January 16, 2026
Sky-high chip drama
Drone Hacking Part 1: Dumping Firmware and Bruteforcing ECC
They pulled the drone’s brain, decoded the errors, and fans + FOSS lawyers went wild
TLDR: Researchers pulled a drone’s memory chip to read its software, sparking cheers and a correction that ECC means error fixes, not encryption. The comments turned fiery over alleged open‑source license violations and dreams of cracking DRM on e‑bike motors, making this hack a lightning rod for tech justice and jokes.
Security researchers at Neodyme cracked open a Potensic Atom 2 drone and literally pulled off its “memory” chip to snag the firmware, then wrestled with ECC — error correction codes, not the crypto you’re thinking of. The post reads like a DIY spy movie, but the real spectacle is the comments. Some readers were swooning over the clear, step-by-step storytelling — “beautiful write-up” vibes — while others rushed in to correct the hype: ECC isn’t fancy encryption, it’s the part that fixes data mistakes. Cue nerd vs. nerd pedantry, and we loved it. The hottest discourse? Licensing rage. One top commenter slammed manufacturers for allegedly dodging open‑source rules on devices running Linux, demanding a big legal fund to haul violators to court. That sparked a thread of “we need teeth” vs. “be realistic” replies. Meanwhile, pranksters pitched “Drone Hacking Part 2: defeating radio warfare,” and the DIY crowd dreamed bigger: please hack DRM‑locked Bosch e‑bike motors next. It’s equal parts admiration, activism, and mischief — a perfect storm of “teach me,” “sue them,” and “lol, do e‑bikes.” The takeaway: the hack is cool, but the community drama is cooler, mixing applause, correction, and open‑source fury into one chaotic comment party.
Key Points
- •Neodyme conducted IoT security research in Munich, focusing on the Potensic Atom 2 drone.
- •Firmware access was prioritized; official updates required valid serials and were encrypted, delaying that route.
- •No JTAG or UART interfaces were found, leading to a decision to desolder and read the NAND chip.
- •The Atom 2’s NAND contents were not encrypted, enabling successful firmware dumping and reconstruction.
- •Hardware analysis identified the main board’s SoC, likely related to 21AP10/HiSilicon SD3403V100 mobile camera platforms.