Retired Gen. Jack Keane urged the U.S. and its allies to apply renewed military pressure around the Strait of Hormuz on Friday [1].
This call for escalation comes amid concerns that Iran is exploiting a ceasefire to restore its strategic military assets. If the U.S. fails to act, Keane said the regional security balance could shift further in favor of Tehran.
Keane said in a Fox News interview that Iran may be using the current lull in fighting to rebuild its missile capabilities [1]. He pointed to recent naval, drone, and missile attacks as evidence that the ceasefire is being violated [1]. According to Keane, these actions indicate a growing threat that requires a decisive response from the United States [1].
He said that it is now time to unleash military action to counter these developments [1]. The retired general specifically highlighted the Strait of Hormuz as a critical area for applying pressure [1]. By focusing on this maritime chokepoint, Keane said the U.S. can better constrain Iranian movements and signal a lack of tolerance for ceasefire violations [1].
Keane's perspective reflects a broader debate within U.S. security circles regarding the efficacy of diplomatic pauses. He said that such pauses often provide adversaries the opportunity to replenish stockpiles and reorganize forces, a cycle that he believes leads to greater instability in the long term [1].
While the U.S. government has not officially announced a change in strategy, Keane's warnings emphasize the volatility of the region. He said that the current trajectory of Iranian activity poses a risk that cannot be managed through diplomacy alone [1].
“Iran may be using the ceasefire to rebuild missile capabilities”
The push for military escalation by high-ranking retired officials suggests a growing impatience with diplomatic frameworks in the Middle East. By targeting the Strait of Hormuz, the proposed strategy aims to leverage a global economic chokepoint to force Iranian compliance, though such a move risks a direct naval confrontation that could disrupt global energy markets.
