US launched cyber strikes on Iran spy group after oil tanker attacks: Officials

The United States Cyber Command (USCC) had last week launched cyber strikes against an Iran intelligence group in the wake of recent attacks on oil tankers in the Gulf region, officials familiar with the matter said.

Quoting US officials, CNN reported on Saturday (local time) that the spy group had ties with the Islamic Revolutionary Guard Corps (IRGC) of Iran and the USCC believes the group helped plan the attacks against oil tankers.

The cyber attacks, coordinated with the US Central Command, disabled Iran computer systems used to control rocket and missile launches, The Washington Post reported. It was not the conventional military attack that involves loss of life or civilian casualties, it said.

Iran had on Thursday shot down an unmanned US surveillance drone with a surface-to-air missile, prompting US President Donald Trump to order a retaliatory strike against Iran. However, the US president had later changed his decision since it could have civilian casualties.

The incident happened amid a volatile situation between Washington and Tehran as the Trump administration warned industry officials to be alert for cyber attacks originating from Iran.

Thomas Bosset, a former senior White House cybersecurity official in the Trump administration, was quoted as saying, "This operation imposes costs on the growing Iran cyber threat, but also serves to defend the US Navy and shipping operations in the Strait of Hormuz."

The cyber attacks against the Iran spy agency represented the first offensive show of force since the cyber command was elevated to a full combatant command in May.

In April this year, Washington designated the IRGC as a foreign terrorist orgsation.

On Saturday, the Department of Homeland Security issued a warning to American industries that Iran has stepped up its cyber-targeting of critical industries, including oil, gas and other energy sectors, and government agencies, and has the potential to disrupt or destroy systems.

( With inputs from ANI )