Washington (Axios) – A senior US official has revealed the “Carrot and Stick” strategy employed by President Donald Trump’s administration regarding the Iranian file, as Washington seriously considers releasing $20 billion in frozen funds in exchange for a comprehensive deal ensuring the dismantling of the nuclear program. Simultaneously, sources confirmed to “Axios” that national security and defense teams are discussing advanced offensive military scenarios should the diplomatic path falter. Accordingly, the US escalation against Iran 2026 marks the peak of political and military pressure aimed at paralyzing Tehran’s economic capabilities and halting its cross-border disruptive activities.
Swapping Uranium Stockpiles for “Financial Incentives”: Washington’s Conditions for a “Solid” Deal
The proposed US offer involves bartering frozen funds for the complete disposal of Iran’s 60% enriched uranium stockpile, a move intended to end the conflict escalating since March 2026. Obviously, the Trump administration demands strict international oversight mechanisms to ensure these funds do not finance terrorist groups or threaten the security of US allies, specifically Saudi Arabia and the UAE. As a result, Iranian negotiators face mounting pressure to accept Washington’s “Best Deal” amid close monitoring of shipping routes and field activities
“Kharg Island” in the Crosshairs: The Military Option as a “Fatal Blow” to the Iranian Economy
In a significant field development, discussions within the White House and the Pentagon included the option of military control over Iran’s Kharg Island, which handles over 90% of the country’s oil exports. Certainly, seizing this vital island or imposing a total naval blockade would represent a “fatal blow” forcing Tehran to comply with US terms. Accordingly, the US escalation against Iran 2026 remains supported by military build-ups in the Gulf to secure the Strait of Hormuz, with a final 15-day ultimatum before activating “Plan B,” which relies on direct military force to ensure global energy flow.
