[100% Off] Blockchain Masterclass Solidity Foundry-Smart Contract 2025
Master Blockchain, Solidity, Foundry, and Smart Contract Security for 2025 with Expert Pentesting Techniques
What you’ll learn
- History Of Ethereum
- Birth Of Ethereum
- Stages Of Development Part 1
- Stages Of Development Part 2
- Other Aspects
- Essential Best Practices: Key Strategies for Success
- Blockchain Explained: What It Is and How It Works
- Why Smart Contracts Matter: Unlocking Their Potential
- Quick Recap: Revisiting Key Insights and Lessons
- Understanding Gas and Its Role in Blockchain Transactions
- How Blockchains Operate and Power Decentralized Systems
- Mastering Transaction Signing in Blockchain Systems
- Deep Dive into Gas: Understanding Its Role in Blockchain
- Comprehensive Overview of Blockchain Technology
- Exploring Layer 1
- Layer 2
- and Rollups in Blockchain
- The Challenges of Centralized Sequencers in Blockchain Systems
- Key Stages of a Rollup in Blockchain Technology
- Executing Your First Transaction on zkSync
- Ready to Dive into Web3 Development
- Introduction to Solidity Fundamentals
- Getting Started with Web3 Development
- Setting Up Your First Smart Contract
- Exploring Basic Variable Types in Solidity
- Mastering Functions in Solidity
- Working with Arrays and Structs in Solidity
- Understanding Errors and Warnings in Solidity
- Mastering Memory
- Storage
- and Calldata in Solidity
- Working with Mappings in Solidity
- Deploying Your First Smart Contract on the Blockchain
- Introduction to Storage Factories in Blockchain Development
- Setting Up Your Web3 Development Project
- Deploying a Contract from Within Another Contract
- Working with Solidity Imports
- Interacting with Contracts Using ABI in Solidity
- Understanding Inheritance in Solidity
- Introduction to Fund Me Contract in Solidity
- Setting Up Your Web3 Project for Development
- Sending ETH via a Function in Solidity
- Understanding Solidity Reverts and Error Handling
- Introduction to Oracles: Fetching Real-World Price Data
- Importing Libraries from NPM and GitHub in Solidity
- Fetching Real-World Price Data Using Chainlink Oracles
- “Lets Get It Up and Running”
- Foundry Basics Simple Storage Contract
- Development Environment Setup Windows Guide
- Local Environment Setup Guide
- Foundry Installation and Setup Guide
- VSCode Setup and Configuration Guide
- Creating a New Foundry Project Guide
- VSCode Solidity Extension Setup Guide
- Compiling a Smart Contract with Foundry
- Deploying a Smart Contract Locally with Anvil
- Deploying a Smart Contract Locally with Forge
- Private Key Safety Best Practices Part 1
- Private Key Safety Best Practices Part 2
- Never Use A Env File
- Interacting with a Smart Contract Using the CLI
- Deploying a Smart Contract on Sepolia Testnet
- Fund Me Project Setup Guide
- Introduction to Smart Contract Testing
- Debugging Solidity Tests
- Advanced Smart Contract Deployment Scripts
- Refactoring Solidity Tests
- Deploying a Mock PriceFeed Contract
- Refactoring the Mock Smart Contract
- Frontend Development for Smart Contracts
- Smart Contract Lottery Project Setup
- Creating Custom Errors in Solidity
- Smart Contract Events in Solidity
- Generating Random Numbers with Block Timestamp
- Introduction to Chainlink VRF for Random Numbers
- Implementing Chainlink VRF in Smart Contracts
- Implementing Lottery State with Enum in Solidity
- Completing the Smart Contract Implementation
- ERC20
- OpenZepplin
- Creating an ERC20
- Deploying an ERC20
- Test Your ERC20 Using AI
- Glimpse Into NFT
- Concepts In NFT
- Foundry Setup For NFT
- Use Of IPFS Data By Uploading on Node
- AI and Its disadvantages
- Real Side Of Things Uncut
- Introduction To DeFi
- All About Stable Coins
- Proper Model For DeFi
- Successfully Making SecX Coin
- Introduction and Merkle Proofs
- Base Contract And Claim Check
- Other Aspects To Cover
- A Little Taste Of Security
- What is a Smart Contract Audit
- First Audit (2 High Findings)
- Second Audit (10+ Bugs)
- Third Audit (17+ Bugs)
- Codehawks First Flight
- First Flights Second Audit
- First Flights Third Audit
- Finding A Target
- Real Vibe Of Hunting
- First Flights Fourth Audit
Requirements
- 4GB Ram PC
- Web3 Basics
Description
Course Description:Unlock the power of blockchain technology, Solidity programming, and Web3 security with this comprehensive 30-hour course designed for developers, security enthusiasts, and penetration testers. This course provides you with the knowledge and practical skills to build, test, and secure smart contracts using Solidity, Foundry, and best practices for Web3 security. Whether you’re a beginner or an experienced professional, this course is tailored to help you master blockchain security and pentesting techniques.
What You’ll Learn:
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Solidity Programming Mastery
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Fundamentals of Solidity and smart contract development.
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Advanced Solidity concepts: gas optimization, design patterns, and contract lifecycle.
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Interfacing Solidity contracts with decentralized applications (dApps).
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Foundry for Smart Contract Development & Testing
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Introduction to Foundry: installation and setup.
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Writing and running tests for Solidity contracts using Foundry.
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Advanced Foundry features for efficient contract testing and security auditing.
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Blockchain Security Fundamentals
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Understanding the architecture of blockchain networks and consensus mechanisms.
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Key security features of blockchain and potential vulnerabilities.
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Exploring common attack vectors such as 51% attacks, Sybil attacks, and more.
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Web3 Penetration Testing & Security
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Identifying and exploiting vulnerabilities in Web3 platforms and dApps.
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Smart contract vulnerability analysis: reentrancy attacks, front-running, and others.
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Common pitfalls in Web3 applications and how to mitigate them.
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Security Best Practices & Mitigation Strategies
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Secure coding practices in Solidity to avoid common vulnerabilities.
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Strategies for securing decentralized applications and smart contracts.
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Best practices for preventing exploits and improving contract reliability.
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Real-World Pentesting Scenarios
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Hands-on pentesting simulations with popular Web3 platforms and smart contracts.
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Exploiting known vulnerabilities in blockchain-based applications.
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Advanced attack techniques for deep Web3 penetration testing.
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