flatfy163

Crypto & Web3

[flatfy163 @flaytfy]

@marrr_marina @get_optimum Marina you so clever 🫂

[flatfy163 @flaytfy]

@AnakiTech @get_optimum large temporary data container introduced with EIP-4844

[flatfy163 @flaytfy]

mump2p: Optimum's Core Product

mump2p is @get_optimum's flagship product: a high-performance data propagation layer for Ethereum powered by RLNC.

It runs as a lightweight sidecar alongside your Consensus Layer client, requiring no changes to your existing infrastructure or access to your validator keys.

By encoding blocks and blobs into optimized RLNC packets, mump2p enables significantly faster and more efficient propagation across the network while seamlessly falling back to standard Gossipsub if needed.

Tests showed 6–20× faster block and blob propagation, ~150 ms average propagation time, and up to 95% lower bandwidth usage.

For validators, this means faster attestations, improved MEV opportunities, fewer missed block proposals, and higher potential rewards - all without upgrading hardware.

mump2p is a simple, plug-and-play way to make Ethereum nodes faster, more efficient, and better connected.

[flatfy163 @flaytfy]

@CepiritTime25 @get_optimum gmum buddy!

[flatfy163 @flaytfy]

@asher1622 @get_optimum gmum Asher!

[flatfy163 @flaytfy]

@itachiUchiha942 @get_optimum as usual!

[flatfy163 @flaytfy]

@Yulian12451 @get_optimum 🤝

[flatfy163 @flaytfy]

@marrr_marina @get_optimum you always right Marinochka!

[flatfy163 @flaytfy]

@bobyhamster @get_optimum speed is money, u know

[flatfy163 @flaytfy]

@0xDrRick @get_optimum 🤝

[flatfy163 @flaytfy]

@0xAifred @get_optimum oh...you are right(

[flatfy163 @flaytfy]

@cafetothemoon Mountains are always pretty🤩

[flatfy163 @flaytfy]

I wonder how X's algorithms will react to the fact that I have barely posted anything for the past month...😶

I missed so much... A lot of news passed me by, and I do not even know what the current meta is anymore.

...on the bright side, during that time I had the chance to discover such a wonderful country as Georgia🇬🇪

[flatfy163 @flaytfy]

@xitadel_fi im here with @xitadel_fi

[flatfy163 @flaytfy]

@DudarenkoK46120 @get_optimum true man

[flatfy163 @flaytfy]

RLNC in 1 Minute

Most networking protocols send near-complete copies of data, leading to higher bandwidth usage and increased latency.

Random Linear Network Coding (RLNC) takes a different approach: data is split into small chunks, which are then turned into random linear combinations. The receiver only needs any sufficient set of these coded packets to reconstruct the original data.

• Lower bandwidth overhead
• Resilient to packet loss
• Intermediate nodes can recode and forward data without full decoding
• The larger the network, the more efficiently data propagates

That's why @get_optimum uses RLNC as the foundation of its mump2p propagation layer, delivering 6–20× faster block and blob propagation while reducing bandwidth usage by up to 95%.

RLNC - it's a fundamentally different way to move data across decentralized networks.

[flatfy163 @flaytfy]

@jelly1cloud @get_optimum Oh, i don’t need a husband ahahaha

[flatfy163 @flaytfy]

@jelly1cloud @get_optimum gl jelki, you deserve a good and rich husband 🙏🏻🫂

[flatfy163 @flaytfy]

@jelly1cloud @get_optimum did u find zhenih??

[flatfy163 @flaytfy]

@marrr_marina @get_optimum damn you are right!

[flatfy163 @flaytfy]

@samurai_itan @get_optimum @MurielMedard

[flatfy163 @flaytfy]

@bobyhamster @get_optimum based boby!