Entries Tagged "drones"

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The Ramifications of Ukraine’s Drone Attack

You can read the details of Operation Spiderweb elsewhere. What interests me are the implications for future warfare:

If the Ukrainians could sneak drones so close to major air bases in a police state such as Russia, what is to prevent the Chinese from doing the same with U.S. air bases? Or the Pakistanis with Indian air bases? Or the North Koreans with South Korean air bases? Militaries that thought they had secured their air bases with electrified fences and guard posts will now have to reckon with the threat from the skies posed by cheap, ubiquitous drones that can be easily modified for military use. This will necessitate a massive investment in counter-drone systems. Money spent on conventional manned weapons systems increasingly looks to be as wasted as spending on the cavalry in the 1930s.

The Atlantic makes similar points.

There’s a balance between the cost of the thing, and the cost to destroy the thing, and that balance is changing dramatically. This isn’t new, of course. Here’s an article from last year about the cost of drones versus the cost of top-of-the-line fighter jets. If $35K in drones (117 drones times an estimated $300 per drone) can destroy $7B in Russian bombers and other long-range aircraft, why would anyone build more of those planes? And we can have this discussion about ships, or tanks, or pretty much every other military vehicle. And then we can add in drone-coordinating technologies like swarming.

Clearly we need more research on remotely and automatically disabling drones.

Posted on June 4, 2025 at 7:00 AM • View Comments

Drones and the US Air Force

Fascinating analysis of the use of drones on a modern battlefield—that is, Ukraine—and the inability of the US Air Force to react to this change.

The F-35A certainly remains an important platform for high-intensity conventional warfare. But the Air Force is planning to buy 1,763 of the aircraft, which will remain in service through the year 2070. These jets, which are wholly unsuited for countering proliferated low-cost enemy drones in the air littoral, present enormous opportunity costs for the service as a whole. In a set of comments posted on LinkedIn last month, defense analyst T.X. Hammes estimated the following. The delivered cost of a single F-35A is around $130 million, but buying and operating that plane throughout its lifecycle will cost at least $460 million. He estimated that a single Chinese Sunflower suicide drone costs about $30,000—so you could purchase 16,000 Sunflowers for the cost of one F-35A. And since the full mission capable rate of the F-35A has hovered around 50 percent in recent years, you need two to ensure that all missions can be completed—for an opportunity cost of 32,000 Sunflowers. As Hammes concluded, “Which do you think creates more problems for air defense?”

Ironically, the first service to respond decisively to the new contestation of the air littoral has been the U.S. Army. Its soldiers are directly threatened by lethal drones, as the Tower 22 attack demonstrated all too clearly. Quite unexpectedly, last month the Army cancelled its future reconnaissance helicopter ­ which has already cost the service $2 billion—because fielding a costly manned reconnaissance aircraft no longer makes sense. Today, the same mission can be performed by far less expensive drones—without putting any pilots at risk. The Army also decided to retire its aging Shadow and Raven legacy drones, whose declining survivability and capabilities have rendered them obsolete, and announced a new rapid buy of 600 Coyote counter-drone drones in order to help protect its troops.

Posted on March 18, 2024 at 7:03 AM • View Comments

The Future of Drone Warfare

Ukraine is using $400 drones to destroy tanks:

Facing an enemy with superior numbers of troops and armor, the Ukrainian defenders are holding on with the help of tiny drones flown by operators like Firsov that, for a few hundred dollars, can deliver an explosive charge capable of destroying a Russian tank worth more than $2 million.

[…]

A typical FPV weighs up to one kilogram, has four small engines, a battery, a frame and a camera connected wirelessly to goggles worn by a pilot operating it remotely. It can carry up to 2.5 kilograms of explosives and strike a target at a speed of up to 150 kilometers per hour, explains Pavlo Tsybenko, acting director of the Dronarium military academy outside Kyiv.

“This drone costs up to $400 and can be made anywhere. We made ours using microchips imported from China and details we bought on AliExpress. We made the carbon frame ourselves. And, yeah, the batteries are from Tesla. One car has like 1,100 batteries that can be used to power these little guys,” Tsybenko told POLITICO on a recent visit, showing the custom-made FPV drones used by the academy to train future drone pilots.

“It is almost impossible to shoot it down,” he said. “Only a net can help. And I predict that soon we will have to put up such nets above our cities, or at least government buildings, all over Europe.”

Science fiction authors have been writing about drone swarms for decades. Now they are reality. Tanks today. Soon it will be ships (probably with more expensive drones). Feels like this will be a major change in warfare.

Posted on October 31, 2023 at 7:03 AM • View Comments

How to Surrender to a Drone

The Ukrainian army has released an instructional video explaining how Russian soldiers should surrender to a drone:

“Seeing the drone in the field of view, make eye contact with it,” the video instructs. Soldiers should then raise their arms and signal they’re ready to follow.

After that the drone will move up and down a few meters, before heading off at walking pace in the direction of the nearest representatives of Ukraine’s army, it says.

The video also warns that the drone’s battery may run low, in which case it will head back to base and the soldiers should stay put and await a fresh one.

That one, too, should be met with eye contact and arms raised, it says.

Incredible.

Posted on December 19, 2022 at 7:09 AM • View Comments

Using Wi-FI to See through Walls

This technique measures device response time to determine distance:

The scientists tested the exploit by modifying an off-the-shelf drone to create a flying scanning device, the Wi-Peep. The robotic aircraft sends several messages to each device as it flies around, establishing the positions of devices in each room. A thief using the drone could find vulnerable areas in a home or office by checking for the absence of security cameras and other signs that a room is monitored or occupied. It could also be used to follow a security guard, or even to help rival hotels spy on each other by gauging the number of rooms in use.

There have been attempts to exploit similar WiFi problems before, but the team says these typically require bulky and costly devices that would give away attempts. Wi-Peep only requires a small drone and about $15 US in equipment that includes two WiFi modules and a voltage regulator. An intruder could quickly scan a building without revealing their presence.

Research paper.

Posted on November 8, 2022 at 6:15 AM • View Comments

Tesla Remotely Hacked from a Drone

This is an impressive hack:

Security researchers Ralf-Philipp Weinmann of Kunnamon, Inc. and Benedikt Schmotzle of Comsecuris GmbH have found remote zero-click security vulnerabilities in an open-source software component (ConnMan) used in Tesla automobiles that allowed them to compromise parked cars and control their infotainment systems over WiFi. It would be possible for an attacker to unlock the doors and trunk, change seat positions, both steering and acceleration modes—in short, pretty much what a driver pressing various buttons on the console can do. This attack does not yield drive control of the car though.

That last sentence is important.

News article.

Posted on May 4, 2021 at 9:41 AM • View Comments

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Sidebar photo of Bruce Schneier by Joe MacInnis.