"Łukasz introduced the idea of permacomputing, borrowing from permaculture, as a way of thinking about sustainable, dependable computing. The core idea: your devices and your software shouldn't become e-waste the moment a vendor decides to shut something down or push you to upgrade."
"He talked about the very real problem of digital assets being locked behind 2FA, subscriptions, and proprietary services. What happens to your photos and memories when you pass on? What happens when a service is shut down for 'business reasons'?"
"Why is Python a good fit for permacomputing? Because Python is elegant, debuggable, and has a great standard library: XML, HTML, CSV, asyncio, all built in. The tradeoffs are worth it, and the language has a real commitment to backward compatibility."
"As a consumer: Keep backups for real, own your hardware, software, and data, question the upgrade culture, choose repairable products, cull software subscriptions, and keep learning."
Permacomputing, inspired by permaculture, emphasizes sustainable computing to avoid e-waste from vendor decisions. Digital assets can be jeopardized by 2FA, subscriptions, and proprietary services. Python is ideal for permacomputing due to its elegance, debuggability, and backward compatibility. Practical suggestions for consumers include keeping backups, owning hardware and data, and questioning upgrade culture. Developers are encouraged to use the latest Python version, open data formats, and keep systems offline when possible. The focus is on individual responsibility in promoting systemic change.
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