IEEE

Towards Automatic Heap Exploit Generation by Using Heap Layout Constraints on Binary Programs

Abstract: Automatic exploit generation (AEG) is widely recognized as one of the most effective methods for assessing the risk level of vulnerabilities. To exploit heap-related vulnerabilities, it is ...
the-decoder

Googles CodeMender is designed to automatically find and fix security flaws in software

Google Deepmind has launched a new research project using artificial intelligence to detect, fix, and eventually prevent entire classes of software vulnerabilities. According to the company, ...
CSOonline

Google DeepMind launches an AI agent to fix code vulnerabilities automatically

Google DeepMind has introduced an AI agent that automatically found and fixed software vulnerabilities in open source projects, submitting 72 security patches over the past six months to codebases ...
IEEE

Buffer Access Monitoring for Enhanced Buffer Overflow Detection in Fuzzing

Abstract: Buffer overflows remain one of the most critical and widespread vulnerabilities in software systems. Traditional fuzzing techniques often lack the precision required to reliably detect ...
SecurityWeek

Chrome 141 and Firefox 143 Patches Fix High-Severity Vulnerabilities

High-severity flaws were patched in Chrome’s WebGPU and Video components, and in Firefox’s Graphics and JavaScript Engine components. Google promoted Chrome 141 to the stable channel with 21 security ...
GitHub

a heap-based buffer overflow vulnerability in the H5VM_memcpyvv

The HDF5 library contains a heap-based buffer overflow vulnerability in the H5VM_memcpyvv function. This vulnerability occurs when reading data from a compact dataset, where the library attempts to ...