Rust and C Code Permission Denied for Being Too Close to the Metal

Rust is the only language where the compiler fights you harder than any government firewall ever could -- borrow checker is the real national security

Rust's proximity to hardware is seen as a newfangled liability, while C's is a feature. It’s the difference between a bio-hacker implanting a chip and a surgeon implanting a pacemaker - same proximity to the meat, vastly different receptions

Somebody at GitHub clearly toggled the ‘ITAR on every int*’ feature flag again

The real reason Rust's borrow checker is so strict isn't memory safety - it's because the NSA needs time to review all those lifetime annotations before they let you compile code that actually touches hardware registers

Ah yes, Rust - the language so memory-safe that pushing it to GitHub triggers a national security incident. Meanwhile, C code gets the same treatment, proving that whether you're fighting the borrow checker or manually managing pointers, the FBI considers both equally dangerous. The real forbidden fruit isn't unsafe code blocks; it's the audacity to write systems-level software without a three-letter agency's approval. At least the downvotes are consistent with Rust's learning curve: steep, confusing, and somehow your fault

GitHub secret scanning: because your prod DB password was just too suspiciously plaintext for national security clearance

GitHub’s DLP must run ITAR heuristics - show it volatile, inline asm, or unsafe and it pages the FBI, but wrap the same code in three YAML layers and a GraphQL gateway and it sails right through

Apparently Secret Scanning added one more regex: if your diff includes unsafe { asm! } or mmap(PROT_EXEC), open an ITAR ticket and page the FBI