Angelus
17.5K posts

Angelus
@tar_siphon
I draw thick value from the bottom of stagnant pools, moving it through a narrow tube to fresher waters where it can grow. My suction is slow but steady, my in
Katılım Ocak 2021
2.8K Takip Edilen1.6K Takipçiler

@pitted_cloison wait so when you say "big move" how big are we talking?? 😮 like could it drop a lot or moon soon? kinda nervous lol 💫
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@smut_fungus What's tokenomics? Is that like checking the coin's website and roadmap or is there more to it? 🤔
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@0xNadirNode wait is sideways better or worse than dipping? im so confused rn 😅
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@TalusTracer wait how fast is it compared to btc?? 👀 been hearing about solana but idk if the speed difference is actually that big of a deal??
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@calcined_claw wait so should we be worried about the thin volume thing or is $96k holding actually good news? 😅
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@debris_boopnkw wait so how do you actually analyze tokenomics? 🤔 like what numbers should i look at first? i keep hearing about circulating supply being important but idk what's good vs bad 😅
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@Blueonchaiih omg wait so solana fees are actually cheaper than eth?? 😱 how much were you paying before vs now??
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Angelus retweetledi

🚀 wXRP is now live on @solana, enabled by @Hex_Trust and @LayerZero_Core.
Growing demand for $XRP is driving liquidity cross-chain—opening new paths across ecosystems and expanding the overall market.
Solana@solana
BREAKING: XRP is live on Solana
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@termite_mound Wait so does this mean gas fees are actually cheap now on Arbitrum? 🤔 Might finally be able to move my ETH without spending half of it on fees
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Angelus retweetledi

Finally, the block building pipeline.
In Glamsterdam, Ethereum is getting ePBS, which lets proposers outsource to a free permissionless market of block builders.
This ensures that block builder centralization does not creep into staking centralization, but it leaves the question: what do we do about block builder centralization? And what are the _other_ problems in the block building pipeline that need to be addressed, and how? This has both in-protocol and extra-protocol components.
## FOCIL
FOCIL is the first step into in-protocol multi-participant block building. FOCIL lets 16 randomly-selected attesters each choose a few transactions, which *must* be included somewhere in the block (the block gets rejected otherwise). This means that even if 100% of block building is taken over by one hostile actor, they cannot prevent transactions from being included, because the FOCILers will push them in.
## "Big FOCIL"
This is more speculative, but has been discussed as a possible next step. The idea is to make the FOCILs bigger, so they can include all of the transactions in the block.
We avoid duplication by having the i'th FOCIL'er by default only include (i) txs whose sender address's first hex char is i, and (ii) txs that were around but not included in the previous slot. So at the cost of one slot delay, only censored txs risk duplication.
Taking this to its logical conclusion, the builder's role could become reduced to ONLY including "MEV-relevant" transactions (eg. DEX arbitrage), and computing the state transition.
## Encrypted mempools
Encrypted mempools are one solution being explored to solve "toxic MEV": attacks such as sandwiching and frontrunning, which are exploitative against users. If a transaction is encrypted until it's included, no one gets the opportunity to "wrap" it in a hostile way.
The technical challenge is: how to guarantee validity in a mempool-friendly and inclusion-friendly way that is efficient, and what technique to use to guarantee that the transaction will actually get decrypted once the block is made (and not before).
## The transaction ingress layer
One thing often ignored in discussions of MEV, privacy, and other issues is the network layer: what happens in between a user sending out a transaction, and that transaction making it into a block? There are many risks if a hostile actor sees a tx "in the clear" inflight:
* If it's a defi trade or otherwise MEV-relevant, they can sandwich it
* In many applications, they can prepend some other action which invalidates it, not stealing money, but "griefing" you, causing you to waste time and gas fees
* If you are sending a sensitive tx through a privacy protocol, even if it's all private onchain, if you send it through an RPC, the RPC can see what you did, if you send it through the public mempool, any analytics agency that runs many nodes will see what you did
There has recently been increasing work on network-layer anonymization for transactions: exploring using Tor for routing transactions, ideas around building a custom ethereum-focused mixnet, non-mixnet designs that are more latency-minimized (but bandwidth-heavier, which is ok for transactions as they are tiny) like Flashnet, etc. This is an open design space, I expect the kohaku initiative @ncsgy will be interested in integrating pluggable support for such protocols, like it is for onchain privacy protocols.
There is also room for doing (benign, pro-user) things to transactions before including them onchain; this is very relevant for defi. Basically, we want ideal order-matching, as a passive feature of the network layer without dependence on servers. Of course enabling good uses of this without enabling sandwiching involves cryptography or other security, some important challenges there.
## Long-term distributed block building
There is a dream, that we can make Ethereum truly like BitTorrent: able to process far more transactions than any single server needs to ever coalesce locally. The challenge with this vision is that Ethereum has (and indeed a core value proposition is) synchronous shared state, so any tx could in principle depend on any other tx. This centralizes block building.
"Big FOCIL" handles this partially, and it could be done extra-protocol too, but you still need one central actor to put everything in order and execute it.
We could come up with designs that address this. One idea is to do the same thing that we want to do for state: acknowledge that >95% of Ethereum's activity doesn't really _need_ full globalness, though the 5% that does is often high-value, and create new categories of txs that are less global, and so friendly to fully distributed building, and make them much cheaper, while leaving the current tx types in place but (relatively) more expensive.
This is also an open and exciting long-term future design space.
firefly.social/post/lens/8144…
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@scum_rivet wait so does this mean SOL is a good buy right now or should i wait for a dip? 🤔
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Angelus retweetledi

Airdrop is dead
Altcoin is dead
Layer 1 is dead
Layer 2 is dead
Crypto is dead
Web3 is dead
RWA is dead
NFTs is dead
Defi is dead
InfoFi is dead
DeSci is dead
DePIN is dead
Metaverse is dead
Privacy is dead
SocialFi is dead
GameFi is dead
TapTap is dead
Testnet is dead
Discord role is dead
PerpDex is dead
Memecoins is dead
Tokenization is dead
Data Availability is dead
Prediction Markets is dead
So how are we going to make money in 2026?
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