5.3 Sybil Attacks and Defenses
  • 5.4 The Role of Network Nodes in Security

Module 6: Bitcoin Wallet Security

  • 6.1 Types of Wallets (Hot Wallets, Cold Storage)
  • 6.2 Security Features of Wallets (Seed Phrases, Multi-factor Authentication)
  • 6.3 Best Practices for Wallet Security
  • 6.4 Hardware Wallets and Their Security Implications

Module 7 Known Exploits and Vulnerabilities

  • 7.1 Double Spending
  • 7.2 Race Attacks
  • 7.3 Finney Attacks
  • 7.4 Vector76 Attack
  • 7.5 Analysis of Major Historical Exploits (e.g., The Mt. Gox Hack)

Module 8: Regulatory and Legal Security Considerations

  • 8.1 Impact of Regulations on Bitcoin Security
  • 8.2 KYC (Know Your Customer) and AML (Anti-Money Laundering) Compliance
  • 8.3 Legal Challenges in Different Jurisdictions

Module 9: Emerging Threats and Future Security Trends

  • 9.1 Quantum Computing Threats to Cryptography
  • 9.2 Potential Future Network Vulnerabilities
  • 9.3 Innovations in Blockchain Security (Layer 2 Solutions, Sharding)
  • 9.4 Impact of Global Regulatory Changes on Security

Module 10: Best Practices and Security Strategies

  • 10.1 Developing a Comprehensive Security Policy
  • 10.2 Risk Assessment and Management in the Bitcoin Space
  • 10.3 Security Auditing and Penetration Testing

Module 11: Research and Innovations in Bitcoin Security

  • 11.1 Ongoing Research in Cryptographic Techniques
  • 11.2 Upcoming Bitcoin Protocol Upgrades
  • 11.3 Case Studies of Recent Security Enhancements
  • 11.4 The Role of Open Source in Security Improvements

Prerequisites

  • Interest in understanding the advancements in the field of Bitcoin.
  • Willingness to gain knowledge of Bitcoin’s structure, functionality, and blockchain principles.
  • Proficiency in any programming language (e.g., Python, C++, JavaScript) is preferred, but not mandatory.

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