Russia Creates Extensive ‘Grey Zone’ in Donetsk: Strategic Deep Penetration Goals
In the Donetsk region, enemy activities have intensified, aiming to establish a so-called ‘grey zone’ – an undefined and breakthrough strip crucial for Russian forces.
According to reports from Ukrainian sources, notably DeepState, the situation in the area remains tense.
The northern part of the region, particularly towards Lyman and Zarikne, is actively under Russian pressure, with continuous expansion of infiltration zones.
Over recent days, there has been an increase in attempts to penetrate deeper into Ukrainian defenses, with Russian units operating within the ‘grey zone’ — areas of forest where constant pressure is maintained.
Notably, Russian troops have repeatedly reached the outskirts of Lyman.
The enemy’s main tactic involves night attacks by small infantry groups attempting to advance into Ukrainian positions, break through, and then wait for reinforcement to assemble their forces further.
This allows enemy units to gradually shift forward, deploying their manpower across various sectors where Ukrainian resources are insufficient.
Continuous monitoring, especially through drone reconnaissance, plays a critical role in detecting and preventing Russian advances.
Meanwhile, Ukrainian clearing and anti-armor groups actively respond to incursions, working to hinder Russian buildup at key points.
Analysts observe that Russia is redeploying reserves and preparing for major assaults, particularly in Yampol.
They also emphasize that the enemy aims to penetrate as deep as possible without establishing firm positions — instead, leaving their main forces at the final nodes of their routes, as seen in Serebryanka and Dronivka.
Consequently, the map shows yet another large ‘grey zone,’ expanding in area.
Earlier reports indicated that near Serebryanka, close to Lyman, one of the largest and most active grey zones on the frontline has developed, reflecting a shift in combat dynamics with Russian forces gradually advancing in key directions.