Course Analysis & Program: Blockchain Security Analyst (BSA) 

 Smart Contract Auditor

This intensive professional course transforms students into proficient Smart Contract Auditors by focusing on the most critical and complex security challenges in the EVM ecosystem. The curriculum is divided into three core areas:

Core Vulnerabilities & Exploit Patterns: A detailed, hands-on study of high-severity flaws, including Reentrancy, Integer Overflows/Underflows, and access control issues. Students learn not only to identify these exploits but also to implement the strongest defense and remediation techniques.

Professional Auditing Framework: Mastery of the industry-standard four-phase audit process (Inquiry, Analysis, Reporting, and Remediation) used by leading security firms. This section ensures the auditor can conduct comprehensive, systematic, and professional reviews from scope definition to patch verification.

Advanced Tooling & Infrastructure: Practical application of essential security tools like Slither and MythX for static analysis, combined with advanced Fuzzing techniques for deep vulnerability discovery. Furthermore, the course addresses the broader ecosystem risks, covering DeFi attack vectors (like Flash Loans and oracle manipulation) and operational security best practices, including Multi-sig wallet design and secure key management (HSMs), to provide a holistic understanding of blockchain security.

 

 

BTPD.1.3 COURSE PROGRAM

Blockchain Security Analyst (BSA) - Smart Contract Auditor

Course Goal

The primary goal of this professional course is to train an individual to become a competent Smart Contract Auditor capable of identifying, analyzing, and remediating high-severity vulnerabilities in Ethereum Virtual Machine (EVM) based smart contracts and related Decentralized Finance (DeFi) infrastructure.

Detailed Course Program: Lesson Breakdown

This program is structured into 10 lessons to cover the breadth of the outlined topics, balancing theoretical knowledge with practical, tool-based application.

Lesson One:
Foundations of Smart Contract Security

  • Introduction to EVM and Solidity architecture. 
  • Review of Solidity best practices and secure coding standards.
  • Understanding the threat model for smart contracts and DeFi protocols.
  • Setting up the auditing environment (tools, IDEs, block explorers).

Lesson Two: 
Advanced EVM Exploit Pattern I: Reentrancy

  • Detailed mechanism of the Reentrancy attack (Single-function and Cross-function). 
  • Implementing the Checks-Effects-Interactions pattern as a defense.
  • Using Reentrancy Guard mechanisms (e.g., OpenZeppelin). Hands-on lab: Exploiting and patching a vulnerable contract.

Lesson Three:
Advanced EVM Exploit Pattern II -  
Numerical & Logic Flaws

  • Deep dive into Integer Overflow/Underflow and their consequences (e.g., manipulating balances). 
  • Typecasting and precision errors in fixed-point arithmetic. 
  • Analyzing Delegatecall and storage collision vulnerabilities. 
  • Understanding state variable initialization and shadow variables.

Lesson Four:
Access Control & Transaction 
Sequencing Flaws

  • Identifying issues with improper access control (e.g., missing modifiers like onlyOwner).
  • Analysis of Front-Running and Sandwich Attacks (MEV threats). 
  • Examining Timestamp Dependency and block manipulation risks.
  • Secure implementation of privileged functions and owner management.

Lesson Five:
Security Auditing Methodology: 
Phase I & II

  • The Four-Phase Audit Process: Inquiry (Scoping, Documentation Review) and Analysis (Manual Code Review, Tooling Setup). 
  • Threat Modeling the target protocol. 
  • Techniques for manual code review and reading complex EVM bytecode.

Lesson Six:
Security Auditing Methodology: 
Phase III & IV

  • Reporting (Creating clear, professional reports, severity rating with CVSS). 
  • Remediation (Advising on fixes and verification of patches). 
  • Effective communication with development teams. 
  • Case study review of a major contract exploit report.

Lesson Seven:
Automated Analysis Tools: Static & Dynamic

  • Hands-on with Static Analysis tools like Slither: understanding detectors and custom rules. 
  • Using MythX and other automated scanners for deep vulnerability checks.
  • Interpreting tool output and distinguishing false positives.

Lesson Height:
Dynamic Testing: Fuzzing & Symbolic Execution

Introduction to Fuzzing techniques for smart contracts (e.g., Echidna, Foundry's Fuzzing). 

Setting up effective test harnesses to maximize coverage.

Principles of Symbolic Execution and its role in vulnerability discovery. 

Writing efficient unit and integration security tests.

