At the Israel Defense Prize ceremony, Defense Minister Israel Katz said the campaign against Iran is far from over and that the IDF is ready to strike Iran with great force. He also stated that the military is continuing operations against Hezbollah in southern Lebanon, including clearing a Christian neighborhood in Tyre.
Defense Minister Israel Katz delivered a stark assessment at the Israel Defense Prize ceremony on Tuesday, stating that the campaign against Iran is far from over and that the IDF is prepared to strike Iran with great force if attacked. Katz framed the current operations in Lebanon as part of the same front, saying the military is clearing Hezbollah operatives from a Christian neighborhood in Tyre — a rare confirmed ground raid inside a populated area behind Hezbollah lines — and that residents will return to their homes. "The Middle East is changing before our eyes," Katz said. He rejected Iranian threats and attempts to tie the arenas together, adding that if Iran attacks Israel, it will absorb a severe blow "as we did several days ago." The remarks come after Israel struck Iranian air defense sites on June 8 and as Washington and Tehran remain locked in nuclear talks with a 60-day Trump ultimatum nearing its end — a timeline an American official said is running out. Katz's statement is the most direct Israeli ministerial threat of a large-scale strike on Iran itself in the current round, and follows a series of escalating warnings from both sides. The IDF confirmed over the weekend that it is preparing for several days of intensified fighting, assessing that Iran has violated the ceasefire.
2 developments
- DevelopingIsrael's Katz: Campaign against Iran far from over; IDF ready to strike Iran with great force
- DevelopingNetanyahu: Iran and Hezbollah weaker than ever, campaign not over
- StrongKatz: IDF will stay in Lebanon, Syria, Gaza security zones indefinitely, rejects withdrawal pressure
- DevelopingDefense Minister Katz repeats Dahiyeh deterrence warning to Hezbollah in social-media post
Source and signal
- Internal intake