Node2Shell: Node.js Brotli Remote Code Execution Vulnerability
A high-severity out-of-bounds write vulnerability in the Node.js Brotli decoder (Node2Shell) allows remote code execution when processing malformed compressed data.

Browse public community intelligence reports, source analysis, and threat research.
51 intel reports
Suspected Chinese threat actor Red Heron is exploiting CVE-2026-60004 in Gitea to deploy the JITTERLY implant and SIXZUT rootkit for source code theft and lateral movement.
DPRK-linked actors (Kimsuky, APT37, Lazarus) are using the Ted backdoor and CurlRAT framework to target South Korean media and automotive sectors for long-term espionage and watering-hole attacks.
China-nexus actor Fire Ant is compromising Cisco Nexus switches and IOS XR routers to harvest credentials and establish covert tunnels into critical infrastructure.
Unauthenticated attackers are actively exploiting a SQL injection vulnerability (CVE-2026-9586) in Sangoma Switchvox's /pa endpoint to achieve remote code execution and deploy reverse shells.
A suspected Chinese-speaking threat actor exploited vulnerabilities in ownCloud and WordPress to exfiltrate nuclear research records and naval contractor data in the Philippines.
Gunra is a sophisticated RaaS variant derived from Conti source code that utilizes Fortinet exploits and multi-threaded encryption to target global critical infrastructure.
The Iranian threat actor Phosphorus is using a novel PowerShell backdoor dubbed PowerLess that evades detection by executing within a .NET context rather than a standalone process.
Kynx is a C++ infostealer developed with AI assistance that targets browser credentials, crypto wallets, gaming platforms, and AI coding assistants like Claude and Cursor.
Gunra is a Conti-derived ransomware-as-a-service (RaaS) targeting global critical infrastructure using double-extortion and cross-platform encryptors.
Gunra (also known as Golden Community) is a RaaS operation using a double-extortion model targeting critical infrastructure by exploiting vulnerabilities in Fortinet appliances and leveraging Impacket for lateral movement.