Brief Context
As nations increasingly rely on undersea infrastructure for communication, energy transmission, and resource extraction, the ocean floor has become a contested space.
Source Content
Syllabus: GS2/International Relations; GS3/Energy Security
Context
- As nations increasingly rely on undersea infrastructure for communication, energy transmission, and resource extraction, the ocean floor has become a contested space.
Understanding Seabed Warfare
- Seabed warfare encompasses military operations conducted on, from, or targeting the ocean floor.
- It involves the use of advanced technologies such as Unmanned Underwater Vehicles (UUVs), Remotely Operated Vehicles (ROVs), and submersibles to target critical undersea infrastructure, including:
- Communication Cables: Essential for global internet and data transmission.
- Energy Pipelines: Vital for transporting oil and gas.
- Sensors and Surveillance Systems: Used for monitoring and defense.
- Geotech Conflicts refers to geopolitical tensions fueled by advancements in technology. In the seabed warfare domain, it includes:
- Cyber and Hybrid Warfare: Deep-sea drones and AI-powered submarines can conduct espionage or sabotage operations without detection.
- Autonomous Underwater Systems: Nations are developing advanced UUVs capable of surveillance, reconnaissance, and offensive operations.
- Seabed Militarization: There are growing concerns about ‘weaponizing’ the seabed, including installing mines or deploying offensive UUVs near critical infrastructure.
Strategic Importance of the Seabed
- Communication Infrastructure: Over 95% of global internet traffic relies on undersea fiber-optic cables. These cables are essential for global finance, military communications, and internet connectivity.
- Energy and Resources: The seabed hosts vast reserves of oil, gas, rare earth minerals, and polymetallic nodules.
- Underwater energy pipelines also form a critical part of global energy supply chains.
- Military and Surveillance Operations: Nations deploy sensor networks, submarines, and UUVs for surveillance, intelligence gathering, and military operations on the ocean floor.
Global Incidents & Major Players in Seabed Warfare
- United States: It has Seawolf-class and Virginia-class submarines equipped with advanced seabed warfare tools.
- China: It has developed deep-sea research submarines, underwater sensor networks, and artificial intelligence-driven seabed monitoring systems.
- The Great Underwater Wall—a surveillance network in the South China Sea—aims to detect enemy submarines and vessels.
- Russia: The specialized Russian submarine Losharik and deep-diving research vessel Yantar have been linked to tap or cut undersea cables.
- NATO & European Powers: NATO has increased its focus on protecting undersea infrastructure following recent suspected sabotage incidents, such as the Nord Stream pipeline explosions.
- European nations, including the UK and France, are investing in seabed security measures.
- Sabotage of undersea cables in the Baltic Sea in 2023 and 2024.
India’s Efforts in Seabed Warfare
- Strengthening Submarine Capabilities:
- Project 75 & Project 75I: Acquisition of Scorpène-class submarines (INS Kalvari) and planning for next-generation submarines.
- Nuclear Submarines like INS Arihant
- Focus on Undersea Infrastructure Protection:
- India’s Deep Ocean Mission For Deep-Sea Mining & Resource Protection.
- Seabed Surveillance & Unmanned Systems:
- Deployment of Autonomous Underwater Vehicles (AUVs);
- Coastal & Deep-Sea Monitoring: Project By National Institute of Ocean Technology (NIOT).
- Strategic Alliances & Cooperation:
- QUAD Partnership to enhance maritime security and undersea infrastructure protection in the Indo-Pacific.
Future of Seabed Security
- Strengthening Seabed Surveillance: Nations are deploying AI-powered underwater sensors and satellite-based tracking systems to monitor suspicious seabed activities.
- Legal and Policy Frameworks: The United Nations Convention on the Law of the Sea (UNCLOS) provides some guidelines for seabed governance, but enforcement remains weak.
- A new international agreement on seabed security is needed.
- Advancing Defensive Technologies: Development of anti-UUV systems to counter underwater drones.