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Simple Jira MCP Server

MCP Server

AI-driven Jira integration via Model Context Protocol

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Updated Apr 1, 2025

About

A lightweight MCP server that lets AI assistants interact with Jira, enabling actions such as fetching assigned tickets, adding comments, retrieving status transitions, and updating ticket statuses.

Capabilities

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

Jira MCP Server in Action

The Simple Jira MCP Server bridges the gap between conversational AI assistants and enterprise issue tracking by exposing a lightweight, Model Context Protocol (MCP) interface to Jira. It translates natural‑language prompts into concrete API calls, enabling assistants like Claude to fetch tickets, add comments, change statuses, and explore available transitions—all without leaving the chat context. This server solves a common pain point for developers: integrating real‑time project data into AI workflows while preserving security and auditability.

At its core, the server authenticates against a Jira instance using an API token and exposes four primary tool categories. Ticket Retrieval lets the assistant pull a user’s current assignments, filtering by project or status. Commenting allows adding contextual notes directly to an issue, streamlining collaboration and documentation. Status Management fetches permissible transitions for a ticket and applies changes, ensuring that workflow rules are respected. Finally, Transition Discovery provides the list of possible state changes, which can be used to guide users through complex Jira processes. Each operation is wrapped in a declarative prompt schema, so the AI can request exactly what it needs while maintaining clarity for developers.

Developers benefit from a plug‑and‑play integration: the server runs on and can be invoked from any MCP‑compatible client. By packaging Jira interactions behind a single endpoint, teams avoid repetitive SDK setups and can focus on building higher‑level conversational logic. The server’s design also promotes composability; for example, an assistant can first fetch a ticket, then add a comment, and finally transition the issue—all within one conversational turn.

Real‑world use cases abound. Customer support agents can ask an AI to pull their pending tickets and add follow‑up notes before closing them. Project managers might request a status report on all work in progress, then trigger bulk transitions based on sprint completion. Developers can embed the MCP into continuous‑integration pipelines to automatically comment on build failures or update issue states as code merges. Because the server adheres strictly to MCP specifications, it integrates seamlessly with any AI platform that supports context‑aware tool calls.

Unique advantages of this server include its minimal footprint—no heavyweight frameworks, just a single Python dependency list—and its explicit environment‑variable configuration that keeps credentials out of code. The ability to retrieve available status transitions before attempting a change is particularly valuable for maintaining Jira workflow integrity, preventing errors that would otherwise surface only after an invalid API call. In sum, the Simple Jira MCP Server empowers developers to weave Jira data into conversational AI experiences with speed, safety, and clarity.