Agentic Ticket Resolution System

An agentic AI system that automated ticket analysis and resolution—parsing requests, navigating codebases, planning actions, and generating targeted fixes across multiple output modes.

Built with: Claude, LLMs, MCP Protocol, Python
Context: Internal AWS Engineering
Impact: Reduced routine ticket resolution time, standardized common fixes

A Note on Samples

These tools were built for internal AWS workflows and are not available for external demonstration. What I can share is how they worked, the problems they solved, and the measurable impact they had. The experience I gained building these systems has only deepened since—I continue to explore and build with new AI capabilities as they emerge.

Problem Solved

Documentation tickets often require repetitive analysis: understanding the request, locating relevant source files, determining the appropriate fix, and implementing changes. This manual process created bottlenecks.

How It Worked

I developed an agentic system that automated ticket analysis and resolution:

  • Ticket parsing: Takes ticket URL as input, extracts requirements and context
  • Codebase navigation: Automatically locates relevant XML source files in the documentation repository
  • Action planning: Breaks down the ticket into discrete steps with clear acceptance criteria, balancing short-term fixes and longer-term impact
  • Multiple output modes: Can generate diff-style changes, direct source XML updates, or flagged sections for human review
  • Searchable flags: Inserts markers in output for easy location of changes requiring attention

Results

  • Reduced routine simple ticket resolution time significantly
  • Helped identify longer-term underlying documentation issues
  • Standardized approach to common documentation fixes
  • Freed up writer time for more complex, high-value work

Skills Demonstrated

Agentic Architecture LLM Integration MCP Protocol Python Codebase Navigation Workflow Automation Action Planning XML Processing