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MCP Response Standardizer

MCP Server

Consistent JSON from any MCP response format

Stale(55)
3stars
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Updated Aug 23, 2025

About

A lightweight tool that automatically detects and normalizes Ergo MCP API responses—whether JSON, Markdown, plain text, or mixed—into a unified JSON structure with metadata for easier integration and AI consumption.

Capabilities

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

Ergo Blockchain MCP – A Unified Gateway for AI‑Driven Blockchain Insights

The Ergo Blockchain MCP server addresses a core friction point for developers building AI assistants that need to query blockchain data: fragmented, inconsistent API responses. The underlying Ergo Explorer APIs return information in a mix of JSON, Markdown, plain text, or even hybrid formats that embed JSON within Markdown. This heterogeneity forces each client to implement bespoke parsing logic, increasing development time and the likelihood of bugs. The MCP server resolves this by exposing a single, predictable JSON schema that normalizes all responses, allowing AI assistants to consume blockchain data without worrying about format quirks.

At its heart, the MCP server offers a Model Context Protocol interface that maps natural language queries to specific Ergo Explorer endpoints. Developers can ask questions such as “Show me the latest block height” or “What tokens are held by address X?” and receive structured, machine‑readable JSON. The server’s internal MCPResponseStandardizer automatically detects the original format, extracts meaningful data (tables, lists, key‑value pairs), and wraps it in a consistent envelope containing success flags, data payloads, and rich metadata (original format, endpoint name, timestamp). This standardization not only simplifies client code but also ensures reliable error handling across all endpoints.

Key capabilities include:

  • Automatic format detection for JSON, Markdown, plain text, and mixed responses.
  • Structured extraction from Markdown tables, headers, lists, and embedded JSON blobs.
  • Preservation of original data for pure JSON responses to avoid unnecessary transformation.
  • Comprehensive metadata that records the source format, endpoint, and processing time for auditability.
  • Unified error representation that surfaces HTTP status codes and messages in a predictable structure.

Real‑world scenarios where this MCP shines are plentiful. A fintech startup can build an AI chatbot that instantly provides token balances, transaction histories, and network health metrics to users. A data analytics firm can integrate the MCP into its pipeline to pull historical block data, aggregate token metrics, and feed them into machine‑learning models—all without custom parsers. Even hobbyist developers can prototype blockchain dApps with natural language interfaces, leveraging the MCP to abstract away low‑level API intricacies.

Integrating the Ergo Blockchain MCP into existing AI workflows is straightforward: an assistant sends a natural language request, the server translates it to an Ergo Explorer API call, standardizes the response, and returns a clean JSON payload. The assistant can then parse the field directly or enrich it with additional context before generating a user‑friendly reply. Because the MCP enforces a consistent contract, developers can focus on higher‑level logic—such as ranking token popularity or detecting anomalous transaction patterns—rather than wrestling with format inconsistencies.

In summary, the Ergo Blockchain MCP delivers a robust, developer‑friendly bridge between AI assistants and the Ergo blockchain. By standardizing responses, exposing rich metadata, and supporting natural language queries, it empowers developers to build sophisticated blockchain applications with minimal friction and maximum reliability.