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Security Analysis
Secure Randomness in Smart Contracts
This module explains how insecure randomness in smart contracts can be exploited. It explores common insecure practices and introduces secure alternatives like Chainlink VRF, commit-reveal, and threshold cryptography. Developers should avoid using block data as randomness, and users should scrutinize dApps where fairness depends on truly unpredictable outcomes.
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Security Analysis
Secure Randomness in Smart Contracts
This module explains how insecure randomness in smart contracts can be exploited. It explores common insecure practices and introduces secure alternatives like Chainlink VRF, commit-reveal, and threshold cryptography. Developers should avoid using block data as randomness, and users should scrutinize dApps where fairness depends on truly unpredictable outcomes.