Security
DeepDraft security analysis follows the operational pressure placed on ships, crews, and Masters when geopolitics moves into the sea lane. This section covers maritime conflict zones, sanctions exposure, shadow-fleet behaviour, AIS risk, war-risk routing, chokepoints, and the practical consequences of security decisions at sea.
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Why Navigators Understood Trump’s Greenland Remark
When Donald Trump said Greenland mattered because it was closer to the United States and because Russia and China were paying attention, the reaction was immediate ridicule. The statement was treated as a real-estate impulse rather than a geographic observation.
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Understanding Sanctions in Maritime Trade
The Question That Always Comes Next In my previous article, I explained how sanctions enforcement, particularly through OFAC, reaches the ship and why the Master becomes involved.
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The Master’s Role in OFAC Compliance
By Capt. Raghu Sharma An Analytical Look at How Sanctions Quietly Enter the Bridge To seafarers in general, OFAC does not exist. No rating will ever come into contact with it, and few senior officers expect to deal with it on any direct basis.
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When Shipping Turns Grey: Life and Law Inside the Shadow Fleet
When a ship “goes grey,” it doesn’t disappear.It slips into a world where names change and paperwork turns to smoke. Yet the people aboard still wake to the same seas, navigating under rules that no longer protect them.
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Kra Land Bridge: Thailand’s Cargo Shortcut to Bypass Malacca Strait
Every day, a quarter of the world’s trade squeezes through the Malacca Strait. But what if there was another way? Thailand’s Kra Land Bridge promises a bold shortcut across the Isthmus that could reshape Asian trade.
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The Strait of Hormuz Shipping Paradox. How “Safe” Corridors Increase Risk for Tankers and Masters
Masters navigating the Strait of Hormuz today face a paradox often raised in audits and discussions, compliance itself can create risk.
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GPS Spoofing: How False Satellite Signals Can Mislead Ship Navigation
A GPS spoofing attack attempts to deceive a GPS receiver by broadcasting incorrect GPS signals, structured to resemble a set of normal GPS signals, or by rebroadcasting genuine signals captured elsewhere or at a different time. GPS receivers deduce their position by calculating their distance from several satellites at once.