An ex-CIA analyst pleaded guilty to leaking top secret documents about Israel’s plans to retaliate against Iran last year, forcing the attack to be delayed.

A former CIA analyst pleaded guilty to leaking classified documents about Israel’s preparations to attack Iran late-last year, according to the Department of Justice.

A former CIA analyst has pleaded guilty to leaking information on a planned Israeli attack on Iran. Asif Rahman, 34, was arrested by the FBI in November weeks after classified documents appeared on the Telegram messaging app.

A former CIA official pleaded guilty on Friday to leaking classified documents about Israel’s plans to strike Iran following the Islamic Republic’s missile attack on the Jewish state last fall. Asif Rahman,

The analyst was charged with two counts of violating the Espionage Act and faces up to a decade in prison for disclosing sensitive information about Israel’s response to an Iranian attack.

A CIA employee who was accused of leaking classified documents about Israel's plans to strike Iran pleaded guilty on Friday to criminal charges that he willfully retained and transmitted national defense information,

Asif W. Rahman, 34, admitted he leaked 17 classified documents last year. He faces a maximum of 20 years in prison.

Asif William Rahman has pled guilty to transmitting classified national defence information, US Justice Department says.

The time posted automatically on all Israel National News articles, however, is Israeli time.) Found a mistake? Contact us Get the latest news in your mailbox A former CIA analyst admitted Friday ...

Prosecutors say Rahman, a CIA employee since 2016, abused his access to top-secret information by accessing, removing and printing out two documents related to Israel and a planned attack on Iran.

A former CIA analyst charged with leaking highly classified records showing Israeli plans to launch a retaliatory strike on Iran pleaded guilty Friday in Virginia.

With Gaza’s north repopulated, Israel’s options for renewing the war become increasingly complex given the shifting dynamics on the ground.