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piyush2agarwal

Trace Eye

MCP Server

Real‑time production log analysis for quick issue detection

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Updated May 9, 2025

About

Trace Eye is an MCP server that ingests, indexes, and analyzes production logs in real time, enabling developers to quickly identify anomalies, trace errors, and gain insights into application behavior across distributed systems.

Capabilities

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

Overview

The Trace Eye MCP server is a production‑grade log analysis engine designed to give AI assistants instant, contextual insight into application logs. In modern distributed systems, troubleshooting often requires sifting through terabytes of log data to identify patterns, trace errors, and correlate events across services. Trace Eye solves this by exposing a simple, language‑agnostic MCP interface that lets an assistant query logs in real time, apply filters, aggregate metrics, and surface actionable insights without the developer writing custom parsing code.

At its core, Trace Eye ingests log streams from any source that can be pushed via standard protocols (HTTP, gRPC, or streaming). Once ingested, the server parses each entry into a structured format—timestamp, severity, service name, trace ID, and message payload—making the data searchable. The MCP endpoint offers a rich set of tools for querying: time‑range filters, keyword search, regex matching, and aggregation functions such as count, mean latency, or error rate. Developers can also define prompts that the assistant uses to interpret results in natural language, turning raw statistics into concise summaries or troubleshooting steps.

Key capabilities include:

  • Real‑time correlation: Trace Eye automatically links log entries that share a trace or request ID, enabling the assistant to walk through an entire transaction across microservices.
  • Anomaly detection: Built‑in statistical thresholds flag spikes in error rates or latency, allowing the assistant to surface potential incidents before they reach operators.
  • Custom dashboards: The server exposes a lightweight UI for quick visual inspection, which the assistant can reference or embed in its responses.
  • Secure access: Authentication and role‑based permissions ensure that only authorized assistants can query sensitive logs, preserving compliance.

Typical use cases span from debugging production outages—where an assistant can pinpoint the first failing service in a chain—to monitoring SLA compliance, where it reports on latency trends and alerts when thresholds are breached. In a DevOps pipeline, the assistant can automatically trigger Trace Eye queries during deployment rollbacks or after automated tests, providing instant feedback on log health.

By integrating seamlessly into AI workflows through the MCP interface, Trace Eye empowers developers to embed deep log analytics directly into conversational agents. This eliminates the need for separate monitoring tools, reduces context switching, and accelerates incident response times—making it a standout solution for teams that rely on AI assistants to maintain production reliability.