The Realtime primitive that accelerates Ethereum over 100x
Ethereum
Joined August 2023
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Ethereum has a 12-second blocktime. By slicing the block into sub-blocks, Realtime Ethereum moves in milliseconds ⚡️
No more waiting. No more uncertainty. Just 100x faster. The era of Realtime Ethereum starts now.
Go Realtime at : docs.ethgas.com/realtime/
Corporates and exchanges will continue building their own chains.
But they still need to settle globally. Ethereum will remain the fabric that connects them.
@lepsoe explains on @_TalkingTokens:
Full report: delphi.link/ETHgas
Ethereum offers open settlement. Regulated institutions need controlled pathways.
Sanctions exposure. Regulated money needs rules to be applied before a transaction is included, not checked afterwards.
Execution uncertainty. MEV can mean adverse ordering, information leakage, and uneven execution quality. Institutions need predictable inclusion.
Operator opacity. Institutions need to know who is building and proposing the blocks their transactions land in.
Institutions want Ethereum's shared settlement and liquidity. What holds them back is the open execution path.
@Delphi_Digital's report on ETHGas examines why and what could change that.
ETHGAS retweeted
DevNTell - Making Ethereum 100x Faster with @ethgasofficial feat. Founder @lepsoe | Host: @narb_s teapaw.org/i/broadcasts/1OxwbndQO…
ETHGAS retweeted
Curious to learn about ETHGas?
🎙️ This week on DevNTell, @ETHGasOfficial Founder @lepsoe joins us to share an overview of the infrastructure making Ethereum 100x faster 🏎️
📅 Oct 29th
📋 RSVP
luma.com/developer-ncpc
Why would an institution leave Ethereum for a private chain?
Not for settlement. For control before a transaction lands.
@Delphi_Digital on how we’re bringing that control onchain: rules before inclusion, predictable inclusion, and public settlement ↓
Institutions want their own rules inside Ethereum blocks.
A normal transaction on Ethereum is visible to everyone before it is included. That has pushed many institutions onto private chains with far less liquidity.
@ETHGasOfficial lets them book space in Ethereum blocks ahead of time. Transactions sent this way skip the public mempool and are screened against the institution’s own sanctions rules first. Each institution stays in control of its transactions without leaving Ethereum.
Being seen early is expensive for a fund moving a large position. Traders watching the public mempool can spot the trade and buy first, which pushes up the price the fund pays. With reserved blockspace, the fund can buy a whole block and decide what goes ahead of its trade.
Institutions do not have to leave Ethereum for a private chain to set their own rules.
As capital recentralizes on Ethereum, access to it becomes a strategic question.
For governments and major institutions, ETH isn’t just an asset to hold. It’s a strategic reserve asset they need to ensure priority access to Ethereum.
@lepsoe on @_TalkingTokens ↓
ETHGAS retweeted
An institution wants to buy $1 billion of an asset onchain. What stops someone from front-running the trade?
@lepsoe, founder of @ETHGasOfficial, says institutions also need clarity on where transaction fees go.
His pitch: fix MEV so big trades don't get sandwiched.
The stack climbs from exposure to participation:
Level 1: Own ETH. Exposure.
Level 2: Stake ETH. A direct stake in securing the network.
Level 3: Run validators. When selected to propose, decide which valid transactions go into the block.
Each level represents a higher tier of sovereignty.
ETHGAS retweeted
AI agents tend to follow the path of least resistance.
Kevin Lepsoe (@lepsoe), founder of @ETHGasOfficial, says agents can't even get API access to a bank account, but they can “run wild on DeFi.”
Could AI agents accelerate onchain adoption?