Stratton
STRATTON基於 Robinhood Chain 的股票 meme 化協議
表现
RD 熱度指數
RD 增長指數
| 1h | 24h | 7d | 30d | 60d | 90d |
|---|---|---|---|---|---|
| 0.00% | 10.22% | 6.29% | 27.80% | 87.19% | 8913.64% |
比較
跟隨更新
跟隨列表
人物
關於Stratton
Stratton Market(代幣代號:STRATTON)是一個部署在Robinhood Chain上的去中心化協議。其核心機制是將美國微型股(常被稱為「仙股」)代幣化,並以這些代幣作為基礎來發行新的迷因代幣。具體而言,它將在紐約證券交易所和那斯達克上市的小型股以一股對應一個代幣的比例映射到鏈上(專案內部稱為TICKERx,例如TOONx、DSSx、AIXIx)。這些股票代幣隨後作為報價資產,為新的迷因代幣提供發射平台。 其核心敘事在於將傳統美國股票與加密貨幣迷因市場連結起來。一方面,散戶投資者在交易低價美國股票時往往面臨較高門檻,而代幣化降低了參與門檻。另一方面,迷因代幣通常缺乏穩定的價值錨點,而股票代幣具有現實世界資產支撐,為發射平台提供了相對可信的底層資產。這種「美國仙股+迷因發行」的結合,試圖解決傳統金融與鏈上投機之間的脫節問題。 在過去六個月(2026年3月至9月)期間,STRATTON代幣於9月3日上線,隨後因其敘事與當時熱門項目4Stock幾乎相同而受到關注。截至9月8日,其市值已升至約950萬美元,24小時漲幅超過70%,交易量達210萬美元。然而,約在9月8日前後,該項目被部分市場參與者質疑為「仿冒項目」,代幣價格波動劇烈,具有顯著的投機風險。
Stratton went live on Robinhood Chain on September 3, 2026, minting NYSE American and Nasdaq micro-caps into TICKERx on a one-share-one-token basis, starting with TOONx, DSSx and AIXIx. A regulated SPV buys the real shares through Interactive Brokers and holds them fully paid at a custodian; tokens can be minted 1:1 only after the custodian posts an onchain attestation, supply is hard-capped by attested shares, and any mint against an attestation older than 24 hours reverts. TICKERx also acts as the quote asset for a memecoin launchpad, where anyone can open a bonding curve against the pool while only the market maker mints and redeems against custody.
Future strategy and roadmap: Fee routing is fixed in bytecode: 75% buys back and burns STRATTON on the open market, 20% funds operations and 5% goes to protocol-owned liquidity. The contract has no owner, no pause, no upgrade path and no withdraw function, and anyone can trigger a buyback run for 0.1% of the purchase. DSSx custody coverage was reported at 173.1% at launch, with more than 190,000 DSSx already retired from circulation.
Victor Blass — Lead Founder; also lead investor at incubator X Ventures; oversees platform strategy and legal support.
Ferdi — Head of Business Development.
0xTKZY — Lead of Smart Contract & Meme Mechanism Design.