Practical Blockchain Security

Practical Blockchain Security, available at $69.99, has an average rating of 4.3, with 108 lectures, based on 34 reviews, and has 437 subscribers.

You will learn about Classify the Security Fundamentals of Blockchain architecture Classify the Security Fundamentals of Blockchain Engineering Compare and Contrast Front End and Back End risks Summarize common Blockchain Security Mechanisms Summarize Blockchain Protocols Summarize the role ERC’s have in Blockchain Security Appraise Common Smart Contract Security Risks This course is ideal for individuals who are Anyone interested in blockchain security It is particularly useful for Anyone interested in blockchain security.

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Summary

Title: Practical Blockchain Security

Price: $69.99

Average Rating: 4.3

Number of Lectures: 108

Number of Published Lectures: 108

Number of Curriculum Items: 108

Number of Published Curriculum Objects: 108

Original Price: $89.99

Quality Status: approved

Status: Live

What You Will Learn

Classify the Security Fundamentals of Blockchain architecture
Classify the Security Fundamentals of Blockchain Engineering
Compare and Contrast Front End and Back End risks
Summarize common Blockchain Security Mechanisms
Summarize Blockchain Protocols
Summarize the role ERC’s have in Blockchain Security
Appraise Common Smart Contract Security Risks

Who Should Attend

Anyone interested in blockchain security

Target Audiences

Anyone interested in blockchain security

Welcome to the Practical blockchain security course. This course looks at how architecture, engineering, software design, and software tools all influence how information and data security is implemented in different kinds of blockchains. We will focus on the three most popular blockchains, Bitcoin, Ethereum, and Hyperledger. This course is a holistic view of information security, those things that cannot be directly controlled, those things that can be directly controlled, and how controls, technical, procedural, and in some cases policy-based can enhance a company’s security posture for its blockchain implementation.

Course Objectives:

Classify the Security Fundamentals of Blockchain Architecture

Classify the Security Fundamentals of Blockchain Engineering

Compare and Contrast Front End and Back End risks

Summarize common Blockchain Security Mechanisms

Summarize Blockchain Protocols

Summarize common Blockchain controls that can be used to enhance security

Summarize the role ERC’s have in Blockchain Security

Appraise Common Smart Contract Security Risks

This course has been designed to be applicable to all levels of knowledge about the blockchain and takes a total view approach to blockchain engineering, security, and code development. From tools to techniques, ports, and protocols, ERCs, and other methods to update systems, this course is comprehensive across the cloud, hyper-ledger, Ethereum, and points in between. From code and good coding practices, to how to do good effective DAO governance, there is great information and tips throughout this course for the things you want to do in the blockchain.

The author of this course has certifications in Security, Blockchain Security, NFTs, and Blockchain Engineering, and gives up-to-date information about the state of Blockchain Security, and how it can be accomplished as part of a normal business process.

Welcome to the course!

Course Curriculum

Chapter 1: Introduction

Lecture 1: Introduction

Lecture 2: Why take this course?

Lecture 3: World Economic Forum – The Future of Work

Chapter 2: Blockchain Architecture

Lecture 1: Blockchain Architecture Overview

Lecture 2: Blockchain Layers

Lecture 3: Ethereum Overview

Lecture 4: Ethereum Architecture

Lecture 5: Ethereum Post Merge Architecture

Lecture 6: Bitcoin Architecture

Lecture 7: Hyperledger Architecture

Lecture 8: Tezos Architecture

Lecture 9: Flow Architecture

Lecture 10: Cardano Architecture

Lecture 11: Wax Architecture

Lecture 12: Side Chains

Lecture 13: Blockchain Bridges

Lecture 14: Real World Example Tornado Cash

Chapter 3: Blockchain Engineering

Lecture 1: Blockchain Engineering Overview

Lecture 2: Blockchain Block Format

Lecture 3: The Genesis Block

Lecture 4: Merkle Trees

Lecture 5: Walkthrough Block Explorer

Lecture 6: Blockchain Wallet Addressing

Lecture 7: Proof Of Work Consensus

Lecture 8: Proof of Stake Consensus

Lecture 9: Other types of Consensus

Lecture 10: Public and Private Blockchains

Lecture 11: Hard and Soft Forks

Lecture 12: Blockchain Security Assumptions

Lecture 13: Cryptography

Lecture 14: Public and Private Keys

Lecture 15: Hashing

Lecture 16: Time Stamping

Lecture 17: Peer to Peer networking (Ethereum Example)

