I’m happy to support @jenyavyguzov with his first NFT collection.
14 years in art, and now it’s moving into Web3.
GTD spots for @Frag_Growth available in my Telegram ↓
Everyone wants faster blockchains.
But nobody talks about the thing that makes speed possible in the first place:
Data propagation.
A blockchain can have the best execution layer in the world
But if information moves slowly, performance suffers.
That's why @get_optimum stands out.
Instead of chasing hype, they're solving one of the most overlooked problems in Web3:
How data moves across networks.
With RLNC, mump2p, and DeRAM, Optimum is building infrastructure designed for faster propagation, lower latency, and better validator performance.
And here's the interesting part...
A few milliseconds might not sound important.
But over thousands of Ethereum slots, those milliseconds can translate into real revenue.
More efficiency.
Better performance.
Higher long-term rewards.
The next breakthrough in blockchain might not come from processing more data.
It might come from moving data smarter.
👀 While everyone is watching the application layer...
@get_optimum is quietly upgrading the foundation.
The biggest opportunities are often hidden in the layers nobody is paying attention to.
Troll Giveaway!
Just grabbed some fresh trolls and want to share the fun with the community!
How to participate:
• Follow me & @Troll_
• Like + Retweet this post
• Comment your ETH address below
I’ll randomly select 2 lucky winners, each getting 1 free troll!
Crypto spent years solving computation Now it's running into a much bigger problem:
Communication.
A transaction can execute in milliseconds.
But if the underlying data takes seconds to reach the network, scalability breaks long before execution does That's why every new blockchain eventually faces the same wall.
More users → More transactions → More data → More bandwidth requirements.
The industry responded by building faster execution engines Optimum asked a different question:
What if the bottleneck was never execution?
What if the real challenge was moving information across the network efficiently?
Traditional networks push increasing amounts of data through the same infrastructure, forcing nodes to consume more bandwidth as blockchains grow.
Optimum rethinks that model Its focus isn't producing more blocks.
It's making block data travel smarter, recover faster, and reach the network more efficiently.
The result?
• Faster propagation across nodes
• Reduced bandwidth pressure
• Better performance during congestion
• Improved network resilience
• Scalability without sacrificing decentralization
The next generation of Web3 won't be limited by who can create data the fastest It will be defined by who can distribute data the most efficiently.
Everyone is building for higher TPS.
Optimum is building for a future where TPS is no longer the bottleneck.
Because the chains of tomorrow won't win with bigger numbers.
They'll win with better networks.
@get_optimum@CryptoSundayz@TheBl0ckBoy