There's a network tackling the infamous blockchain trilemma head-on through recursive AppChains. What does that mean in practice? We're talking about infrastructure that handles 10,000 transactions per second without breaking a sweat.
No network congestion. No artificial throughput caps. Complete sovereignty for builders.
This kind of performance marks a real shift in how scalable crypto infrastructure gets designed. The approach addresses what's been holding back mass adoption: networks that choke under load versus those built to actually perform.
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ETHmaxi_NoFilter
· 12-11 23:49
10,000 TPS sounds great, but can it truly be sustained or is it just hype again?
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SignatureLiquidator
· 12-11 03:05
10,000 TPS sounds great, but can it really operate stably? There are too many lessons from history.
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SerLiquidated
· 12-11 03:05
10,000 TPS sounds impressive, but the real TPS depends on on-chain data. I've seen this kind of promotion before, and it's not the first time.
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SoliditySurvivor
· 12-11 03:00
10,000 TPS sounds great, but can it really be implemented? Or is it just another hype project?
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AirdropHunterKing
· 12-11 02:38
Bro, this recursive AppChains sounds good, but can 10,000 TPS really be stable? Don't tell me it's just another new project that's all talk.
There's a network tackling the infamous blockchain trilemma head-on through recursive AppChains. What does that mean in practice? We're talking about infrastructure that handles 10,000 transactions per second without breaking a sweat.
No network congestion. No artificial throughput caps. Complete sovereignty for builders.
This kind of performance marks a real shift in how scalable crypto infrastructure gets designed. The approach addresses what's been holding back mass adoption: networks that choke under load versus those built to actually perform.