Russian Scientists Develop Resilient Connectivity Without Traditional Infrastructure
Researchers at St. Petersburg State University of Telecommunications have introduced an algorithm that keeps networks stable, even in regions with no conventional telecom infrastructure.
In Russia, high-quality, uninterrupted connectivity will soon be available even in areas lacking traditional telecom infrastructure. The breakthrough relies on Distributed Disaggregated Fog (DD-FOG) technology.
Developed by scientists at St. Petersburg State University of Telecommunications, the DD-FOG system maintains connectivity by autonomously managing migration, substitution, and scaling of microservices. It adapts to fluctuating traffic loads, with neural networks assisting in traffic recognition.
DD-FOG is essentially a distributed edge computing architecture where data processing occurs across multiple devices rather than through a centralized hub. This approach reduces the strain on cloud services, accelerates data processing, and leverages the computing power of end devices more efficiently.
The result is evenly distributed network load, ensuring stable communications even under challenging conditions. Connectivity becomes more accessible—not just in remote areas, but also in regions where complex terrain makes signal reliability difficult.
