Operation True Promise

 

Operation True Promise (Persian: وعده صادק) refers to a series of direct military strikes conducted by Iran against Israel and its allies. Initially launched in April 2024, the campaign has evolved through multiple phases, most recently escalating into a major regional conflict in early 2026. 

Summary of Operations

• Operation True Promise I (April 13–14, 2024): Iran's first direct attack on Israel, launched in retaliation for an Israeli strike on the Iranian embassy in Damascus. It involved approximately 170 drones, 30 cruise missiles, and 120 ballistic missiles.
• Operation True Promise II (October 1, 2024): An escalation involving nearly 200 ballistic missiles launched following the assassinations of high-ranking Hezbollah and Hamas leaders.
• Operation True Promise III (June 2025): Conducted during the "Twelve-Day War" in response to Israel's "Operation Rising Lion". This phase utilized advanced hypersonic missiles like the Fattah-1 and electronic warfare to challenge Israeli air defenses.
• Operation True Promise IV (February–March 2026): The current and most expansive phase, launched following joint US-Israel strikes on Iranian territory that reportedly resulted in the death of Supreme Leader Ali Khamenei. 

Current Status: Operation True Promise IV (March 2026) 

As of March 11, 2026, the operation is in its 39th wave of attacks. Under the new leadership of Mojtaba Khamenei, the IRGC has expanded its targets to include US military assets across the region. 

Key Feature	Details
New Strategy	Direct regional expansion, targeting US bases in Bahrain, Qatar, UAE, and Kuwait in addition to Israel.
Weaponry Used	Heavy ballistic missiles (Khorramshahr, Qadr, Emad) and 1-ton warheads designed to penetrate reinforced infrastructure.
Recent Targets	Tel Aviv government complex, Haifa fuel facilities, US Navy Fifth Fleet base in Bahrain, and the Al-Minhad Air Base in the UAE.
Casualties/Damage	Extensive damage to regional infrastructure; hundreds of civilian casualties reported in Iran from initial US-Israel strikes.

Strategic Impact

The "True Promise" series marks a definitive shift from proxy warfare to direct state-on-state conflict. Iran has utilized "saturation tactics" to overwhelm the Iron Dome and other multi-layered defense systems, with some reports claiming interception rates dropped significantly during the most intense waves. 

Is Korea pulling back American investments? If so, why?

 

The situation regarding South Korean investment in the U.S. is currently a mix of heavy strategic commitment alongside significant tactical delays. While Korea is not broadly "pulling back," several high-profile projects have stalled or been reconsidered due to specific regulatory, economic, and geopolitical pressures. 

Current Status of Investments

• Major Commitment: South Korea recently moved to finalize a $350 billion bilateral trade agreement with the U.S..
• Project Delays: Implementation of these projects is unlikely to begin in earnest until at least the second half of 2026.
• Local Stalling: At least 22 factory sites in sectors like autos, shipbuilding, and steel have reportedly seen work nearly halted as of early 2026. 

Why Some Investments Are Stalling

• Enforcement & Raids: A major immigration raid at a Hyundai battery plant in Georgia in late 2025 resulted in the arrest of hundreds of Korean workers.
  • This led several Korean firms to pause or pull U.S. projects over fears of further raids and "criminal treatment" of their staff.
• Visa and Labor Issues: The South Korean Prime Minister stated that U.S. projects will remain "in limbo" until visa issues for specialized Korean workers are resolved.
• Economic Pressures:
  • Currency Weakness: The Korean won has depreciated to record lows against the dollar, making large-scale U.S. dollar outflows difficult to manage.
  • Market Slowdown: A slump in the electric vehicle (EV) industry led major battery makers like LG Energy Solution, SK On, and Samsung SDI to post heavy losses in 2025.
• Tariff Threats: The South Korean legislature has been racing to pass a "Special Act on Investment in the U.S." to avoid threatened U.S. tariff hikes (from 15% to 25%) triggered by delays in the investment rollout. 

Strategic Pivots

Rather than fully withdrawing, many Korean firms are repurposing their U.S. investments: 

• EV to ESS: Companies are converting U.S. EV battery production lines into Energy Storage Systems (ESS) lines to capitalize on the growing American grid-storage market.
• Supply Chain De-risking: Firms are actively trying to build non-Chinese supply chains for materials like LFP cathodes to remain compliant with U.S. trade regulations. 

How much time is involved stopping and reopening oil pumping?

 

Stopping and reopening oil pumping can range from a few hours for routine operational pauses to several months for complex restarts after a prolonged shutdown. 

Typical Timelines for Stopping and Reopening

• Short-Term/Routine Pauses:
  • Hours: Some wells operate on "pump off" controllers that cycle on and off throughout the day for only a few hours at a time.
  • 8–10 Hours: For unexpected facility shutdowns (e.g., loss of power) where no repairs are needed, units can often restart within this window.
• Temporary "Shut-In" (Intentional Halt):
  • Days to Weeks: Restarting production after a temporary halt often takes days to weeks to fully resume original flow levels.
  • 2 Weeks: Analysts suggest it can take roughly two weeks to restore maritime traffic and logistical flows in major regions like the Gulf.
• Extended or Complex Shutdowns:
  • 2 Months: It may take up to two months to return production to "normal" pre-shutdown levels following a major disruption.
  • Months to 2 Years: If a shutdown is prolonged, specialized equipment like a new rig may be needed to drill through cement plugs or sludge, a process that can take months or, in extreme labor-shortage scenarios, up to two years. 

Factors Influencing the Duration

• Well Type: Conventional onshore wells typically restart faster than offshore platforms, where pressure buildup can create "methane hydrates" that clog pipes and make restarting the "very last option".
• Mechanical Issues: Extended shutdowns often reveal hidden leaks, corrosion, or equipment failures that only become apparent during a restart attempt.
• Geological Risks: Prolonged stops can cause organic precipitates (sludges) or sand to block the wellbore, requiring expensive "workover" procedures like hydraulic fracturing to clear.
• Labor & Logistics: If many companies attempt to restart simultaneously, a shortage of specialized work teams and rigs can significantly delay reopening.