https://www.darpa.mil/news/2024/memory-safety-vulnerabilities
#RustLang #CLang #MemorySafety
Marc and Hugo are at ONE Conference in The Hague today! This afternoon, they will give their talk 'You're not secure by design, if you're not memory safe!'.
🛡️ Apple’s new iPhone 17 & iPhone Air ship with A19 chips featuring Memory Integrity Enforcement (MIE)—a major step in blocking spyware & memory exploits. 📱
MIE protects against buffer overflows & use-after-free bugs using Enhanced Memory Tagging (EMTE) with minimal performance impact. ⚙️
Aimed at stopping targeted spyware attacks before they begin. 🔒
🔗 https://thehackernews.com/2025/09/apple-iphone-air-and-iphone-17-feature.html
#Apple #iPhone17 #iPhoneAir #iOS26 #Cybersecurity #Spyware #iOS #Security #TechNews #MemorySafety #A19 #Privacy
"You're not secure by design, if you're not memory safe!" Hugo van de Pol and Marc Schoolderman will present this talk at ONE Conference in The Hague on 1 Oct 2025.
https://one-conference.nl/session/youre-not-secure-by-design-if-youre-not-memory-safe/
wooow just really wooow.
There’s no “cheap” annotation (eg -Wunused) that will notice it. Static analysers do notice that psize is computed but never used, but those tools aren’t usually part of an everyday workflow for C because they tend to be expensive to run and easily find false positives (and we have a lot of them).
https://despairlabs.com/blog/posts/2025-07-10-an-openzfs-bug-and-the-humans-that-made-it/
From @robn
#rust #cprograminglanguage #clanguage #programming #openzfs #zfs #rustlang #computerscience #memorysafety
Sorry Rob but I'm gonna add your blog to me crawl list for offlne browsing. Hope you don't mind :)
Swift 6.2 sẽ có tính năng kiểm tra an toàn bộ nhớ nghiêm ngặt hơn (strict memory safety) thông qua tùy chọn opt-in! 🚀 Tính năng này giúp phát hiện và ngăn chặn các lỗi liên quan đến quản lý bộ nhớ, tăng cường tính ổn định và an toàn cho ứng dụng Swift.
#Swift #SwiftLang #MemorySafety #Apple #LậpTrình #AnToànBộNhớ #CôngNghệ
https://github.com/swiftlang/swift-evolution/blob/main/proposals/0458-strict-memory-safety.md
70% of security vulnerabilities are memory safety related, across a variety of studies in mature, well-maintained codebases.
Looking specifically at critical security vulnerabilities, the number goes up to 94%.
From David Sankel's talk at Rust Forge 2025.