Rostelecom Explores Underground Data Centers in Partnership With Norilsk Nickel for Stronger Physical Protection

Rostelecom is developing underground data centers as a third layer of protection against serious external threats. The first layer involves backup sites with data copies, while the second distributes computing power and services across geographically separated locations. The company is discussing the project with Norilsk Nickel, which could supply both underground facilities and its own power generation capacity. Experts from iKS-Consulting estimate that a buried data center would cost 30-40 percent more than a comparable surface facility due to requirements for waterproofing, ventilation, gas monitoring, specialized fire suppression, evacuation systems, and underground equipment transport. Sources indicate the plans were reported by Vedomosti citing a top Rostelecom executive and people familiar with the talks. No specific timelines, sites, or technical parameters have been disclosed yet.

AntiMalwareTranslated from Russian

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Rostelecom is advancing plans to build underground data centers as an additional safeguard against increasingly serious external threats. The initiative represents the third tier of a multi-layered protection strategy that also includes backup facilities and geographic distribution of infrastructure.

The first protection level calls for a reserve site holding copies of critical data. The second level spreads computing resources and services across multiple geographically separated locations. Underground placement adds a further physical barrier that cannot be achieved simply by burying an existing server room.

According to Vedomosti, the operator is in talks with Norilsk Nickel about potential cooperation. The mining company’s own power-generation assets and available capacity make the partnership attractive from an energy-supply perspective.

Building a subterranean facility carries significant extra costs. iKS-Consulting estimates that a buried data center would be 30–40 percent more expensive than an equivalent surface installation. Additional expenses arise from hydro-isolation, specialized ventilation, gas-control systems, advanced fire-suppression and evacuation equipment, plus the logistics of moving heavy hardware underground.

Concrete timelines, candidate sites, and detailed technical specifications for the Norilsk Nickel project have not been released. The move reflects growing attention among Russian operators to physical hardening of critical digital infrastructure.

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