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ETH , Solana Enthusias, Contributor @optimum

[0xZERO @0xzerooo_]

Content (14)

@get_optimum has a unique approach: they treat the blockchain network like a large scale distributed data system, not just a transaction ledger. Their focus is on the efficiency of information transfer between nodes.

[0xZERO @0xzerooo_]

Content (13)

In Web2, users were angry if an application was even a fraction of a second late. But in Web3, high latency is still often considered normal. Optimal is trying to break that mindset by building a faster and more responsive data network.

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@szeto0040 GG amad mas, Sebulan 4200$ 🍻

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@holland_ja9781 @get_optimum Thanks Nino

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Content (14)

@get_optimum has a unique approach: they treat the blockchain network like a large scale distributed data system, not just a transaction ledger. Their focus is on the efficiency of information transfer between nodes.

[0xZERO @0xzerooo_]

Content (13)

In Web2, users were angry if an application was even a fraction of a second late. But in Web3, high latency is still often considered normal. Optimal is trying to break that mindset by building a faster and more responsive data network.

[0xZERO @0xzerooo_]

@TotalWorldApps @get_optimum Thanks bro

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@Cazzsann @get_optimum Gmum caz

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@Laysraymond66 @get_optimum Good tech

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@nizaryadi3 @get_optimum Cuteee

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@0xjyy7275 @get_optimum @CryptoSundayz @blockchainjeff Bangerr

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@0xjyy7275 @get_optimum Gmum my bro

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@CepiritTime25 Thanks broo

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Content (13)

In Web2, users were angry if an application was even a fraction of a second late. But in Web3, high latency is still often considered normal. Optimal is trying to break that mindset by building a faster and more responsive data network.

[0xZERO @0xzerooo_]

Content (12)

When blockchain nodes receive data late, the effects can be far-reaching: disrupted synchronization, lost rewards, and even decreased validator performance. @get_optimum attempts to address these issues directly from the network and data propagation side.

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@CepiritTime25 @get_optimum @CryptoSundayz Gmum!

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Web3 often talks about decentralization, but rarely addresses the quality of the underlying network infrastructure. @get_optimum is present in that area: building a transport layer that is faster, lighter, and more resilient to packet loss.

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The faster data reaches validators, the lower the risk of forks, delays, and network asynchronous events. @get_optimum strives to strengthen the blockchain's communication layer to maintain stable performance under high traffic conditions.

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@get_optimum @kentlinyy Gmum!!

[Optimum @get_optimum]

An all-time high 31% of the ETH supply is being staked right now.

Deciding which node operator to stake your ETH with? @kentlinyy explains why you'll want to choose one who's running mump2p. ♾️

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@ra84961 Optimum is FUTURE

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@ra84961 @get_optimum @blockchainjeff @cryptooflashh @CryptoSundayz Cool video

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@direumatteul Agree bang

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Most blockchains still rely on traditional data propagation methods. Optimum uses a network coding approach to ensure efficient data distribution, even when the network is congested and nodes are spread across many regions of the world.

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What's interesting is that @get_optimum isn't just about theory. They provide experimentation tools, parameter tuning, and Docker deployment so developers and validators can directly test their own network performance.