45Conceptually, how does a memory-safety bug become reliable code execution, and which modern mitigations break each step of that path?▼hardNewGoogleMicrosoftApple◆ premiumA crash is not an exploit. Turning one into the other takes several steps, and every modern mitigation is designed to break one of them.Open full answer →
46How do kernel vulnerabilities turn into local privilege escalation, and what limits them on Linux, Windows and mobile?▼hardNewGoogleMicrosoftApple◆ premiumThe kernel is the single shared authority on a machine. A bug there means any process can rewrite who it is.Open full answer →
25How do real Android exploit chains work at a high level, which attack surfaces do they target, and which platform defences break them?▼hardNewGoogleMetaMicrosoft◆ premiumTaking over a modern Android phone takes several bugs in a row. Each link targets a different layer, and Android's design adds a defence at every one.Open full answer →
25Buffer overflows, ASLR and DEP: why do memory safety issues still matter in ML tooling?▼mediumNewGoogleMicrosoftNVIDIA◆ premiumPython sits on top of a lot of C and C++. The scored answer explains the bug class, what the mitigations do and do not stop, and where ML stacks are exposed.Open full answer →
09Do delimiters, spotlighting and an instruction hierarchy help against prompt injection? What can you honestly claim for them?▼mediumNew○ sign inSeparate source cues, message integrity, learned instruction priority and service permissions. Compare the actual configurations on both violations and useful manual-reading work.Open full answer →