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MAGS framework enables multi‑agent LLM coders to generate formally verified programs

Researchers present MAGS, a unified multi‑agent system that adds formal verification to code produced by LLM coding agents. The framework freezes human‑audited APIs and safety requirements, converts generated programs into Dafny—a verification‑aware intermediate language—uses the Dafny verifier to find property violations, repairs the code based on feedback, and then compiles the verified…

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Key points

  • MAGS translates LLM‑generated code into Dafny and repairs verifier‑found violations.
  • Tested on 100 CUDA kernels, 100 terminal scripts, 20 robotic‑arm tasks (220 total) with 100% safety‑guarantee success.
  • Failures appear when auto‑formalized semantics do not fully capture the target behavior.

The authors evaluate MAGS on three domains: 100 CUDA kernels, 100 terminal scripts, and 20 robotic‑arm tasks, for a total of 220 examples. Across all cases MAGS produces programs that satisfy non‑trivial safety guarantees against the frozen specifications, reporting a 100% success rate. Independent safety and functional assessments confirm strong performance, though the study notes occasional failures when the auto‑formalized semantics do not fully capture the intended behavior of the original task.

The work demonstrates that automated formalization can scale safety checks for increasingly complex agent‑generated software, offering a path to reduce human review burdens while maintaining security assurances.

Read the original atarXiv cs.AI · by Albert Wu, Nicholas Roberts, Tzu-Heng Huang, Haoran Lin, Gil Friedman, Sungjun Cho, Gabriel Orlanski, Frederic Sala primary sourceOpen source ↗

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