Validators: Optimum β data faster β more time to attest.
Proposers: +50-150 ms β ~13-16% higher MEV bids.
mump2p + RLNC speeds propagation without heavier hardware. Not guaranteed, depends on your setup
@get_optimum@cryptooflashh
Optimumβs mump2p testnet just added Twinstake
Institutional staking partner. Validator-focused. ~35% higher MEV APR than ETH average over the last 12 months.
Now that infrastructure is being tested with RLNC-based mump2p faster,more efficient block data propagation
@get_optimum
Timeout in a cross-system tx doesnβt mean it failed.
A blind retry just cuts your balance twice.
Without idempotency and state checks like @RialoHQ, the bot just retries anyway assets get stuck or you pay twice.
People celebrate the apps and the wallets. Almost no one talks about the invisible pipes that actually move blocks, transactions, and blobs between nodes. That hidden layer is what sets the speed of everything on top. @get_optimumββββββββββββββββββββββββββββββ
@cryptooflashh
Web3 needs more than speedit needs smarter data movement & memory.
@get_optimum is building that with RLNC + mump2p: a leaner networking layer that cuts redundancy and scales decentralized systems.
$11M seed was just the start.βββββββββββββββββββββββββββ
@cryptooflashh
A chain can process txs fast and still feel slow.
Every block still has to hop from node to node.
If that takes too long, validators just sit there waiting. Network loses time.
@get_optimum is working on that quiet part: how the data actually move
@cryptooflashh
ePBS changes the data race.
Not just building the block β getting the winning payload on time.
Today: first 4s matter.
With ePBS: attestation at 3s, then 3β9s to reach PTC.
Miss 9s β paid but empty slot.
@get_optimum mump2p is built for this
@cryptooflashh
Blockchainβs next bottleneck isnβt compute itβs communication.
Flexnodes (MUMP2P + RLNC) propagate data & power DeRAM for fast shared state
They plug into existing Ethereum setups.
Better infra underneath Web3
@cryptooflashh@get_optimum
Propagation is the other bottleneck
@get_optimum uses mump2p RLNC so nodes reconstruct data from coded shards instead of waiting for exact copies.
Hoodi testnet150ms vs1s Gossipsub 6.5Γ faster
Less bandwidth waste better decentralization more time for validators
@cryptooflashh
Ever wondered why @get_optimum relies on RLNC for its gossip protocol?
Classic gossip usually just keeps resending whatever is missing.
Optimum flips the script with Random Linear Network Coding every transmission becomes a smart mix of data that helps everyone
@cryptooflashh
TPS and block times get the hype.
Propagation delay is the real bottleneck.
@get_optimum fixes the network layer: 100ms delivery, 10Γ faster, no protocol change.
Faster cars donβt matter on a congested highway.
Optimum upgrades the highway.
@cryptooflashh
Ethereumβs networking bottleneck solved.
Optimumβs mump2p: ~150ms block propagation (6Γ faster than GossipSub).
No client changes. Just faster data for global validators.
@get_optimumββββββββββββββββββββββββββββββββββββββββββββββββββ
@cryptooflashh
Optimum still pushing mump2p forward.
Finoa Consensus Services just joined as a strong validator testing for reliability + max rewards with faster data propagation.
Better validators. Stronger Ethereum.
@get_optimum@cryptooflashh
Optimum just rewrote the rules.
While traditional networks lag, Optimum delivers the speed Web3 actually needs.
β’ Blazing data propagation
β’ 46K+ community already locked in
β’ Scalability that finally works
This is the upgrade. Position yourself
@get_optimum@cryptooflashh
Failed txs arenβt always bad code
Often itβs timingblock lags,state shifts,tx reverts.Gas gone
Looks like user errorItβs really propagation lag.
Hits hardest on high-value trades.
If your chain is quietly bleeding users to βrandomβ failsthis is why
@get_optimum@cryptooflashh