Lesson Nine:
DeFi & Token Attack Vectors

  • In-depth look at Flash Loan attacks and preventative measures. 
  • Oracle Manipulation and securing price feeds (e.g., using TWAP, multiple sources). 
  • Security analysis of major token standards: ERC-20 (Approve/TransferFrom issues), ERC-721/1155 (metadata security, access control). 
  • Governance and Voting mechanism vulnerabilities.

Lesson Ten:
Infrastructure and Operational Security

  • Implementing secure key management: hardware security modules (HSMs) and cold storage.
  • Design and security analysis of robust Multi-signature (Multi-sig) wallets.
  • Securing the DApp frontend against common web vulnerabilities (e.g., phishing, supply chain attacks).
  • Incident response planning for smart contract exploits

Executive Masterclass: 
This format is designed for maximum intensity, focus, and rapid skill acquisition, typically aimed at professionals or teams requiring swift expertise.

  • Duration: 5 Full Days (Monday to Friday, 9:00 AM – 5:00 PM) or 2 Consecutive Weekends (4 total full days).
  • Pace: Intensive and Accelerated. Covers all 10 lessons from the core program, with daily hands-on labs and dedicated Q&A sessions.
  • Delivery: 100% Live Instructor-Led. Can be delivered In-Person (on-site) or Fully Remote (via video conferencing).
  • Key Features:
  • Maximum Interaction: Small cohort size (e.g., limit 15 participants) to ensure personalized feedback and deep technical discussions.
  • Standardized Curriculum: Follows the 10-lesson program exactly, ensuring consistent coverage of Advanced Smart Contract Vulnerabilities and Security Audit Methodology.
  • Final Capstone Project: Mandatory final auditing task where participants audit a pre-selected contract and deliver a professional audit report.
  • Prerequisites: Strong foundational knowledge of Solidity and the EVM is highly recommended due to the fast pace.
  • Ideal For: Professionals seeking a comprehensive skill upgrade in the shortest possible time.

 

 

 

2.500 €

Blended / Part-Time: 
This format is tailored for working professionals, balancing structured live engagement with the necessity of managing existing work commitments.

  • Duration: 6 to 8 Weeks (Total contact hours equal to Masterclass).
  • Pace: Flexible and Self-Directed outside of scheduled sessions.
  • Delivery: Blended Model.
  • Live Sessions: Two 3-hour sessions per week (e.g., Tuesday and Thursday evenings or Saturday mornings). These focus on complex concepts, discussions, and live tool demonstrations.
  • Self-Paced Content: Access to pre-recorded lectures, extensive reading materials, and lab assignments to be completed asynchronously.
  • Key Features:
  • Work-Life Balance: Minimal disruption to the work week, allowing for absorption of complex topics over a longer period.
  • Office Hours: Dedicated weekly time slots for instructor Q&A and technical support for asynchronous lab work.
  • Modular Assessment: Quizzes and smaller practical assignments after each module (e.g., Reentrancy, Tooling) instead of one large final exam.
  • Community Focus: Online forum/chat channel for peer-to-peer interaction and collaborative problem-solving.
  • Ideal For: Individuals with full-time jobs who require scheduling flexibility while pursuing professional development.

 

2.000€

Corporate Workshop:
This Customized, Team-Focused Format delivers tailored content directly relevant to the client company's specific technology stack and business goals.

  • Duration: Customizable (From a focused 2-day deep dive to a 5-day comprehensive program).
  • Pace: Client-Driven. Adjusted based on team experience, immediate priorities, and available time.
  • Delivery: 100% On-Site or Remote for the Client Team Only.
  • Key Features:
  • Tailored Curriculum: High Customization (up to 40%). Focus shifts to the client's specific ecosystem, e.g., using their primary language (Rust/Solidity) or reviewing their internal security standards.
  • Real-World Application: Hands-on labs involve auditing the client's actual or archived smart contracts (under NDA, if applicable) for maximum relevance.
  • Security Stack Integration: Training incorporates the client's preferred Automated & Manual Tooling (e.g., integrating Slither with their CI/CD pipeline).
  • Team-Building Focus: Emphasis on developing a unified team methodology for the Security Audit Process and internal reporting standards.
  • Post-Workshop Support: Option for 1-month follow-up consultation/Q&A with the instructor.
  • Ideal For: Companies needing to upskill their internal development, audit, or security teams

 

15.000 €

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