Pocket receiver exposes unencrypted video from Russian drones

By Sophie Lindqvist

What can the 10-ounce receiver actually see?

Defense News reported that CODE380’s D·Vision SDR weighs about 10 ounces and captures live camera video from many Russian drones. The receiver displays those feeds on a screen. CODE380 is a Kyiv equipment startup. Defense News said the unit weighs less than half as much as competing Ukrainian models. One competitor weighs a couple of pounds.

The product has gained attention, according to Defense News. No adoption data appears in the report.

Defense News reported that a Ukrainian unit can use the feed to see where a drone is heading. The account says the unit can also see what the pilot is aiming at before impact. The report describes situational awareness, not control of the drone. The source does not say the system can command, disable, or divert the aircraft.

The reception method rests on a basic transmission weakness. The report says the relevant drones send video over the air without scrambling. Anyone with the right receiver can watch along, Defense News reported. That reduces the technical barrier. It does not define the system’s practical performance.

Several critical figures remain absent. The source provides no reception range, signal-processing delay, deployment count, unit price, or production capacity. It also gives no percentage for drones using the unencrypted video format. The 10-ounce specification therefore establishes portability in the reported comparison, but it does not establish reliable reception range, operational coverage, or field effectiveness across Russia’s wider drone fleets.

Which Molniya frequencies does it monitor?

Defense News reported that newer Molniya drones started using radio channels for video in June. The D·Vision SDR listens on those channels. The account gives the month but not the year. No claim about the number of channels appears in the report.

Serhii “Flash” Beskrestnov, a radio specialist who advises Ukraine’s president, said in a June Facebook post cited by Defense News: “most detectors don’t see these frequencies, or see them poorly.” The assessment limits the claim for competing detectors. It does not establish how D·Vision performs against each alternative system.

Beskrestnov also warned that placing too much trust in a detector could prove fatal. The source does not explain the mechanism behind that warning.

Detection is only one part of the claimed benefit. Even a receiver that finds the channel must supply a timely picture to a Ukrainian unit. The report gives no hit rate, range figure, or measured delay for that sequence. The device therefore appears better matched to the identified Molniya channel set than to a general search across every Russian drone downlink mentioned in the report. Its June-channel coverage may improve relevance against Molniyas. The source offers no field comparison with other receivers.

Can digital video defeat the receiver?

Beskrestnov has warned that digital video could one day replace analog. He said that change would blind receivers such as the D·Vision. This is a forecast about future transmissions, not a disclosed product failure. The warning defines a technical boundary for CODE380’s current approach.

The New York Times reported in August that some Molniyas are AI-guided. Those drones use Nvidia chips and emit no signals, according to the report. Their lack of emissions would place them beyond a receiver built to display live radio video.

The report does not specify chip models, production quantities, or the share of Molniya deployments using that configuration. It also does not establish how many other Russian drones remain on analog links.

That uncertainty limits any claim of broad fleet coverage. The reported CODE380 design exploits unencrypted transmissions and monitors the Molniya channels identified in June. Those capabilities address present conditions, not every possible digital architecture.

No company roadmap, pricing plan, production target, or shipment figure appears in the source. The commercial case therefore rests on field performance that the report does not quantify. A pocket receiver built around live radio video could lose much of its practical value if the monitored aircraft stop transmitting in a form that the device can detect.

If Russian drone makers replace analog video with digital links, CODE380 will need different receiver architectures to preserve its advantage, and frequency coverage alone will no longer settle the competitive contest.