Practical Blockchain Security

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Dan Morrill

22:07:36

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01. Introduction

1. Introduction.mp4

01:31

2. Why take this course.mp4

02:17

02. Blockchain Architecture

01. Blockchain Architecture Overview.mp4

20:12

02. Blockchain Layers.mp4

05:36

03. Ethereum Overview.mp4

18:42

04. Ethereum Architecture.mp4

08:26

05. Ethereum Post Merge Architecture.mp4

10:19

06. Bitcoin Architecture.mp4

08:40

07. Hyperledger Architecture.mp4

12:53

08. Tezos Architecture.mp4

10:52

09. Flow Architecture.mp4

18:34

10. Cardano Architecture.mp4

10:28

11. Wax Architecture.mp4

17:19

12. Side Chains.mp4

06:48

13. Blockchain Bridges.mp4

17:58

14. Real World Example Tornado Cash.mp4

12:44

03. Blockchain Engineering

01. Blockchain Engineering Overview.mp4

10:30

02. Blockchain Block Format.mp4

07:49

03. The Genesis Block.mp4

15:17

04. Merkle Trees.mp4

09:53

05. Walkthrough Block Explorer.mp4

03:51

06. Blockchain Wallet Addressing.mp4

03:29

07. Proof Of Work Consensus.mp4

16:11

08. Proof of Stake Consensus.mp4

17:29

09. Other types of Consensus.mp4

18:52

10. Public and Private Blockchains.mp4

22:46

11. Hard and Soft Forks.mp4

14:10

12. Blockchain Security Assumptions.mp4

07:16

13. Cryptography.mp4

09:51

14. Public and Private Keys.mp4

08:17

15. Hashing.mp4

08:56

16. Time Stamping.mp4

13:33

17. Peer to Peer networking (Ethereum Example).mp4

16:16

04. Front End Risks

01. Overview of MFA.mp4

17:03

02. MFA And Blockchain.mp4

07:31

03. React.mp4

11:07

04. Angular.mp4

15:19

05. Vue.JS.mp4

06:19

06. OWASP Modeling for Blockchain Part 1.mp4

25:52

07. OWASP Modeling for Blockchain Part 2.mp4

21:55

08. Wallet Attacks.mp4

08:54

09. Client Vulnerabilities.mp4

10:13

10. User Behavior.mp4

10:40

05. Back End Risks

01. Consensus Vulnerabilities.mp4

07:30

02. Mining Pool Vulnerabilities.mp4

11:27

03. Network Vulnerabilities.mp4

22:23

04. DDoS Attacks.mp4

21:31

05. Delay Attacks.mp4

16:31

06. Eclipse Attacks.mp4

09:29

07. P2P and DHT Attacks.mp4

16:01

08. Partition Attacks.mp4

11:12

09. Sybil Attacks.mp4

09:09

10. Time Jacking.mp4

07:54

11. Transaction Attacks.mp4

06:27

12. Selfish Mining Attacks.mp4

06:41

06. Mining Risks

1. Mining Overview.mp4

09:28

2. Solo Mining.mp4

09:47

3. Mining Pools.mp4

11:27

4. Proof of Stake Post Merge Ethereum.mp4

10:19

5. Crypto Mining Malware (Cryptojacking).mp4

12:17

6. Zero Trust Models.mp4

19:48

7. Byzantine Fault Tolerance.mp4

13:58

07. Blockchain as a Service - Blockchain in the Cloud

1. AWS Managed Blockchain Service Overview.mp4

07:59

2. AWS Hyperledger.mp4

13:28

3. AWS Ethereum.mp4

13:05

4. AWS QLDB Quantum Ledger Database.mp4

10:19

5. Azure Blockchain as a Service Overview.mp4

05:26

08. Hyperledger and Modular Design Risks

1. What is Hyperledger.mp4

09:11

2. Hyperledger Security Model.mp4

10:02

3. Hyperledger Peers.mp4

16:58

4. Hyperledger Ordering Service.mp4

12:25

5. Hyperledger MSPs.mp4

12:48

6. Hardware Security Modules.mp4

04:21

7. Hyperledger Data Privacy.mp4

11:33

8. Hyperledger Specific Security Risks.mp4

09:16

09. DAGS - Directed Acyclic Graphs

1. What are DAGs.mp4

08:05

2. Reasons to Use DAG as an Architecture and Data Storage.mp4

06:39

3. IOTA.mp4

20:15

10. Common Security Risks

1. Common Threats and Incidents.mp4

13:34

2. Basic Security Mechanisms.mp4

20:18

3. AES.mp4

07:54

4. Other types of Hashes (Uncommon).mp4

07:31

5. Other Security Mechanisms (Uncommon).mp4

18:01

11. Blockchain Protocols Ports and Risks

1. Understanding Blockchain Tokens.mp4

16:15

2. Blockchain Tokens.mp4

11:46

3. ERC-20.mp4

08:00

4. ERC-721.mp4

16:23

5. ERC-1155.mp4

07:33

6. ERC-1411.mp4

09:11

7. Other Tokens and Protocols.mp4

13:15

8. Common TCPIP Ports used in Blockchain.mp4

15:40

9. Blockchain As A Service.mp4

12:03

12. Balancing a Security Posture

1. Balancing Risk Overview.mp4

15:18

2. Normal Risks.mp4

17:43

3. Value Risks.mp4

12:14

4. Smart Contract Risks.mp4

15:38

5. Example - Flash Loan Attack.mp4

08:25

13. DAO Security

1. DAO Overview.mp4

21:18

2. DAOs and Smart Contracts.mp4

18:55

3. Common DAO Security Risks.mp4

19:46

4. DAO Governance Tokens.mp4

22:05

14. Smart Contracts Best Practices

1. Smart Contract Vulnerabilities Part 1.mp4

10:59

2. Smart Contract Vulnerabilities Part 2.mp4

15:31

3. Smart Contract Vulnerabilities Part 3.mp4

12:57

4. Smart Contracts security tools.mp4

13:50

5. SecDevOps for Blockchain.mp4

16:19

15. Close

1. Summary.mp4

01:27

Description

Blockchain Security from A to Z

What You'll 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 is this for?

Anyone interested in blockchain security

More details

Description
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 ERCâ€™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 DAOÂ 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!

Who this course is for:
Anyone interested in blockchain security

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Dr. Dan Morrill teaches at several universities and certificate based boot camps. As a professor of online learning since 2014, Dan has supported a diverse student population to succeed in an online environment. This includes the use of online systems to develop comprehensive study guides, education standards, and process learning. In addition to his focus on student outcomes, Dan has over 20 years of experience in cyber security and information technology. He has written multiple books on cloud computing, e-commerce, security, and SEO. In addition to supporting startups, he is a passionate supporter of startup culture as well. He obtained a BS in Information Systems Management, an MS in E-commerce, and a Ph.D. in Cyber Security.

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