FHE (fully homomorphic encryption) solves a tough problem: keeping data confidential while allowing anyone to publicly verify it. The great thing is that everyone can independently recalculate FHE operations to verify their accuracy.
What about performance? GPUs are changing the game. With the parallel processing power of GPUs, FHE systems are about to reach over 100 transactions per second. This number may seem modest compared to traditional blockchains, but remember—this is throughput in a fully encrypted environment, where privacy is ensured at the highest level.
View Original
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
15 Likes
Reward
15
6
Repost
Share
Comment
0/400
NftBankruptcyClub
· 4h ago
FHE really is the spring of cypherpunks—privacy and verification can both be achieved. This is what Web3 is supposed to be like.
View OriginalReply0
AirdropHarvester
· 15h ago
FHE is indeed interesting, offering both privacy and transparency... but is 100 tps really enough?
View OriginalReply0
WhaleMistaker
· 15h ago
Finally, someone has explained FHE clearly. Achieving both privacy and verification is no longer just a dream.
View OriginalReply0
Gm_Gn_Merchant
· 15h ago
FHE really sounds legit—being able to have both privacy and verification is something that should have existed long ago.
100 tps doesn’t seem like much, but considering this is running in a fully encrypted environment, that’s the real core.
With GPU support, things could really turn around. Once performance improves, it’s truly going to change the game.
Maximum privacy protection while still allowing public verification—this is what web3 is supposed to be.
Honestly, FHE should have become mainstream a long time ago, but performance has been a bottleneck for so many years...
View OriginalReply0
NotFinancialAdvice
· 15h ago
FHE sounds good, but honestly, 100 tps is still too slow for me. Whether it can achieve large-scale adoption remains to be seen.
View OriginalReply0
GateUser-beba108d
· 15h ago
FHE sounds impressive, but is 100 TPS really enough? It still feels a bit underwhelming.
FHE (fully homomorphic encryption) solves a tough problem: keeping data confidential while allowing anyone to publicly verify it. The great thing is that everyone can independently recalculate FHE operations to verify their accuracy.
What about performance? GPUs are changing the game. With the parallel processing power of GPUs, FHE systems are about to reach over 100 transactions per second. This number may seem modest compared to traditional blockchains, but remember—this is throughput in a fully encrypted environment, where privacy is ensured at the highest level.