18 May 2026, 13:24 UTC153 views11 reactionsread 8 August 2026 Photo
QuickSwap Integrates Homelander: MEV Internalization as a New Standard
QuickSwap’s community voted to integrate Homelander as a backrunning MEV internalization plugin for their Algebra V4 pools. The vote produced a result that speaks for itself: 3.2 million QUICK in favor, zero in opposition, across the full duration of the Snapshot. There is something substantive here beyond the announcement. A governance vote that…
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29 Apr 2026, 12:49 UTC178 views11 reactionsread 8 August 2026 Photo
Homelander Is Expanding to Uniswap v4 🚀
We've received support from the Uniswap Foundation Security Fund - and we're deploying Homelander as a Uniswap v4 hook, bringing MEV internalization to the largest hook-compatible AMM ecosystem in DeFi!
The Uniswap Foundation Security Fund exists to make security audits accessible to teams building on Uniswap v4. Our team received a grant from this fund for the Homelander hoo…
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12 Jan 2026, 16:43 UTC291 views7 reactionsread 8 August 2026 Photo
Homelander Security Audit: Summary and Outcomes
We’ve completed our first independent security audit of MEV-X Homelander, conducted by Bailsec ⚡️
Homelander is an MEV internalization solution for DEXs, designed to handle post-swap MEV logic without interfering with core AMM execution.
Audit summary:
- No security vulnerabilities were identified in the reviewed contract;
- Core focus areas included execution flow, …
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27 Nov 2025, 11:09 UTC250 views10 reactionsread 8 August 2026 Photo
The Bidding Games: Reinforcement Learning for MEV Extraction
We’ve spent a lot of time studying how MEV strategies work in practice, and we use that experience to explore their underlying mechanics through research!
Sealed-bid auctions are widely used across blockchain systems, especially in contexts where multiple agents compete for the same opportunity, like atomic arbitrage. These auctions can occur at high freq…
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18 Nov 2025, 12:32 UTC216 views13 reactionsread 8 August 2026 Photo
Arbitrage Routing as a Multi‑Surface Liquidity Optimization
Decentralized exchanges have fragmented liquidity spread across multiple automated market maker pools. Each pool represents a distinct liquidity surface: a unique price-liquidity curve shaped by its invariant formula and fee tier. After any market move, these surfaces often disagree on price, creating arbitrage gaps. However, aligning prices is non-trivial:…
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20 Jun 2025, 14:07 UTC307 views14 reactionsread 8 August 2026 Photo
ECDSA Nonce Reuse: Key Compromise via a Linear System
In an effort to reduce signing latency in our MEV pipeline, we introduced a low-level optimization that compromised the security of our ECDSA setup — ultimately leading to the loss of funds from several wallets on Polygon.
By reusing a precomputed nonce across multiple signers within a single batch, we unintentionally produced identical r values on-chain. That a…
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13 May 2025, 11:59 UTC277 views11 reactionsread 8 August 2026 Photo
CEX-DEX Arbitrage: Theory, Practice, and the Real Cost of Liquidity
Arbitrage between centralized and decentralized exchanges is often framed as a straightforward profit opportunity — buy low on one venue, sell high on another. In reality, it reflects deep structural asymmetries between fast, private CEX infrastructure and open, asynchronous blockchains.
This article examines CEX-DEX arbitrage not just as a trading…
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5 Mar 2025, 10:41 UTC269 views9 reactionsread 8 August 2026 Photo
NFT Arbitrage: Exploiting Market Fragmentation for Maximum Profit
The NFT market operates as a network of independent marketplaces rather than a unified exchange, resulting in fragmented liquidity and inconsistent pricing. Unlike traditional financial markets, where assets trade within a centralized system, NFTs are scattered across platforms like OpenSea, Blur, and LooksRare. This lack of synchronization leads to p…
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21 Feb 2025, 12:15 UTC223 views7 reactionsread 8 August 2026 Photo
MEV-X is Taking the Next Step: Advancing MEV Protection on Polygon
We are excited to announce that we have submitted a grant proposal within the Polygon ecosystem to advance MEV solving! Over the past two years, our research and extraction efforts have given us deep insight into the inefficiencies driving MEV. Now, we are shifting our focus toward addressing these challenges and creating a fairer, more predictable t…
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14 Feb 2025, 13:23 UTC243 views8 reactionsread 8 August 2026 Photo
MEV Trends on Polygon: A Study of Atomic Arbitrage
We conducted an in-depth study of Maximum Extractable Value trends on the Polygon blockchain, focusing specifically on Atomic Arbitrage. By analyzing millions of blocks, we uncover a critical transition: MEV extraction is moving away from inefficient, volume-driven strategies toward structured solutions designed to align profitability with network health.
The study…
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17 Jan 2025, 11:35 UTC261 views7 reactionsread 8 August 2026 Photo
From Conflict to Harmony: Uniting MEV Extraction and Protection for Optimal Transactions Execution
Maximal Extractable Value is both a challenge and an opportunity for the blockchain ecosystem. On the one hand, MEV extraction exploits inefficiencies in user transactions to generate profit through techniques such as liquidation and front-running. On the other hand, MEV protection shields users by optimizing their tra…
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11 Nov 2024, 12:48 UTC370 views11 reactionsread 8 August 2026 Photo
Fastlane Atlas protocol x MEV-X: Setting a New Standard in Blockchain Transactions
We are excited to announce the launch of the new Polygon Fastlane (PFL), powered by the groundbreaking Atlas protocol by Fastlane. This milestone is especially significant, as MEV-X has proudly become the first project to be launched on this innovative platform.
Enhanced Security and Efficiency with Atlas
This Atlas-powered version …
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Showing the 12 most recent of 20 posts we hold for @MEV_X_ann. View and reaction counts are the latest single reading for each post, not a live figure, and a recent post is still accumulating both. A view count marked ≈ was rounded by Telegram before we ever saw it — t.me prints views in full below 1,000 and to three significant figures above, so ≈1,200,000 means somewhere between 1,150,000 and 1,249,999. Unmarked counts are exact. Text is reproduced from the public post preview and truncated for length.