CODE380 Unveils Pocket Device to Intercept Drone Video
The D-Vision SDR, a roughly 10-ounce software-defined radio from Kyiv-based CODE380, picks up unencrypted analog video from enemy drones.
Updated on Nov. 2, 2026 in Cybersecurity
Ukrainian developer CODE380 has publicly announced the D-Vision SDR, a pocket-sized receiver that intercepts live video from Russian drones. The device responds to Russia's Molniya strike drones, which began transmitting video on the 4.1 to 4.5 gigahertz band in June.
Why it matters
Analog drones broadcast their camera feeds without encryption, making them easy to intercept with inexpensive tools. The development highlights how signal interception has become a practical counter-drone capability on the battlefield.
The D-Vision SDR is a software-defined radio that sweeps 500 MHz to 8.7 GHz and displays analog video from drones up to 6 miles (10 km) away on lower frequencies, versus 2 to 3 miles (3.5 to 5 km) on higher frequencies. Its performance figures come from the developer, and independent testing has not been reported.
The players
CODE380
A Kyiv-based Ukrainian developer that builds the D-Vision SDR and other electronic warfare tools for the military.
Beskrestnov
A figure quoted in reporting who projected that digital video will eventually replace analog drone video, rendering current portable detectors and fixed receiving stations ineffective.
The details
Developers told DOU on October 17 that the device scans its frequency range without blind spots and can be updated in software to handle new drone specifications. Competing products from Babai, Contra-drone and BlueBird Tech cover similar frequency ranges, with the Babai Vydun 7.5 weighing roughly 2 pounds.
Timeline
June: Russia's Molniya strike drones began sending video on the 4.1 to 4.5 GHz band.
October 17: CODE380 described the D-Vision SDR's performance to DOU.
November 2026: CODE380 publicly announced the D-Vision SDR.
The Tech Race
Unencrypted analog FPV drone links, long the standard for first-person-view flying, have made video interception a cheap counter-measure in the Ukraine war. The shift toward digital video, which Beskrestnov expects will eventually replace analog entirely, could make current interception tools obsolete.
For drone operators and defense planners, the device signals that unencrypted analog video links can be monitored with portable, low-cost hardware. Its lighter weight makes it easier to carry in the field than fixed receiving stations.
The takeaway
Unencrypted wireless links are an inherent vulnerability in any system that broadcasts unprotected signals. Operators relying on analog transmission should weigh the risk of interception against the benefits of moving to encrypted digital video.
Further reading
Explore more coverage in Cybersecurity for context on how signal interception and electronic defense are evolving.
