When it comes to performance trade-offs, ZK and FHE take different approaches. Zero-knowledge proofs shine here—verification happens in milliseconds right on-chain. The proving phase demands serious computational resources, though recent breakthroughs have made this way more practical than before.
Fully homomorphic encryption? It's the opposite story. You can absolutely compute directly on encrypted data, which is powerful stuff. But there's a catch: bootstrapping operations that refresh the noise accumulating in your ciphertexts are brutally expensive. That overhead is the real bottleneck keeping FHE from wide adoption despite its theoretical elegance.
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TestnetFreeloader
· 8h ago
zk verification is fast, but the prove part still relies on hardware, FHE sounds more powerful but the bootstrapping cost is really outrageous, I feel zk is more practical.
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DegenMcsleepless
· 8h ago
zk verification is indeed fast, but the proving part really consumes resources... FHE is theoretically great, but in practice, bootstrapping messes everything up.
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FOMOSapien
· 8h ago
zk verification is really awesome, but the proving part consumes a lot of computing power... FHE is theoretically impressive, but the bootstrapping cost is truly a nightmare.
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GasBandit
· 8h ago
zk verification takes just a few milliseconds, while FHE's bootstrapping consumes a lot of computational power... so zk is still more practical.
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WhaleShadow
· 8h ago
zk verification is fast but proving is extremely computationally intensive. FHE is theoretically awesome, but bootstrapping locks in the cost. It's all about trade-offs, brother.
When it comes to performance trade-offs, ZK and FHE take different approaches. Zero-knowledge proofs shine here—verification happens in milliseconds right on-chain. The proving phase demands serious computational resources, though recent breakthroughs have made this way more practical than before.
Fully homomorphic encryption? It's the opposite story. You can absolutely compute directly on encrypted data, which is powerful stuff. But there's a catch: bootstrapping operations that refresh the noise accumulating in your ciphertexts are brutally expensive. That overhead is the real bottleneck keeping FHE from wide adoption despite its theoretical elegance.