Chapter 4: Front End Risks

Lecture 1: Overview of MFA

Lecture 2: MFA And Blockchain

Lecture 3: React

Lecture 4: Angular

Lecture 5: Vue.JS

Lecture 6: OWASP Modeling for Blockchain Part 1

Lecture 7: OWASP Modeling for Blockchain Part 2

Lecture 8: Wallet Attacks

Lecture 9: Client Vulnerabilities

Lecture 10: User Behavior

Chapter 5: Back End Risks

Lecture 1: Consensus Vulnerabilities

Lecture 2: Mining Pool Vulnerabilities

Lecture 3: Network Vulnerabilities

Lecture 4: DDoS Attacks

Lecture 5: Delay Attacks

Lecture 6: Eclipse Attacks

Lecture 7: P2P and DHT Attacks

Lecture 8: Partition Attacks

Lecture 9: Sybil Attacks

Lecture 10: Time Jacking

Lecture 11: Transaction Attacks

Lecture 12: Selfish Mining Attacks

Chapter 6: Mining Risks

Lecture 1: Mining Overview

Lecture 2: Solo Mining

Lecture 3: Mining Pools

Lecture 4: Proof of Stake Post Merge Ethereum

Lecture 5: Crypto Mining Malware (Cryptojacking)

Lecture 6: Zero Trust Models

Lecture 7: Byzantine Fault Tolerance

Chapter 7: Blockchain as a Service – Blockchain in the Cloud

Lecture 1: AWS Managed Blockchain Service Overview

Lecture 2: AWS Hyperledger

Lecture 3: AWS Ethereum

Lecture 4: AWS QLDB Quantum Ledger Database

Lecture 5: Azure Blockchain as a Service Overview

Chapter 8: Hyperledger and Modular Design Risks

Lecture 1: What is Hyperledger?

Lecture 2: Hyperledger Security Model

Lecture 3: Hyperledger Peers

Lecture 4: Hyperledger Ordering Service

Lecture 5: Hyperledger MSP's

Lecture 6: Hardware Security Modules

Lecture 7: Hyperledger Data Privacy

Lecture 8: Hyperledger Specific Security Risks

Chapter 9: DAGS – Directed Acyclic Graphs

Lecture 1: What are DAGs

Lecture 2: Reasons to Use DAG as an Architecture and Data Storage

Lecture 3: IOTA

Chapter 10: Common Security Risks

Lecture 1: Common Threats and Incidents

Lecture 2: Basic Security Mechanisms

Lecture 3: AES

Lecture 4: Other types of Hashes (Uncommon)

Lecture 5: Other Security Mechanisms (Uncommon)

Chapter 11: Blockchain Protocols Ports and Risks

Lecture 1: Understanding Blockchain Tokens

Lecture 2: Blockchain Tokens

Lecture 3: ERC-20

Lecture 4: ERC-721

Lecture 5: ERC-1155

Instructors

Dan Morrill
Primary Instructor

Rating Distribution

1 stars: 3 votes
2 stars: 0 votes
3 stars: 2 votes
4 stars: 10 votes
5 stars: 19 votes

Frequently Asked Questions

How long do I have access to the course materials?

You can view and review the lecture materials indefinitely, like an on-demand channel.

Can I take my courses with me wherever I go?

Definitely! If you have an internet connection, courses on Udemy are available on any device at any time. If you don’t have an internet connection, some instructors also let their students download course lectures. That’s up to the instructor though, so make sure you get on their good side!

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