What is the Aisuru botnet and what are its recent activities?

The Aisuru botnet is known for launching increasingly powerful Distributed Denial-of-Service (DDoS) attacks, recently reaching nearly 30 Terabits per second.

How did malicious browser extensions infect millions of users?

Malicious extensions were updated over time with spyware and backdoors, exploiting lax review policies on app stores like those for Chrome and Edge.

What were the consequences for the Australian man caught hacking airport Wi-Fi?

An Australian man was sentenced to over seven years in prison for stealing data via fake Wi-Fi networks at airports and on flights.

Home / Technology / Massive 30Tbps Botnet Attack Grows Stronger

Massive 30Tbps Botnet Attack Grows Stronger

5 Dec, 2025

•

Summary

Aisuru botnet launched a nearly 30Tbps DDoS attack, growing more powerful.
Malicious browser extensions infected 4.3 million users with spyware.
Australian sentenced to prison for airport Wi-Fi data theft.

Massive 30Tbps Botnet Attack Grows Stronger

Cybersecurity threats are escalating, with the Aisuru botnet launching a massive 30Tbps Distributed Denial-of-Service attack, indicating its increasing power and sophistication. This aggressive botnet has been previously noted for its record-breaking assaults, signaling a growing challenge for network security professionals.

In parallel, a long-term cyberespionage operation has been exposed, involving malicious browser extensions that secretly infected the systems of over 4.3 million users across Google Chrome and Microsoft Edge. These extensions, initially perceived as useful tools, were gradually updated over seven years to include backdoors and spyware, exploiting lax app store review processes.

Furthermore, an Australian individual has been sentenced to over seven years in prison for exploiting unsecured public Wi-Fi networks at airports and on flights. The perpetrator used a Wi-Fi Pineapple device to create fake networks, intercepting sensitive data and stealing user credentials, highlighting the persistent risks associated with public Wi-Fi.