QiAnXin XLab published a new report on Kimwolf, an Android-based botnet that primarily targets TVs, set-top boxes, and ...
Kimwolf botnet infected 1.8 million Android TV devices and issued 1.7 billion DDoS commands, using ENS to hide its control ...
Earlier this week, Microsoft Defender for IoT researchers discovered malicious downloads that affect Windows and Linux devices. These downloads, among other propagation methods, ensnare local devices ...
Kimwolf is the latest reminder that the most dangerous botnets now grow quietly inside everyday consumer electronics.
Consisting of over 1.8 million infected devices, the Kimwolf Android Botnet focuses on traffic proxying, but can also launch ...
The newly discovered malware infects IoT devices in tandem with the prolific Gafgyt botnet, using known security vulnerabilities. A recently developed botnet named “Simps” has emerged from the ...
A Mirai-based distributed denial-of-service (DDoS) botnet tracked as Beastmode (aka B3astmode) has updated its list of exploits to include several new ones, three of them targeting various models of ...
Content distribution network (CDN) firm Cloudflare says the botnet behind the biggest distributed denial of service (DDoS) attacks it has recorded has targeted nearly 1,000 of its customers in the ...
Nokia has released a report analyzing 10,000 distributed denial-of-service (DDoS) attacks over the past two years, further illustrating that organizations need to be ready in case of potential cyber ...
A quickly expanding botnet called Chaos is targeting and infecting Windows and Linux devices to use them for cryptomining and launching DDoS attacks. This Go-based malware can also infect various ...
Microsoft researchers have discovered a hybrid Windows-Linux botnet that uses a highly efficient technique to take down Minecraft servers and performs distributed denial-of-service attacks on other ...
SafeBreach researchers demonstrate how attackers can crash Windows domain controllers and build a botnet using unauthenticated RPC and LDAP vulnerabilities. At DEF CON 33, security researchers ...