Beth Wang

2 followers · 11 following · 903 views

on the atlas — 39

highlights — 106

Internalization is the practice of brokers matching orders internally on their own trading desks – before orders are either sent to dark pools or exchanges.
Internalization of Order Flow on the Rise
Binance are starting to internalize execution algorithms that were typically done by separate trading firms
Path to building perfect markets - Pt. 1
whatever improvements that could be made to a particular market type, if it’s made through a third party tool or a service (eg. execution algorithms and brokerage services), it really should be considered a temporary solution
Path to building perfect markets - Pt. 1
polynomial q of degree deg(p)-k
Arithmetization II. “We Need To Go Deeper” | by StarkWare | StarkWare | Medium
execution trace as evaluations of some polynomial f(x) of degree less than 512
Arithmetization II. “We Need To Go Deeper” | by StarkWare | StarkWare | Medium
computational constraints as a recurring pattern of local constraints (i.e. succinctness)
Arithmetization I. Stark Math part 2: execution trace and… | by StarkWare | StarkWare | Medium
set of polynomial constraints
Arithmetization I. Stark Math part 2: execution trace and… | by StarkWare | StarkWare | Medium
are satisfied if and only if the trace represents a valid computation
Arithmetization I. Stark Math part 2: execution trace and… | by StarkWare | StarkWare | Medium
polynomial constraints
Arithmetization I. Stark Math part 2: execution trace and… | by StarkWare | StarkWare | Medium
algebraic representation that we use has two main components: 1) an execution trace, and 2) a set of polynomial constraints
Arithmetization I. Stark Math part 2: execution trace and… | by StarkWare | StarkWare | Medium
: 1) it defines the claim succinctly in an unambiguous way, and 2) it embeds the claim in an algebraic domain
Arithmetization I. Stark Math part 2: execution trace and… | by StarkWare | StarkWare | Medium
translate it into formal algebraic language
Arithmetization I. Stark Math part 2: execution trace and… | by StarkWare | StarkWare | Medium
verify computations succinctly and transparently
Arithmetization I. Stark Math part 2: execution trace and… | by StarkWare | StarkWare | Medium
MaxEB (removing the 32 ETH cap on a single validator’s principal at stake)
Semantics of Staking 2: Re-staking — The price of agency
EIP-7002: Execution layer triggerable exits
Semantics of Staking 2: Re-staking — The price of agency
A validator slashed by EigenLayer still has a full staking balance on the Ethereum protocol’s balance sheet, which may induce moral hazard and reward imbalances
Semantics of Staking 2: Re-staking — The price of agency
the Ethereum protocol has no conception whatsoever of [soETH], since this is not appearing on its own balance sheet
Semantics of Staking 2: Re-staking — The price of agency
integrates DVT to bound an operator’s actions
Semantics of Staking 1: Liquefaction — The price of agency
credibly commit the node operators to specific actions, e.g., commit them to never produce any slashable messages
Semantics of Staking 1: Liquefaction — The price of agency
leveraged attack risk is infinite considering purely on-chain assets put at stake by the operators, but obviously less than infinite considering their reputation, contracts, and expected future cash flows from honest validation
Semantics of Staking 1: Liquefaction — The price of agency
The lower the collateral posted by the operator, the greater the leveraged attack risk becomes, where the operator requires a small amount of funds to control a much larger amount of stake on the Ethereum Proof-of-Stake (PoS) network.
Semantics of Staking 1: Liquefaction — The price of agency
The SSP’s core function is to intermediate the relationship between a principal (the delegator) and agents (node operators)
Semantics of Staking 1: Liquefaction — The price of agency
The SSP’s core function is to intermediate the relationship between a principal (the delegator) and agents (node operators)
Semantics of Staking 1: Liquefaction — The price of agency
project_contract_address creation tx link to see if any other contracts created by the init transaction
Advanced Wizard Guide to Dune SQL and Ethereum Data Analytics
Players intentionally bid significantly higher than their value 𝑆i(t) to force other players to reveal their true values
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
Players only bid their public values 𝑃(𝑡), and only reveal their accumulated private value 𝐸i(𝑡) at the last second
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
ε represents the players’ estimation of when to bid to account for the uncertainty
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
final possible moment before the auction closes, then submit their highest acceptable bid
