Consider the following statements regarding Project WATERWORTH —
- It involves the deployment of a 50,000 km long subsea cable connecting India, the US, Brazil, South Africa, and other key regions.
- The cable reaches depths of up to 7,000 meters in deep waters and uses AI to enhance deployment and maintenance.
- The project focuses on improving global internet connectivity by employing enhanced burial techniques in high-risk fault areas.
- It aims to mitigate damage from ship anchors and other hazards by avoiding shallow waters near the coast.
Which of the statements given above are correct?
Explanation - Project WATERWORTH involves a 50,000 km long subsea cable that connects India, the US, Brazil, South Africa, and other key regions. This highlights the project's global scale and its aim to enhance connectivity across continents.
The cable reaches depths of up to 7,000 meters in deep waters, showcasing its ability to operate in challenging underwater environments. Additionally, the project leverages AI to improve subsea cable infrastructure, focusing on deployment and maintenance to ensure reliability and efficiency. The project aims to enhance global internet connectivity by using advanced techniques, such as enhanced burial methods in high-risk fault areas. This ensures the cable's protection and longevity, contributing to uninterrupted internet access. The project does not avoid shallow waters near the coast. Instead, it uses enhanced burial techniques specifically in shallow waters to protect the cable from damage caused by ship anchors and other hazards. This distinction is crucial for understanding the project's approach to risk mitigation.
Explanation - Project WATERWORTH involves a 50,000 km long subsea cable that connects India, the US, Brazil, South Africa, and other key regions. This highlights the project's global scale and its aim to enhance connectivity across continents.
The cable reaches depths of up to 7,000 meters in deep waters, showcasing its ability to operate in challenging underwater environments. Additionally, the project leverages AI to improve subsea cable infrastructure, focusing on deployment and maintenance to ensure reliability and efficiency. The project aims to enhance global internet connectivity by using advanced techniques, such as enhanced burial methods in high-risk fault areas. This ensures the cable's protection and longevity, contributing to uninterrupted internet access. The project does not avoid shallow waters near the coast. Instead, it uses enhanced burial techniques specifically in shallow waters to protect the cable from damage caused by ship anchors and other hazards. This distinction is crucial for understanding the project's approach to risk mitigation.