Ukrainian drone units have acquired a new tool to counter the surveillance drones targeting their positions. A Kyiv-based equipment startup named CODE380 has introduced the D·Vision SDR, a compact receiver that captures live camera video from numerous Russian drones and displays it on a screen.
The device works by intercepting video signals that Russian operators transmit over the air without encryption. Because these feeds are unscrambled, any receiver tuned to the correct frequency can view the footage. This capability allows Ukrainian military units to observe the trajectory of an approaching drone and see what its pilot is aiming at before the weapon reaches its target.
Lightweight Design and Frequency Coverage
The D·Vision SDR is notably smaller and lighter than existing solutions in Ukraine. According to Defense News, the device weighs approximately 10 ounces. This is less than half the weight of competing Ukrainian models, some of which weigh several pounds. The reduced weight makes it easier for soldiers to carry in the field.
Recent updates to Russian drone technology have complicated detection efforts. In June, Russia began using newer Molniya drones that transmit video on different radio channels. Serhii Beskrestnov, a radio specialist who advises Ukraine’s president, highlighted this shift in a June Facebook post cited by Defense News. He noted that most existing detectors fail to see these specific frequencies or perform poorly when they do.
Beskrestnov warned that relying too heavily on a single type of detector could have fatal consequences for troops on the ground. The introduction of the CODE380 receiver addresses this gap by covering the frequencies used by these newer drones.
Future Challenges in Signal Detection
Despite the current advantage, experts caution that the effectiveness of such receivers may not last. Beskrestnov has previously warned that Russia could eventually switch from analog to digital video transmission. A move to digital encryption would blind receivers like the D·Vision SDR, rendering them useless against the new signal format.
Further complications have emerged regarding the guidance systems of these drones. The New York Times reported in August that some Molniya drones are now guided by artificial intelligence using Nvidia chips. These AI-guided variants emit no radio signals, which means they cannot be detected by traditional radio receivers at all.
The development of the D·Vision SDR represents a specific tactical response to the current state of Russian drone operations. It provides a tangible advantage in the ongoing conflict by turning the enemy’s surveillance capabilities against them. However, the rapid evolution of drone technology suggests that this advantage may be temporary as Russia continues to upgrade its hardware and transmission methods.
Source: TechCrunch
