Students at MEPhI Develop Intelligent System to Protect the Underwater World
Underwater infrastructure – thousands of miles of subsea cables carrying internet traffic, along with gas pipelines, oil pipelines and power grids – is vulnerable to both natural forces and technological threats. Students at the National Research Nuclear University MEPhI believe they have found a way to safeguard these hidden arteries of the global economy.
Young researchers unveiled a project for a network-centric system designed to protect underwater infrastructure. Unlike fragmented security tools that operate in isolation, the MEPhI system integrates a range of autonomous platforms into a coordinated whole. Aerial drones patrol from above, scanning for suspicious activity on the water’s surface and near ports or pipeline approaches. Underwater vehicles monitor the seabed, checking the integrity of cable lines and energy networks and detecting unauthorized interference.
The network operates as a single organism. In real time, it processes large volumes of data and can generate response actions based on continuous analysis. Even if one component drops out of the shared information environment, the overall system remains operational. The implications are significant. Reliable subsea cable performance means stable internet and communications. Protected energy routes and pipelines help stabilize markets and support economic resilience.
Capacity Growth
Russia has 63 seaports with a combined cargo turnover of approximately 1.3 billion tons per year. By 2030, that volume is expected to increase by 225 million tons under the national project Effektivnaya transportnaya sistema (Efficient Transport System). Within such a vast logistics flow, even a minor disruption can cost billions of rubles and, in some cases, endanger lives. As hybrid threats intensify, robust software for comprehensive monitoring becomes a critical element of maritime safety.
“It is necessary to ensure the development of multifunctional autonomous unmanned underwater vehicles of various purposes and modular design, equipped with high-precision navigation systems using satellite and radio positioning. It is also essential to broadly develop and implement artificial intelligence technologies that allow autonomous detection, classification and tracking of underwater objects. According to the Maritime Doctrine, subsea pipelines are classified as strategically important economic facilities due to their significance and potential risk,” noted Nikolai Patrushev, Chairman of the Maritime Board of the Russian Federation.
Path to Global Markets
In the coming years, the protection of underwater infrastructure is likely to become even more urgent. The vulnerability of global communications is increasing, and demand for effective security systems spans continents. After pilot deployment at operational sites – including ports and logistics hubs – the MEPhI project could form the basis of state programs aimed at safeguarding maritime communications, among the most difficult to access yet economically indispensable assets.
Moreover, intelligent network-centric monitoring systems have clear international potential. Telecommunications operators and cross-border pipeline owners are increasingly interested in integrating such technologies into their security architectures. If aligned with international industrial internet of things and subsea internet of things standards, the MEPhI system could position itself within the global high-tech market.
