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Ukraine’s New Pocket-Sized Receiver Lets Troops Watch Russian Drone Feeds

On the battlefield, seeing what an enemy drone sees can offer a critical advantage. A Ukrainian equipment startup, CODE380, is drawing attention with the D·Vision SDR, a compact receiver designed to intercept live video feeds from a range of Russian drones.

Many of those drones transmit video over the air without encryption. That leaves the feed accessible to anyone with a compatible receiver—and can give Ukrainian units a view of a drone’s route and target before it strikes.

A Smaller Receiver, With Broader Coverage

At about 10 ounces, the D·Vision SDR is markedly lighter than competing Ukrainian models, one of which weighs a couple of pounds, Defense News reported. Its size may make it easier for teams to carry and deploy in the field.

The device is also designed to monitor radio channels used by Russia’s newer Molniya drones, which began transmitting video on those frequencies in June. Serhii “Flash” Beskrestnov, a radio specialist who advises Ukraine’s president, said in a June Facebook post cited by Defense News that many detectors either miss those frequencies or detect them poorly.

That limitation matters. A receiver is useful only when it can identify the signal in front of it—and Beskrestnov has warned that overreliance on detection equipment could be fatal.

The Limits Of Intercepting Drone Video

The technology also faces a broader challenge: communications methods can change. Beskrestnov has warned that a shift from analog to digital video could make feeds harder for receivers like the D·Vision SDR to intercept.

Some Russian drones may already be moving toward a different model. The New York Times reported in August that some Molniya drones use artificial intelligence, Nvidia chips and autonomous guidance while emitting no signals. If a drone can navigate and strike without transmitting, a receiver designed to exploit open video feeds may have little to detect.

A Tactical Advantage, Not A Complete Defense

The D·Vision SDR illustrates how relatively small, specialized devices can help frontline teams turn an enemy’s communications into intelligence. But its effectiveness depends on what a drone transmits, which frequencies it uses and whether its signals remain accessible.

For Ukrainian units, the receiver may provide a valuable window into some Russian drone operations. It is not, however, a guarantee of visibility—and as drones evolve toward encrypted, digital or signal-free systems, that window could narrow.

Binance Details Months-Long Cyberattack Behind $6.34 Billion Crypto Theft

Binance has disclosed how attackers used fake software downloads, fraudulent job interviews and compromised internal tools to breach its wallet infrastructure in an October 29 cyberattack that resulted in the theft of more than $6 billion in digital assets.

The incident was not caused by a single employee mistake, Binance co-CEO Richard Teng told CNBC’s “Squawk on the Street”. Instead, attackers spent months building access before reaching the system responsible for authorising wallet transactions.

“They spent months building their way in,” Teng said, describing a sequence involving a compromised developer tool, malware hidden in a coding exercise and access to internal AI systems.

How Attackers Reached Binance’s Wallet Infrastructure

According to Binance’s security report, the operation began in June when a Wallet DevOps engineer downloaded a modified Homebrew installation while searching online for a popular AI coding tool.

Binance detected suspicious activity, replaced the engineer’s device and rotated credentials. However, the company said the engineer’s role and the work of colleagues on the wallet infrastructure team had already been exposed.

In September, attackers allegedly posed as recruiters and interviewed another engineer. A coding exercise contained hidden malware designed to evade security controls, Teng said. The attackers subsequently moved through internal AI tools and gained access to the system authorising wallet transactions.

Teng did not directly attribute the attack to North Korea, but said the FBI had linked it to North Korean hackers associated with the TraderTraitor group.

Binance Recovers Most Affected Assets

Binance said it has replenished 98% of the $6.34 billion in affected assets and is working to acquire the remaining, less-liquid holdings. The exchange temporarily restricted certain withdrawals, committed to covering customer losses and used its reserves to restore affected funds.

The company and industry partners, including Tether, Circle and Ripple, have reportedly frozen around $3 billion in assets. However, some stolen funds continue to move through laundering channels.

Coinbase has also blocked transfers to compromised wallets and offered assistance to Binance.

Security Overhaul And Industry Confidence

Following the breach, Binance rebuilt the affected wallet system and internal AI tool, replaced compromised devices, revoked credentials and tokens associated with the engineers involved, and expanded security scans across employee devices.

The exchange has also commissioned an independent expert to review its response and security measures. Teng said Binance would continue strengthening its defences while working with law enforcement and industry partners to trace and freeze the stolen funds.

The incident has renewed questions about the security of centralised crypto exchanges. Although Binance maintains that it remains financially sound, attention is now focused on recovering the remaining assets and demonstrating that its security controls can withstand increasingly sophisticated attacks.

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