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AI Assisted Vulnerability Research on Embedded Targets
AI Assisted Vulnerability Research on Embedded Targets
I gave an AI agent access to a cable modem, a serial console, Ghidra, and a custom GDB stub, then asked it to reverse the firmware and hunt for bugs. It re-discovered known vulnerabilities, found new ones, and wrote working exploits. This post covers the setup, what it managed to do on its own, and where I still had to step in. The real problem is that the same approach now works on millions of devices nobody plans to fix.
·quentinkaiser.be·
AI Assisted Vulnerability Research on Embedded Targets
RustDuck: An In-Depth Analysis of a Two-Stage Botnet
RustDuck: An In-Depth Analysis of a Two-Stage Botnet
Overview Since February 2026, the XLAB large-scale network threat perception system has detected a new malware family active in cyberspace that adopts a Loader + Core (two-stage loading) architecture. Currently, the family has spawned multiple variants, with the main core functionality being the execution of large-scale Distributed Denial-of-Service (DDoS) attacks. It also possesses strong cross-platform adaptability and continuous evolution capabilities. Although the family's current activi
·blog.xlab.qianxin.com·
RustDuck: An In-Depth Analysis of a Two-Stage Botnet
Black Box Probing: a Security Analysis of Xiaomi's MJA1 Secure Chip - Quarkslab's blog
Black Box Probing: a Security Analysis of Xiaomi's MJA1 Secure Chip - Quarkslab's blog
Xiaomi's MJA1 is a proprietary secure chip used in their recent cameras to protect sensitive data and device communications. With no public documentation available, we conducted a black-box security analysis covering hardware identification, I2C sniffing, flash dumping, and firmware reverse engineering. This post walks through how we mapped the chip's command protocol, brute-forced undocumented commands, and assessed its security properties.
·blog.quarkslab.com·
Black Box Probing: a Security Analysis of Xiaomi's MJA1 Secure Chip - Quarkslab's blog
MeshHacks: Exploiting Linksys Intelligent Mesh from the Internet
MeshHacks: Exploiting Linksys Intelligent Mesh from the Internet
In this blog post, we describe multiple vulnerabilities we found in Linksys Wi-Fi routers, especially exploiting the “Intelligent Mesh™” functionality, which can be used to wirelessly link routers to act as a Wi-Fi mesh.
·blog.syss.com·
MeshHacks: Exploiting Linksys Intelligent Mesh from the Internet
Exploiting the Synology TC500 at Pwn2Own Ireland 2024
Exploiting the Synology TC500 at Pwn2Own Ireland 2024
IntroductionIn October 2024, InfoSect participated in Pwn2Own – a bug bounty competition against embedded devices such as cameras, NAS’, and smart speakers. In this blog, I’ll dis…
·blog.infosectcbr.com.au·
Exploiting the Synology TC500 at Pwn2Own Ireland 2024
Roaring Access: Exploiting a Pre-Auth Root RCE on Sixnet RTUs | Claroty
Roaring Access: Exploiting a Pre-Auth Root RCE on Sixnet RTUs | Claroty
Team82 is publishing some details on two serious vulnerabilities in two Red Lion Sixnet remote terminal unit (RTU) products, and in the Sixnet Universal protocol. Both of the vulnerabilities were assessed a CVSS v3 score of 10.0, and users are urged to apply patches provided by Red Lion.
·claroty.com·
Roaring Access: Exploiting a Pre-Auth Root RCE on Sixnet RTUs | Claroty