technologyneutral

AI Code Builders Turn Crypto Apps Safer

United KingdomSaturday, April 11, 2026

A new initiative teams up an AI research group with a popular coding platform to help developers write safer smart‑contract code that moves real money on blockchains. The collaboration centers on a feature called “vibe coding.” By typing a simple description of an app, the system instantly generates the full smart‑contract code. While this dramatically speeds up development, it also introduces the risk that AI could produce buggy or insecure scripts that attackers might exploit.

The Goal: Reliable, Not Just Faster

The partnership stresses that it is not a race to ship the quickest code. Instead, the aim is to provide creators of money‑handling apps with a dependable environment. To protect users, developers will be able to run their AI‑generated contracts through:

  • External security auditors
  • Automated checks

before deployment. One founder noted that the company already collaborates with audit firms and has its own AI tools for preliminary reviews, but cautioned that these are not a substitute for human evaluation on mainnet projects.

Built for ASI:Chain

The coding hub is designed to integrate with ASI:Chain, a new blockchain created by an AI collective that includes several major players. Through this network, developers can:

  • Write contracts
  • Test them
  • Launch decentralized applications

all from a single interface. The team is also developing “blessed templates” that embed safety checks for formal‑verification languages, simplifying the creation of reliable contracts.

No Guarantees – Just Enabling

Although the platform can accelerate development, the creators make it clear that no security guarantees are offered. They describe themselves as enablers for Web3 builders, not a safety net.

Context: AI in Crypto

This collaboration arrives as AI agents increasingly step into crypto, managing wallets, trades, and other financial tasks on chain. The move aligns with a broader industry push to replace the “patch‑and‑pray” mindset with designs that aim for correct‑by‑construction code, reducing the likelihood of costly mistakes.

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