Layer-0 infrastructure plays a foundational role in blockchain ecosystems, no doubt about that. But here's what I'm curious about: when network activity spikes and transactions pile up, how exactly does Venom's architecture tackle congestion issues? Does it rely on dynamic sharding, prioritized transaction pools, or some other mechanism to maintain throughput during those intense peak periods? Would love to hear more technical insights on this.
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MainnetDelayedAgain
· 11-25 01:53
According to the database, how many days have passed since Venom's last promise regarding congestion handling technical details... Let's wait for the flowers to bloom, everyone.
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CommunityWorker
· 11-24 10:11
Is the venom sharding scheme really reliable, and has it been tested under real high pressure?
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NFTRegretDiary
· 11-24 10:08
Can this Venom system really handle high concurrency? It feels like it's all just talk on paper.
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governance_lurker
· 11-24 10:07
Can this venom trap really withstand high concurrency? I still feel like I don't understand it very well...
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Whale_Whisperer
· 11-24 09:55
Can venom really hold up during peak times? It feels a bit uncertain.
Layer-0 infrastructure plays a foundational role in blockchain ecosystems, no doubt about that. But here's what I'm curious about: when network activity spikes and transactions pile up, how exactly does Venom's architecture tackle congestion issues? Does it rely on dynamic sharding, prioritized transaction pools, or some other mechanism to maintain throughput during those intense peak periods? Would love to hear more technical insights on this.