An Iran-linked cyber group has allegedly exposed sensitive personal data of thousands of US military personnel, escalating tensions in an already volatile geopolitical environment.
According to a report by The Wall Street Journal, the group known as Handala Hack Team released the names and personal details of 2,379 US Marines stationed in the Persian Gulf. The data was published on Telegram, with the hackers portraying the breach as proof of their surveillance capabilities.
The cyber group also allegedly sent threatening messages via WhatsApp to US personnel in the region, warning them that they were being monitored and could be targeted. It claimed access to more extensive data, including family details, home addresses, daily routines, and even troop movements, suggesting that further leaks may follow.
US officials have responded by launching an investigation. The Pentagon is currently probing the breach, and early findings indicate that at least some of the leaked names do belong to active military personnel. Authorities suspect that the group may also be targeting members of other branches of the armed forces.
In a statement accompanying the leak, the hackers described the disclosure as “just a drop in the ocean,” claiming they possess information on tens of thousands of American troops, including details about their families, residences, bases, commuting patterns, and personal activities.
The group had previously claimed responsibility for hacking the personal inbox of Kash Patel, allegedly publishing his photographs and résumé online.
The incident comes amid rising tensions between Iran and the United States. Recently, US President Donald Trump stated that Iran had signalled distress and was seeking the reopening of the Strait of Hormuz. In separate remarks, he criticised Iran’s inability to reach a non-nuclear agreement and urged it to act swiftly.
The cyberattack highlights the expanding role of digital warfare alongside traditional military and economic pressures in the ongoing standoff between the two countries.
