🛡️ Memory Safety - c13e · Scour

When the compiler lies: breaking memory safety in safe Go ⚙️Compiler Design

ciolek.dev·2d·Lobsters, Hacker News

Understanding Buffer Overflows: From Fundamentals to Real-World Impact 📡Erlang

medium.com

·5d

Master C and C++ with our new Testing Handbook chapter ⚙️Systems Programming

blog.trailofbits.com·20h

Vulnerability Abundance: A formal proof of infinite vulnerabilities in code 📐Formal Methods

arxiv.org·3h

Ownership, borrowing, lifetimes, parallel programming and unnecessary complexity ⚙️Systems Programming

ziggit.dev·1d

Structured Concurrency and the Death of CompletableFuture Hell 📡Erlang

javacodegeeks.com·14h

Memory Management: JVM vs Rust vs Go ⚙️Systems Programming

medium.com·5d

Claude Code's Local Memory Is a Security Risk, and You Can Verify It Yourself ⚙️Systems Programming

serendb.com·15h·Hacker News

C++: Freestanding Standard Library ⚙️Systems Programming

sandordargo.com·2d·Lobsters, Hacker News

Edward J. Schwartz: Computer Science Researcher 🐫OCaml

edmcman.github.io·40m·Hacker News

RUSTSEC-2026-0095: wasmtime: Wasmtime with Winch compiler backend may allow a sandbox-escaping memory access ⚡Zig

rustsec.org·19h

another memory corruption case ⚙️Systems Programming

trofi.github.io·2d·Lobsters, Hacker News

Why Rust is Blazing Fast: Memory + Zero-Cost Abstractions Explained ⚙️Compiler Design

medium.com·6d

Release FEX Release FEX-2604 ⚙️Systems Programming

github.com·9h

Understanding Pin (for C and C++ Developers) (2019) ⚙️Compiler Design

dpzmick.com·1d·Lobsters

State Management in Distributed Systems (The Rust Playbook) 📡Erlang

medium.com

·8h

Borrowing λFunctional Programming

learning-rust.github.io·3d·r/rust

OffSec’s Exploit Database Archive ⚙️Systems Programming

exploit-db.com·2d

VU#536588: Multiple Heap Buffer Overflows in Orthanc DICOM Server 📡Erlang

kb.cert.org·16h

DEXTR: Deterministic Execution Runtime for Hard Real-Time Linux Control ⚙️Systems Programming

zenodo.org·2d·Hacker News

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