A Russian cargo ship has spent 14 hours stopped above critical transatlanti deep sea data cables connecting the UK with the US, Canada, Spain and Portugal.
https://www.telegraph.co.uk/news/2026/01/28/russian-ship-anchors-trans-atlantic-cables-bristol-channel/
The cargo vessel Sinegorsk sailed into the Bristol Channel on Tuesday night and dropped anchor roughly at the location of undersea telecoms cables connecting Britain to the US, Canada, Spain and Portugal.
Did a mini sub or divers place some remote control explosive or other devices along the cables to sabotage or spy or cyberback the cables?
Paired with satellite jamming, an attack on the cables could leave NATO forces without vital data and communications, leaving them blind to attacks.
The point is the Russians did not attempt to hide their interest in the cables by sending a surface vessel to sit above them for 14 hours
They can and likely have sent submarines to this area.
Repairing the cables may be very difficult once they are down and may take days in which time the West would suffer a major internet nd economic collapse.
AI says these under sea cables are criticial for global internet traffic and also for fighting a war also.
Deep-sea cables (or submarine communications cables) are the critical, invisible infrastructure that form the backbone of the global internet, carrying over 99% of international data traffic. These fiber-optic lines, laid on the ocean floor, are essential for modern life, enabling global communication, financial transactions, and cloud computing.
Key Aspects of the Significance of Deep-Sea Cables:
Global Communication & Economy: They connect continents and carry over 95% of international internet traffic, facilitating nearly $10 trillion a day in economic transactions. They are crucial for daily activities, such as streaming, international phone calls, and, increasingly, AI model data transfer.
Critical Infrastructure & National Security: Governments and militaries rely heavily on these cables for secure, high-speed, and reliable communications, which are more efficient than satellite alternatives.
Infrastructure Vulnerability: These cables are vulnerable to natural disasters (earthquakes, landslides) and human activities, such as fishing and, in rare cases, intentional sabotage.
Protection & Security: Due to their strategic importance, protecting these assets is a priority for international organizations and governments, with efforts focused on surveillance, mapping, and security measures to ensure continuity in critical infrastructure.
Deep-Sea Mining Concerns: The potential growth of deep-sea mining, aiming to harvest minerals, poses a new risk to these, which are essential, as it could threaten the safety and integrity of undersea cables.
Future Growth & Resilience: The demand for data continues to grow, with new cables being deployed to expand capacity and ensure the resilience of global networks.
While these cables are often hidden, their role in facilitating modern life and ensuring economic stability cannot be underestimated, making their protection and maintenance crucial.
https://www.telegraph.co.uk/news/2026/01/28/russian-ship-anchors-trans-atlantic-cables-bristol-channel/
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