Understand blockchain security threats.
Perform blockchain threat modeling and vulnerability assessments.
Design and develop secure blockchain systems and distributed applications.
This course is designed to provide a solid grounding in both theoretical and practical blockchain security. Through discussion of threats to each layer of the blockchain ecosystem and examples and case studies, you will learn about the main threats to blockchain security and be provided with the tools necessary to assess the security of blockchain systems.
Blockchain security is increasingly being adopted for enterprise use. As valuable data and functionality is entrusted to blockchain systems, it is essential to ensure that these systems are secure.
A solid grounding in blockchain security is a valuable asset for any role associated with blockchain technology. Incorporating security into business planning, architectural design, and software development is essential to ensuring that systems relying on blockchain technology are operational, reliable, and secure.
We at 101Blockchains will equip you with a solid understanding of blockchain security threats and design considerations. This will help you to make the right decisions when selecting, designing, or implementing a blockchain solution.
Register now for this career-boosting opportunity, prepare for your professional future, and join the blockchain revolution!
A fundamental understanding of blockchain technology is essential for understanding blockchain security. This module discusses some of the fundamental concepts of blockchain technology.
Threat modeling is a useful tool for categorizing and discussing cybersecurity threats. This module walks through the construction of a threat model designed for blockchain security threats.
Blockchain systems are designed to transfer trust from a centralized organization to cryptographic algorithms. Understanding how these algorithms work and their security assumptions is crucial to understanding the security of blockchain environments.
Consensus algorithms are essential to maintaining a shared, distributed, and decentralized digital ledger. This module looks at two of the most common consensus algorithms and how they can be targeted by an attacker.
This module highlights the differences between theoretical and real-world security of blockchain systems. When blockchain environments are implemented on computers and networks, new attack vectors and security issues are introduced.
Smart contracts enable the development of programs that run on the blockchain. This module explores some of the most common vulnerabilities that have been discovered in smart contracts.
This module discusses some of the important considerations that should be kept in mind while evaluating blockchain systems. A real-world case study is provided as an example of how these different factors can lead to a hack of a blockchain platform.
This last module provides an introduction to some of the leading enterprise blockchain platforms, Corda and Hyperledger. It provides a description of how these projects are designed and some of their features that impact the security of the digital ledger.
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How to use this course
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Introduction
Lesson 1: Blockchain Basics
Lesson 2: Structure of the Blockchain
Lesson 3: The Blockchain’s Blocks
Lesson 4: The “Chains” of the Blockchain
Summary
Interactive Exercise
Introduction
Lesson 1: Benefits of Threat Modeling for Cybersecurity
Lesson 2: The Multi-Layered Blockchain Ecosystem
Lesson 3: Introduction to the STRIDE Threat Modeling Framework
Lesson 4: Building a Blockchain Threat Model
Summary
Interactive Exercise
Introduction
Lesson 1: Fundamentals of Blockchain Cryptography
Lesson 2: Introduction to Public Key Cryptography
Lesson 3: Public Key Cryptography in the Blockchain
Lesson 4: Security of Public Key Cryptography
Lesson 5: Introduction to Hash Functions
Lesson 6: Hash Functions in the Blockchain
Lesson 7: Security of Hash Functions
Summary
Interactive Exercise
Introduction
Lesson 1: Introduction to Blockchain Consensus Algorithms
Lesson 2: Introduction to Proof of Work
Lesson 3: Attacking Proof of Work
Lesson 4: Introduction to Proof of Stake
Lesson 5: Attacking Proof of Stake
Summary
Interactive Exercise
Introduction
Lesson 1: Implementing the Blockchain
Lesson 2: Attacking Blockchain Nodes
Lesson 3: Attacking Blockchain Networks
Summary
Interactive Exercise
Introduction
Lesson 1: Introduction to Smart Contract Security
Lesson 2: General Programming Vulnerabilities
Lesson 3: Blockchain-Specific Vulnerabilities
Lesson 4: Platform-Specific Vulnerabilities
Summary
Interactive Exercise
Introduction
Lesson 1: Introduction to Blockchain Testing
Lesson 2: Architectural Considerations
Lesson 3: Design Considerations
Lesson 4: Implementation Errors
Summary
Interactive Exercise
Introduction
Lesson 1: Introduction to Enterprise Blockchain Platforms
Lesson 2: Introduction to Corda
Lesson 3: Corda Security Considerations
Lesson 4: Introduction to Hyperledger
Lesson 5: Hyperledger Security Considerations
Summary
Interactive Exercise
Certified Blockchain Security Expert Course Evaluation
Certifcation Process
Final Exam
Software Architects & Engineers
Software Developers & IT Managers
Enterprise & Cloud Architects
CIOs & IT Managers
Blockchain Developers
LEARN AT YOUR OWN PACE
Experience flexible online learning supported with structured modules.
Learn from industry experts who will share their knowledge and experience with you
Howard Poston
Howard is a cybersecurity researcher specializing in cryptography. He has several years of experience in researching, teaching, and speaking about blockchain security topics. Howard can be reached via his website at howardposton.com
Yes! This course is open for every professional that wants to become a Blockchain Security Expert. This course is designed to provide software architects, engineers, software developers, IT managers, enterprise and cloud architects, Blockchain Security Professionals, Blockchain Solutions Architects, Blockchain Developers, Smart Contract Developers, advanced knowledge and the skillset required for successful enterprise blockchain implementation.
The CBSE certification course contains four weeks of training materials to help candidates prepare effectively for the Certified Blockchain Security Expert certification by 101 Blockchains. The course features three to four one-hour sessions each week to allow opportunities for flexible learning to all aspiring candidates. Candidates also get access to bonus training material and guidance by top enterprise blockchain experts to prepare effectively for the 101 Blockchains CBSE certification exam.
