CODE380’s D·Vision Receiver Highlights Portable Counter-UAS Sensing Capability

Kyiv-based communications-equipment maker CODE380 has developed the D·Vision SDR, a pocket-sized receiver designed to detect and display live video transmitted by some drones over unsecured analog links. Reports published November 2, 2026, by Defense News and TechCrunch describe the device as a way for Ukrainian drone teams to see a drone’s camera feed in real time, potentially revealing its direction of travel and what its operator is targeting. The core capability is passive reception: the receiver listens for transmissions rather than emitting a signal of its own, so it can complement other sensing methods without necessarily revealing the user’s position through an active emission.

According to manufacturer figures cited by Defense News, the D·Vision SDR scans from 500 megahertz to 8.7 gigahertz and can display analog video from as far as 6 miles (10 kilometers) on frequencies between 540 megahertz and 6 gigahertz. The reported range falls to 2–3 miles (3.5–5 kilometers) on higher frequencies. The receiver weighs about 10 ounces (290 grams), less than half the weight of the cited domestic alternatives. Its frequency coverage includes the 4.1–4.5 gigahertz band reportedly used by newer Russian Molniya strike drones for video transmissions beginning in June. CODE380’s developers told the Ukrainian technology outlet DOU that the receiver sweeps its frequency range without “blind spots” and offers greater sensitivity than competing detectors; these are developer claims, not independently verified performance findings in the supplied reporting.

For counter-UAS acquisition planning, the reported system may inform requirements for lightweight, portable, passive sensors that exploit unencrypted analog video links. A receiver that reveals an incoming drone’s view could provide situational awareness to operators, but it should not be treated as a stand-alone detection, identification, tracking, or defeat solution. The reports describe it as one element in a broader set of low-cost Ukrainian sensors, used alongside radar, acoustic sensors, and interceptors. They do not identify a U.S. or other government purchasing office, an active solicitation, a contract award, a price, or a procurement contact; accordingly, there is no disclosed buying path or verified government demand to pursue.

The device’s operating assumptions are important to any technical evaluation. The described interception depends on a drone transmitting analog video that is not encrypted, and the reports note that digital video could undermine the usefulness of receivers built for analog signals. Drones using fiber-optic links or operating autonomously without emitting radio signals may also fall outside the capability described in the source material. Serhii “Flash” Beskrestnov, a radio specialist and adviser to Ukraine’s president, cautioned that “most detectors don’t see these frequencies, or see them poorly,” while warning that overreliance on a detector could be dangerous. Contractors evaluating the market should therefore distinguish analog-video interception from broader radio-frequency detection and integrated counter-UAS systems, and should treat performance, frequency coverage, and operational limitations as items requiring validation.

• CODE380 developed the D·Vision SDR, a portable receiver intended to intercept live video from some drones transmitting unsecured analog signals.
• The device reportedly scans 500 megahertz to 8.7 gigahertz and can receive video at up to 10 kilometers on selected frequencies from 540 megahertz to 6 gigahertz.
• Reported reception range on higher frequencies is 3.5–5 kilometers; the figures are manufacturer data cited by Defense News, not independently verified test results in the reporting.
• The receiver weighs about 290 grams (10 ounces), compared with Babai’s roughly 0.9-kilogram Vydun 7.5 and Contra-drone’s 600-gram SENSE-4.
• Its frequency coverage includes 4.1–4.5 gigahertz, a band associated in the reporting with video transmissions from newer Russian Molniya strike drones.
• BlueBird Tech’s Chuyka 3.0 is also identified as a competing Ukrainian receiver; the supplied source excerpt does not provide its complete specifications.
• Analog-video interception may provide an operator with a view of a drone’s route and target, but it does not by itself establish detection or defeat capability across all UAS types.
• Digital or encrypted video, fiber-optic control links, and autonomous drones that emit no signals may limit or eliminate the utility of this receiver class.
• No solicitation, purchasing agency, contract value, award, or procurement contact was identified; the immediate relevance is market monitoring and counter-UAS requirements analysis.
• The reported device is described as working alongside radar, acoustic sensors, and interceptors, not as a replacement for those systems.