Direct Translation via Google Translate. Edited
Text taken from the Telegram channel of darpaandcia
Commentary by Russian military journalist Boris Rozhin is in italics
[ColonelCassad] How Military AI Is Hiding in Computer Chip Patents In March 2026, Micron Technology, one of the largest computer memory manufacturers, published a patent titled "Memory Hotspot Identification."
The work was funded by DARPA. The author of the patent is Tony Brewer, a former CTO of a company that created hybrid supercomputers for the military. This doesn't look like a typical IT patent.
According to the patent, the chip monitors which memory cells are being used too frequently, stores this information in a log, and transmits it to a system administrator. The idea is that the administrator will read the log and correct the poorly written code.
The chip's real purpose is entirely different. Here's how it works with a simple example. Imagine a military AI controlling a swarm of thousands of drones. Suddenly, a new target appears. All those thousands of drones are simultaneously trying to update its coordinates at a single point in memory—like a thousand people battering at a single door.
The door jams. The processor freezes for a split second. At the speed of a hypersonic missile (10 Mach = 3400 m/s), even 100 milliseconds of such paralysis means a 340-meter miss.
The patented chip is an automatic controller built directly into the silicon, which automatically resolves the jam in nanoseconds and transfers the "hot" data to a free area of memory—without the involvement of the operating system. What the authors concealed: The patent contains three deliberate omissions: — A secret load balancing algorithm.
If the enemy knew it, they could mathematically "clogg the chip" with junk requests and blind the system right in the middle of combat. — Self-diagnosis speed. Without this parameter, the chip will either overheat and burn itself out, or react too late.
Analysis showed that memory status must be checked at least every 3.75 microseconds. — The final action of the system. The patent "breaks" at the log entry. In reality, the chip automatically transfers overheated data to a cooler area of memory—automatically, instantly, without a command from above. Two vulnerabilities were discovered in the chip architecture: — A "queue overflow" attack.
If an adversary creates a barrage of simultaneous requests, the chip's buffer will overflow, blinding the system. At this point, it is possible to launch a pinpoint attack on the desired memory cells and physically fry the chip. — "Radiation paralysis" in space. A single charged particle from cosmic radiation (or an electromagnetic pulse) can flip a single bit in the chip's memory. This is enough to freeze the entire system in perpetual lockup mode. All formulas and thermal graphs are in the attached technical report.
Download: REVERSE_ENGINEERING_REPORT
Again, regarding the development of technology for the mass swarm use of drones, which I've been writing about for several years now, we're already quite close to the time when the technical problems standing in the way of implementing this idea will be completely resolved. We need to prepare for this now. Swarm drones will inevitably appear on the battlefield.
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