Memory Safe Inline Assembly

Fil-C introduces memory-safe inline assembly support that allows developers to write performance-critical code (cryptography, CPU feature detection, atomics) with the same powerful low-level control as traditional C/C++, while eliminating entire classes of memory safety vulnerabilities through compiler-enforced constraint validation. This capability addresses a key barrier to adopting memory-safe languages in performance-sensitive domains by enabling existing inline assembly patterns without requiring code rewrites. IT leaders should recognize this as a significant advancement in making memory-safe languages viable for systems programming and security-critical applications where inline assembly has traditionally been necessary.