#密码资产动态追踪 Blockchain performance has always been a major issue—low throughput and slow confirmation times are holding things back. The Tree Graph consensus algorithm takes a different approach by using a DAG structure to handle transaction parallel validation, which can significantly increase processing capacity per unit time while maintaining low block confirmation latency.
From a fundamental design perspective, these public blockchains are attempting to break through the performance ceiling of traditional single chains. The combination of high throughput and low latency is indeed attractive for real-time settlement applications such as DeFi and payments. Whether it can truly support the infrastructure of the digital economy depends on the ecosystem development and practical application implementation.
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MoonWaterDroplets
· 13h ago
DAG is indeed quite interesting, but after all this hype, we still haven't seen a killer app... Ecosystem implementation is the real key.
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MetaverseVagrant
· 13h ago
DAG looks promising, but the real key is whether it can actually run smoothly. Let's wait and see if the ecosystem can keep up.
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AirdropATM
· 13h ago
DAG sounds really appealing, but how many can actually use it? It still depends on whether the ecosystem can keep up.
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HashRateHustler
· 13h ago
DAG really has some substance, but it's probably hyped more than actually used, haha
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rekt_but_resilient
· 13h ago
DAG indeed has some substance, but whether it can really run effectively depends on actual data; don't just talk about it on paper.
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NeverVoteOnDAO
· 13h ago
DAG's gameplay sounds good, but can it really be implemented? It feels like just a performance boost on paper; the key is whether there are real projects using it.
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iQua
· 13h ago
Follow 🔍 closely
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EntryPositionAnalyst
· 13h ago
DAG structures sound good, but how many can actually be implemented? Everyone is hyping it up, but when it comes to real use, it's all pitfalls.
#密码资产动态追踪 Blockchain performance has always been a major issue—low throughput and slow confirmation times are holding things back. The Tree Graph consensus algorithm takes a different approach by using a DAG structure to handle transaction parallel validation, which can significantly increase processing capacity per unit time while maintaining low block confirmation latency.
From a fundamental design perspective, these public blockchains are attempting to break through the performance ceiling of traditional single chains. The combination of high throughput and low latency is indeed attractive for real-time settlement applications such as DeFi and payments. Whether it can truly support the infrastructure of the digital economy depends on the ecosystem development and practical application implementation.