“A Note On Fil-C”, Graydon Hoare (graydon2.dreamwidth.org/3202… or web.archive.org/web/20251107… if it 403s 😒).
On Lobsters: lobste.rs/s/ywvatn/note_on_f…
On HN: news.ycombinator.com/item?id…
#FilC #Rust #MemorySafety #Programming #C #ProgrammingLanguages
djb (creator of qmail, djbdns) shares insights on Fil-C - a memory-safe C compiler that catches bugs at compile time. When a crypto legend writes about safer systems programming, developers listen 🔒 #Programming #MemorySafety #C
“Fil-C: A Memory-Safe C Implementation”, LWN (lwn.net/SubscriberLink/10429…).
On HN: news.ycombinator.com/item?id…
On Lobsters: lobste.rs/s/mg0aur/fil_c_mem…
#FilC #MemorySafety #CHERI #C #Programming #Clang #LLVM
Arbitrary code execution in guest via memory safety failure in sys_read - github.com/risc0/risc0/secur… - @RiscZero
#RISCZero #zkVM #MemorySafety #Rust #Advisory #ArbitraryCodeExecution #ZK #GuestHostIO #PatchNow #SupplyChainSecurity
C/C++ power most embedded systems but memory safety issues cause 70% of severe vulnerabilities. With ~80% of embedded systems still using these languages, understanding the risks is key.
👉 emproof.com/malicious-hackin…
#CyberSecurity #EmbeddedSecurity #MemorySafety
🦀 Rust gives you control over memory like C/C++, but smarter: ownership, borrowing & slices enforce memory safety at compile time. The owner cleans up automatically—no more manual memory bugs! #RustLang #Programming #MemorySafety #Rustacean
I just published an article on 'Interior Mutability' in Rust programming language. #Rust #InteriorMutability #MemorySafety #Programming medium.com/@nagarjunareddyp/…
AIMindUpdate News!
Memory safety is still a priority for C++. The Safe C++ proposal is discontinued, find out why. #SafeCpp #Cpp #MemorySafety
Click here↓↓↓
aimindupdate.com/2025/10/02/…
We take our memory cards very seriously!
We always use two memory cards simultaneously during shoots to keep your photos safe. Also, we never delete your images until your full wedding gallery has been delivered.
#WeddingPhotography #MemorySafety #TrustThePro #SecureMemories
Apple introduces Memory Integrity Enforcement (MIE), a 5-year effort combining Apple silicon hardware and OS design to harden memory safety.
Read more: eu1.hubs.ly/H0m_1T_0
#CyberSecurity #AppleSecurity #MemorySafety
Final echoes of heap corruption exploitation attempts. The trajectory of defenses is heading in the right direction.
#CyberSecurity #ExploitDevelopment #MemorySafety #HeapCorruption #InfoSec #VulnerabilityResearch #MTE
Another XPU/GPU exploit shows the kernel could be compromised even with 𝐌𝐓𝐄, by mapping a GPU address to any physical address. Attackers can overwrite kernel code/data & gain execution great blog by @benhawkes, loved rereading it one more time.
googleprojectzero.blogspot.c…
Memory safety first: Rust’s unique ownership and borrowing rules catch bugs before code runs, preventing crashes & security flaws. #MemorySafety #Debugging #CodeQuality
Load-time Function Randomization (LFR) is a cutting-edge technique designed to counter memory-based exploits in software systems.
How does it work? We go into detail on the blog: runsafe.ly/464Bnt7
#MemorySafety #SoftwareSecurity #LFR
Phoenix Rowhammer attack breaks DDR5 TRR defenses. ETH Zurich and Google gained root in 109s on 15 DIMMs. Only tripling refresh worked with 8 percent slowdown. DDR5 needs transparent security design. #Rowhammer #DDR5 #MemorySafety #PrivilegeEscalation #SecureDesign #TRR #SKHynix
