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Mathematically proving smart contract correctness — tools, techniques, and practical applications.
92
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Learn to think like an attacker and defend like an auditor. This course provides a systematic approach to smart contract security, covering the full taxonomy of vulnerabilities from reentrancy and flash loan attacks to subtle logic bugs and oracle manipulation. You'll practice with real-world exploit case studies, learn formal verification with Certora, and participate in a live audit workshop using production contracts.
Mathematically prove your smart contracts are correct — before they hold millions in value. This course teaches practical formal verification using tools like Certora, Halmos, and symbolic execution. You'll learn to write specifications, reason about invariants, and verify complex DeFi protocols. By the end, you'll be able to provide mathematical guarantees about contract behavior that no amount of testing alone can achieve.
Learn to think like an attacker and defend like an auditor. This course provides a systematic approach to smart contract security, covering the full taxonomy of vulnerabilities from reentrancy and flash loan attacks to subtle logic bugs and oracle manipulation. You'll practice with real-world exploit case studies, learn formal verification with Certora, and participate in a live audit workshop using production contracts.
Mathematically prove your smart contracts are correct — before they hold millions in value. This course teaches practical formal verification using tools like Certora, Halmos, and symbolic execution. You'll learn to write specifications, reason about invariants, and verify complex DeFi protocols. By the end, you'll be able to provide mathematical guarantees about contract behavior that no amount of testing alone can achieve.
Learn to think like an attacker and defend like an auditor. This course provides a systematic approach to smart contract security, covering the full taxonomy of vulnerabilities from reentrancy and flash loan attacks to subtle logic bugs and oracle manipulation. You'll practice with real-world exploit case studies, learn formal verification with Certora, and participate in a live audit workshop using production contracts.
Mathematically prove your smart contracts are correct — before they hold millions in value. This course teaches practical formal verification using tools like Certora, Halmos, and symbolic execution. You'll learn to write specifications, reason about invariants, and verify complex DeFi protocols. By the end, you'll be able to provide mathematical guarantees about contract behavior that no amount of testing alone can achieve.
Verification project for Smart Contract Security & Auditing (Cohort 2).
Verification project for Smart Contract Security & Auditing (Cohort 2).
Verification project for Smart Contract Security & Auditing (Cohort 2).
Verification project for Smart Contract Security & Auditing (Cohort 2).
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11 courses · 9 projects