Elliptic Publishes Binance Exploit Address List for Users
The data is accessible via the Model Context Protocol, allowing for direct verification without needing an account or API key.
Updated on Oct. 31, 2026 in Cybersecurity
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Elliptic has published a list of digital wallet addresses associated with a Binance exploit. Users can access this information through Elliptic's Model Context Protocol server without needing an account or an API key.
Why it matters
The publication of these addresses provides a mechanism for users to assess the risk of their own transactions. By integrating this data into the Model Context Protocol, Elliptic simplifies how stakeholders monitor incoming and outgoing funds linked to specific security incidents.
The dataset is hosted on an Model Context Protocol server, which allows for direct data exchange. Users can verify addresses against this list to identify potentially tainted transactions vs. standard, clean transaction history.
The players
Elliptic
A blockchain analytics firm that provides risk management and anti-money laundering tools for financial institutions and crypto-asset platforms.
Binance
A global cryptocurrency exchange platform that provides high-volume trading services for a wide range of digital assets.
The details
The Model Context Protocol (MCP) functions as an open standard that allows artificial intelligence models to interact with external data sources. In this implementation, the protocol enables secure, standardized queries against a blocklist of addresses known to be connected to the Binance exploit. This allows users or developers to verify transaction participants in real-time without needing a proprietary subscription or authenticated access.
Timeline
October 31, 2026: Elliptic released the public list of addresses.
The Tech Race
This move marks a shift in how threat intelligence is distributed, moving away from closed APIs toward open-standard protocols like the Model Context Protocol. It pits Elliptic against traditional, centralized data-provision models in the competitive race to integrate real-time security data into user workflows.
Users can immediately query the list through the Model Context Protocol to assess the safety of incoming or outgoing transactions. No accounts or API credentials are required to use this verification tool.
The takeaway
The release demonstrates an increasing reliance on open-source protocols to provide instant, barrier-free security verification. Users should monitor updates from blockchain forensics firms to identify if additional addresses are added to the list as further details regarding the exploit emerge.
Further reading
For more on the evolving standards for digital security, explore our Cybersecurity section.
Source note: This article includes information reported by TokenPost.
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