GKRootWire
Dev Tools Frustrated Developer Builds a Text Editor From ScratchDev Tools WebFPGA Brings FPGA Programming to the BrowserAI New Research Finds Hidden Symbolic Patterns Inside Neural NetworksGadgets iRobot's New Flagship Roomba Seals Itself to Your CarpetSecurity SonicWall Warns Attackers Are Chaining Two SMA1000 Zero-DaysGadgets Dell's New 14S Brings MacBook-Style Colors to Budget Student LaptopsDev Tools Frustrated Developer Builds a Text Editor From ScratchDev Tools WebFPGA Brings FPGA Programming to the BrowserAI New Research Finds Hidden Symbolic Patterns Inside Neural NetworksGadgets iRobot's New Flagship Roomba Seals Itself to Your CarpetSecurity SonicWall Warns Attackers Are Chaining Two SMA1000 Zero-DaysGadgets Dell's New 14S Brings MacBook-Style Colors to Budget Student Laptops
Security

Global Law Enforcement Dismantles Long-Running Sality Botnet

A coordinated international operation seized servers and infrastructure behind the veteran peer-to-peer malware network.

Law enforcement agencies from multiple countries, working alongside private cybersecurity firms, have taken down infrastructure powering the Sality botnet, one of the internet's longest-running malware networks. Sality has been active for well over a decade, using a peer-to-peer architecture that let infected machines communicate directly with one another rather than relying on a single command server, making it notoriously resilient to takedown attempts.

The operation targeted the servers and domains used to control and update infected devices, aiming to sever communication channels that let the botnet's operators issue commands, distribute additional malware, or harvest data from compromised systems. Because of its P2P design, Sality has historically survived earlier disruption efforts by other researchers and agencies.

Details on exactly how many infected systems remain active, or which countries led the effort, are still emerging, but the action represents a significant, coordinated blow to one of the internet's oldest botnet ecosystems.

Why it matters: P2P botnets like Sality are especially hard to kill because there's no single choke point to cut off, so a successful multi-country takedown signals improving coordination against decentralized threats. Even so, history shows Sality has resurfaced before, so expect ongoing monitoring rather than a definitive end.

Sources: BleepingComputer