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Watch a 25-minute conference presentation from POPL 2018 that delves into the formal verification of Rust's safety guarantees through the RustBelt project. Learn how researchers from MPI-SWS and Delft University of Technology developed the first machine-checked safety proof for a realistic subset of Rust's programming language. Explore how the ownership-based type system works alongside unsafe features in Rust libraries, and understand the verification conditions required for safe language extensions. Discover the groundbreaking work that validates Rust's claims of combining high-level safety guarantees with low-level resource management control, including verification of critical libraries in the Rust ecosystem. The presentation covers separation logic, type systems, logical relations, and concurrent programming concepts, demonstrating how formal methods can secure the foundations of modern systems programming languages.