Candidates should note that 101 Blockchains does not present any specific prerequisites for the Certified Blockchain Security Expert certification exam. Any professional aspiring to learn the fundamentals and implementation of enterprise blockchain security can enroll in the 101 Blockchains CBSE certification course. However, a prior understanding of security fundamentals and the importance of blockchain security can be helpful in the learning process.
The 101 Blockchains CBSE certification course is a comprehensive resource designed to help all candidates prepare effectively for the certification exam. The CBSE certification exam tests the knowledge, skills, and abilities of candidates in the following areas - Blockchain introduction, Blockchain threat modeling, Basics of blockchain cryptography, Security practices with consensus algorithms, Blockchain node and network security, Security practices with smart contracts, Testing of blockchain systems, and Enterprise blockchain security.
No, the Certified Blockchain Security Expert (CBSE) is a credential given by 101 Blockchains, a world-leading and trusted provider of research and training in the field of Enterprise Blockchain. The certification is granted upon completion of all the course requirements and will add significant value to your professional profile, especially for those pursuing a career in the Blockchain field.
The Certified Blockchain Security Expert (CBSE) exam consists of 20 Multiple-Choice questions.
We grant unlimited attempts to pass the certification exam.
You need to score a minimum of 70% to pass the Certified Blockchain Security Expert (CBSE) certification exam.
The 101 Blockchains CBSE Certification course contains learning materials with a total duration of 15 hours. Candidates can commit three to four hours each week to learn and prepare for the CBSE Certification exam with this 101 Blockchains CBSE training course, and complete the course in almost four weeks. However, the 101 Blockchains CBSE certification training course is available with unlimited access for one year. Therefore, candidates could rewatch the CBSE certification course online video lectures for a whole year and strengthen their knowledge for the exam.
The 101 Blockchains CBSE certification training course not only focuses on comprehensive coverage of all exam objectives but also on providing reliable guidance and support for all candidates. The personalized attention to the needs of each candidate through a weekly spreadsheet and guidance through emails delivers a competitive advantage to the preparation of all candidates registering for the 101Blockchain CBSE certification training course. Also, top industry experts have contributed their inputs in the creation of the CBSE certification training course. Therefore, the 101 Blockchains CBSE certification course ensures the success of all candidates.
The Certified Blockchain Security Expert certification exam by 101 Blockchains tests the in-depth understanding of threats to blockchain security. The certification also validates the fluency of candidates in addressing critical tasks for blockchain threat modeling and assessment of vulnerabilities. With CBSE certification, you will also get recognition for the skills and knowledge of best practices for the design and development of blockchain systems and distributed applications with desired levels of security.
The important topics in the CBSE certification exam include the following- Structure of blockchain, Multi-layered blockchain ecosystem, Development of blockchain threat model, Basics of blockchain cryptography, Public-key cryptography and hash functions, Proof of Work and Proof of Stake, Attacks on blockchain nodes and blockchain networks, Smart contract security and vulnerabilities, Blockchain testing, Architectural and design considerations, Enterprise blockchain platform security, and Corda and Hyperledger security considerations.
The primary responsibility of a Certified Blockchain Security Expert is to leverage their understanding of blockchain security and related concepts for ensuring the security of valuable data and functionalities entrusted to blockchain systems. The CBSE-certified candidates will also have to incorporate blockchain security into various aspects such as business planning, solution development, and architectural design. Most importantly, the Certified Blockchain Security Expert has to ensure the best use of their fluency and knowledge of blockchain security threats and design concerns for ensuring desired specifications of security, operations, and reliability in blockchain systems.
The rising adoption of blockchain technology has been one of the foremost reasons to pursue blockchain certifications by renowned vendors. 101 Blockchains has earned considerable credibility in blockchain technology education and research, and the CBSE certification aligns with the reputation of 101 Blockchains in the blockchain professional community. An industry-leading blockchain security certification can provide an adequate boost to the career prospects of many aspiring enterprise blockchain security professionals.
Many enterprises realize the value of blockchain technology in the existing market. The technology has surpassed all myths and misconceptions to become a futuristic trend that is in the hands of enterprises right now. Therefore, the design of large-scale blockchain systems also points out the need for blockchain security to safeguard crucial and sensitive data and other functionalities of blockchain systems. Therefore, there could be no better time than now to focus on the importance of CBSE certification as tangible proof of the blockchain security skills of an individual. The certification helps candidates strengthen their skills in blockchain security while helping enterprises choose the right candidates for safeguarding their blockchain infrastructure.
Yes, aspiring candidates can purchase an exam voucher for the Certified Blockchain Security Expert certification on 101 Blockchains for $399, which also provides the access to the CBSE certification training course and other learning materials required for the CBSE certification exam.
Yes, you will get certified as a Certified Blockchain Security Expert by 101 Blockchains when you complete all the course requirements, including the exam and a hands-on assignment. It’s a global recognition that will classify you as a worldwide Certified Enterprise Blockchain Security Expert.
Yes, our team of experts is available 24/7 to resolve any queries. You can also join our LinkedIn Community and connect with experts and learners.
The candidate needs to prepare themselves by following the recommended path for the CBSE certification preparation. First, take note of the exam objectives for the 101 Blockchains CBSE certification exam along with all the modules and sub-topics in the exam. Next, create a well-designed and reasonable preparation plan with achievable milestones. Now you can register for the CBSE certification exam on 101 Blockchains and start preparing with the CBSE training course.
According to Intelletec.com, the average annual salary of a blockchain security engineer is approx. $200,000.
Yes, non-technical or fresher candidates can take the CBSE certification exam, albeit with the condition of fulfilling all the 101 Blockchains CBSE certification training course requirements before the exam.
