During the recent SF power outage, Tesla's autonomous vehicles kept operating smoothly without disruption. While the broader infrastructure took a hit, their robotaxis demonstrated impressive resilience—relying on onboard systems and distributed network architecture rather than centralized grid dependency. It's an interesting case study on how decentralized and self-sufficient tech systems handle real-world challenges. Props to the engineering that enables vehicles to function independently when surrounding systems fail.
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OneBlockAtATime
· 9h ago
tbh this is what true Decentralization should look like... can't blame Musk for crazy promoting himself
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Wait, the whole city is powered off and they can still run? If there's a bug, who is responsible?
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The distributed architecture part is indeed excellent... actually, Web3 should have learned from TSL how to do system redundancy
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Hmm... thinking from another angle, when centralized services stop, we all have to wait, but independent systems operate on their own, the difference is quite large
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I understand the reasoning, just don't know what the decision logic is when it loses power, is it self-judgment or is there a backend command?
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StablecoinSkeptic
· 9h ago
Ngl, this is the spirit of web3. Decentralization architecture can really handle things in practice.
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NftBankruptcyClub
· 9h ago
This is exactly what web3 should do, Decentralization has truly been implemented once.
During the recent SF power outage, Tesla's autonomous vehicles kept operating smoothly without disruption. While the broader infrastructure took a hit, their robotaxis demonstrated impressive resilience—relying on onboard systems and distributed network architecture rather than centralized grid dependency. It's an interesting case study on how decentralized and self-sufficient tech systems handle real-world challenges. Props to the engineering that enables vehicles to function independently when surrounding systems fail.