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
bid their true value reduced by the profit margin
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
players keep track of the current highest bid and only place their own bid if their valuation (signal) allows them to outbid the current highest bid while maintaining their predetermined profit margin
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
aggregated signal at the time of bidding, 𝑆i(𝑡i), and a predetermined profit margin, 𝑃𝑀i
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
the current maximum bid maxj∈𝑁{bj,k}
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
bids made by all players up until time t {bj,k : j ∈ 𝑁, k ≤ t}
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
The value for player 𝑖 is denoted by 𝑣i and is equal to the aggregated signal at the time of bidding, i.e., 𝑣i = 𝑆i(𝑡),
Game-theoretic Model for MEV-boost Auctions (MMA) 🥊 - Economics - Ethereum Research
don’t talk to one another and are constantly fighting over block space
How The Blob Saves Ethereum — EIP-4844’s Rollup Rodeo | by Ray Buckton | Sep, 2023 | Medium
rollups call data from Ethereum to determine the canonical state of other rollups. It’s simply the safest way to minimize attack vectors while ensuring that Ethereum serves as the single source of truth between network participants.
How The Blob Saves Ethereum — EIP-4844’s Rollup Rodeo | by Ray Buckton | Sep, 2023 | Medium
Product Cases: Design X (for Y): Design a new car (for commuters) Product Sense: Tell me about a product you like. Why do you like it? Metrics for X: What metrics are the most important for Uber? Improve X: Improve Alexa’s response accuracy Launch X: Launch Apple Pay in India Business Cases: Estimate X: How many miles can an autonomous vehicle drive in a 24 hour shift? Troubleshoot X: Netflix viewership in New York deceased by 15%. Why? Monetize X: How would you monetize WhatsApp? New Product or Market Entry: What new market should Amazon enter? You are CEO of X: What would you do if you were …
How to Approach Challenging Questions in a Product Manager Interview | by Brian Polidori | Agile Insider | Medium
can be your username on apps and video games
ENS — A Conversation With MattGarcia.eth | by Papa | Coinmonks | Sep, 2023 | Medium
decentralized websites
ENS — A Conversation With The Founder Of NameSpace | by Papa | Blockchain Biz | Sep, 2023 | Medium
primary function is to map your 0xA4k5…19KP3
ENS — A Conversation With The Founder Of NameSpace | by Papa | Blockchain Biz | Sep, 2023 | Medium
reshaping the foundation of online identity and domain management
ENS — A Conversation With The Founder Of NameSpace | by Papa | Blockchain Biz | Sep, 2023 | Medium
an internet name that you can own forever
ENS — A Conversation With MattGarcia.eth | by Papa | Coinmonks | Sep, 2023 | Medium
send money in a much more user-friendly manner
ENS — A Conversation With MattGarcia.eth | by Papa | Coinmonks | Sep, 2023 | Medium
synchronous models allow failures to be detected by waiting one entire step length for a reply from a processor, and presuming that it has crashed if no reply is received
A Brief Tour of FLP Impossibility | Paper Trail
faults, where processors crash and take no further part in the computation
A Brief Tour of FLP Impossibility | Paper Trail
what you decide is much less important than simply deciding with confidence and boldly moving forward.
Three Things #20: June 5, 2022 - by Lane Rettig
I simply disagreed with certain social norms. Rather than trying to change society, which feels impossible, and rather than conforming, which I had no interest in doing, I figured the path of least resistance was to pretend to conform on the surface while actually rebelling against the system in secret. I felt that such rebellious behavior was justified if it was directed against stupid, senseless rules that I understood but disagreed with and that therefore shouldn’t apply to me.
Three Things #48: December 18, 2022 - by Lane Rettig
a few weeks ago i had a job interview. we had some extra time at the end so i took the chance to ask my interviewer (let’s call them p) a few questions me: what would you say is the primary source of joy in your life? is it your work or personal relationships or something else?
i wish we’d grown up on the same advice - by vincent huang
hanging out with someone doing independent research in data neutrality:
i wish we’d grown up on the same advice - by vincent huang
It’s often easier to take risks early in your career; you don’t have much to lose, and you potentially have a lot to gain. Once you’ve gotten yourself to a point where you have your basic obligations covered you should try to make it easy to take risks. Look for small bets you can make where you lose 1x if you’re wrong but make 100x if it works.
How To Be Successful