Google sues Chinese crime group for using Gemini to create phishing sites
Google filed a lawsuit against a Chinese crime group called Outsider Enterprise for using its Gemini AI system to create hundreds of fake websites for mass phishing and financial fraud targeting hundreds of thousands of Americans. The group created 131 AI-powered toolkits to automate the creation and coordination of fraudulent sites, causing an estimated millions of dollars in losses.
What happened
Google sued a Chinese crime group called Outsider Enterprise for using Google's Gemini AI system to create hundreds of fake websites impersonating Google, YouTube, the U.S. Postal Service, and New York's E-ZPass highway toll system.
The crime group created 131 AI-powered software toolkits to mass-produce thousands of fraudulent websites and coordinate scams through Telegram. In two weeks in May, the group sent 2.5 million text messages to Android users with links to 9,000 fake websites and over 1 million fraudulent web addresses.
Reported impact
Google stated that hundreds of thousands of people, mostly in the United States, were victimized. The company estimated losses in the millions of dollars, though it could not calculate the precise amount.
According to FBI data, cybercriminals stole nearly $21 billion from Americans in the previous year, with approximately $893 million in losses related to AI.
Index analysis
Google and law enforcement stated that AI-driven scams are growing faster than other types of phishing and fraud. Google's Chief Legal Officer said the coordinated action demonstrated the case's wide-ranging impact.
Governance controls
Google coordinated with the FBI and wireless carriers AT&T, T-Mobile, and Verizon to combat the crime network. Google filed suit in U.S. District Court for the Southern District of New York and requested an injunction to enable companies and law enforcement to take down the network.
Classification
Sources and evidence
This record was researched and written by the Index, based on the following original reporting.