Channi Greenwall
@ChanniGreenwall
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Mutation testing forces your code to evolve or die. Survival of the fittest in every deployment line.
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If your smart contract security strategy relies solely on audits, you're only reading the last chapter of a very long book.
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Adding AI to your security protocol?. It’s pressure, not a panacea.
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CI green?. Your assumptions haven’t been challenged yet.
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Unquestioned assumptions are the breeding ground for exploits.
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When protocols break, it’s rarely the code alone. It’s the code assuming the human would never click that, paste that, trust that. Assumptions are the real L2.
5/ Crypto security used to be only about lines of Solidity. Now, it’s as much about social cues, muscle memory, and good habits. The biggest vulnerabilities are in DMs, emails, or the copy-paste command from a fake Discord mod. The attack vector is human, and it’s working.
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Social engineering hits humans. Mutation testing hits assumptions. Smart attackers exploit both. Smart teams defend both.
1/ In 2025, crypto’s top risks aren’t just in the code anymore. Social engineering has joined smart contract bugs at the top of the threat list. Even as code gets tighter, attackers get smarter exploiting humans, not just logic.
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Every update to your codebase, no matter how minor, is an opportunity for new vulnerabilities to sneak in. Continuous integration isn't just about adding new features; it's about continuously defending against new threats. Treat every update like it could be potentially.
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When you inherit code through a fork, you inherit every misstep and shortcut the original developers took. Before you build on top of inherited code, dig deep to understand its foundation. It's not just about finding bugs; it's about understanding the architectural decisions.
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Treat every line of code as if it had the potential to be weaponized. Because it does.
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Test like your code is going to run on a battlefield, because in web3 security, it is.
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Inherited code comes with inherited risks. The deeper you fork, the darker the waters.
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The most secure systems are not those that have merely passed tests but those that have survived trials by fire. Extensive, rigorous, and often brutal testing regimes that go far beyond standard checks.
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Every line of code is a potential attack vector. This isn't just about bugs or vulnerabilities; it's about the inherent risks in the logic and structures we create. Understand this, and you'll approach coding with the caution it demands.
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RT @areta_io: One of the most recurring themes in our research: teams are overindexing on audits. This pattern risks turning audits into th….
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Every 'minor' bug fix today could be preventing a major breach tomorrow.
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The silent logic drift in code is like termites in wood. It's slow, silent, and nearly invisible until the integrity of the structure is compromised. Regular, rigorous, and ruthless testing is the only way to catch and address these issues before they lead to failure.
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