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BICScan MCP Server

MCP Server

Real‑time blockchain risk scoring and asset discovery

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Updated 21 days ago

About

BICScan MCP Server provides instant risk scores for crypto addresses, domains, and dApps, along with detailed asset holdings across multiple blockchains. It leverages the BICScan API for up‑to‑date scanning and secure, reliable data retrieval.

Capabilities

Resources
Access data sources
Tools
Execute functions
Prompts
Pre-built templates
Sampling
AI model interactions

BICScan MCP Server Screenshot

The BICScan MCP Server brings a powerful blockchain risk‑assessment engine into the Model Context Protocol ecosystem. By wrapping the public BICScan API, it offers developers a unified interface to evaluate the trustworthiness of any blockchain address, domain name, or decentralized application (dApp) URL. This is crucial for applications that need to vet third‑party wallets, detect phishing or malicious contracts, and comply with regulatory risk thresholds before interacting with users’ funds.

At its core, the server exposes three primary capabilities. First, Risk Scoring assigns a numeric value from 0 to 100 for each queried entity, with higher scores indicating elevated risk. This allows AI assistants to surface clear warnings or trigger additional verification steps automatically. Second, Asset Information returns a detailed breakdown of the holdings—cryptocurrencies and tokens—associated with a wallet across multiple blockchains, enabling portfolio analysis or fraud detection. Third, Real‑time Scanning leverages BICScan’s live data feeds so that the assistant can provide up‑to‑date insights, which is essential for time‑sensitive decisions such as executing trades or onboarding new users.

The server’s design prioritizes reliability and security. It incorporates robust error handling, detailed logging, and environment‑based configuration (e.g., API key injection), ensuring that the assistant can recover gracefully from network hiccups or rate limits. Because it is registered on the official MCP server list, integration into popular AI assistants like Claude Desktop is straightforward—developers simply add a configuration entry and the assistant can call the server’s resources with minimal friction.

Real‑world use cases span fintech startups, compliance teams, and decentralized finance (DeFi) platforms. A DeFi protocol might query the server before approving a new liquidity provider, while an identity‑verification service could flag high‑risk addresses during KYC workflows. Even consumer‑facing wallets can surface risk scores to users, enhancing transparency and trust.

Overall, BICScan MCP Server turns complex blockchain analytics into a simple, AI‑friendly service. Its blend of risk scoring, asset visibility, and real‑time updates gives developers a single point of contact for all their blockchain vetting needs, streamlining workflows and reducing the overhead of managing multiple external APIs.