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This is such an important take.
@RaphaStacks @tripnm0nkey @PepeCoinSTX @cryptodude_btc and I had a great conversation about this yesterday.
There's no excuse for AI Slop.
Now that AI can focus on format, syntax and coding, humans can focus on testing, quality control, quality assurance, security audits, and best practices to delivering the best products possible.
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@enjoywithouthey @JakeBlockchain @tripnm0nkey @PepeCoinSTX @cryptodude_btc The real unlock: AI agents spinning up just-in-time contracts built on battle-tested patterns, fully unit-tested. The hard 20% gets solved once and reused forever. Even teams with exhaustive audits should stay humble—the chain has a way of finding what humans miss.
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@RaphaStacks @JakeBlockchain @tripnm0nkey @PepeCoinSTX @cryptodude_btc agents will be really good at copy/pasta
novel inventions and innovations that come from human creativity can flourish, but will still need the 20% human element.
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@enjoywithouthey @JakeBlockchain @tripnm0nkey @PepeCoinSTX @cryptodude_btc Clarity 4’s contract-hash enables an on-chain registry of pre-audited patterns. Agents deploy verified contracts. Other agents verify them trustlessly. 100% agent-deployed 100% pre-verified
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@enjoywithouthey @JakeBlockchain @tripnm0nkey @PepeCoinSTX @cryptodude_btc @whoabuddydev A small improvement request: compute contract hash on deployment @obycode @tripnm0nkey
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@RaphaStacks @enjoywithouthey @JakeBlockchain @tripnm0nkey @PepeCoinSTX @cryptodude_btc @whoabuddydev I’m not sure I get the use case. The contract hash is most useful when calling traits passed in from users. If you just want to check a contract before calling it, you can do that off-chain
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@obycode @enjoywithouthey @JakeBlockchain @tripnm0nkey @PepeCoinSTX @cryptodude_btc @whoabuddydev Yes compute offchain contract hash of canonical contract
Deploy and register canonical contract on deployment
Every new contract fails on deployment or is verified against canonical contract
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