Legalizing reverse engineering (repealing anti‑circumvention rules) lets domestic actors audit, patch or replace cloud‑tethered or imported device code, enabling local supply‑chain resilience, competitive forks, and independent security audits. It reframes copyright carve‑outs not as narrow IP exceptions but as national infrastructure policy that affects AI training, hardware interoperability and foreign dependence.
— Making reverse engineering legally protected would be a high‑leverage policy that realigns tech competition, national security, and platform accountability—opening coalition pathways across investors, regulators and security hawks.
EditorDavid
2026.03.21
86% relevant
The article documents ReactOS implementing KMDF and WDDM support and a memory‑management patch that allows proprietary Windows GPU drivers from Intel, NVIDIA and AMD to run reliably — a textbook example of reverse‑engineering enabling independence from a dominant vendor stack (Windows) and extending hardware viability.
EditorDavid
2026.03.14
82% relevant
The article documents Randal Linden reverse‑engineering his 30‑year‑old Super FX code and loading a Raspberry Pi (a modern single‑board computer) into a prototype SNES cartridge so the console believes it's talking to the original coprocessor—exactly the kind of practical hardware/software workaround that embodies digital sovereignty and citizen repair/preservation.
EditorDavid
2026.01.11
100% relevant
Cory Doctorow’s Guardian piece explicitly calls for striking out the anti‑circumvention provision and uses examples (cloud software, solar inverters, tractors) and the UK’s post‑Brexit legislative window as the concrete policy moment.
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