AI Automation: Deploying a Multi-Agent Technical Design and Data Reporting System via Claude Code

AI Automation: Deploying an Autonomous Creative & Analytical Agent Suite via Claude Code

Automation Stack & Architecture

  • Agent Framework: Claude Code with Anatomy extension (`npx skills add wheresryan22/anatomy`)
  • Integration Layers: Google Sheets API, Google Drive API, Gmail/Email API, Google Calendar API_
  • Target Outcome: Automated data parsing, dashboard generation, presentation creation, and real-time interactive 3D mechanism simulation.

Agent Roles & Tools Assignment

Data Analytics Agent

  • Goal: Transform raw table data into professional sales dashboards or automated reports.
  • Tools assigned: Google Sheets connection for reading tables/data exports.

Web Intelligence Agent

  • Goal: Collect website monitoring data and competitor information using a specialized parser.
  • Tools assigned: Web scraper tool to extract site content regularly.

Creative Design Agent

  • Goal: Generate infographics, banners in consistent styles, presentations from text/reports, and vertical video clips (long-to-short conversion).
  • Tools assigned: Visual asset generator tools capable of outputting files like SVG or React components.

Technical Simulation Agent (Anatomy)

  • Goal: Create detailed technical illustrations with moving parts based on plain sentence descriptions.
  • Modes supported: SVG (isometric graphics), WebGL (realistic effects such as fire, water, light, smoke), and 3D space rotation.
  • Output formats allowed: HTML, SVG, or React components.

Step-by-Step Workflow Orchestration

  1. Triggering event via scheduled execution (`Automatic report generation`).
  2. Agent executes `web_parser` task to scrape competitor sites for monitoring purposes.
  3. Data is routed into a Google Sheet where the Analytics agent processes it enough to create a dashboard if required.
  4. User provides an engineering description; Technical Simulation agent uses command npx skills add wheresryan22/anatomy to initialize simulation capabilities.
  5. The system designs construction blueprints even simulates motion logic related to mechanism readings in real time.
  6. Final files are exported directly (HTML, SVG, etc.) instead of static slides, providing ready-to-use assets like banners or reports.

Error Handling & Loop Prevention

  • Format Validation: Ensures output results stay within supported technical modes (SVG / WebGL / 3D) before export.
  • Output Verification: Focuses on generating

! DYOR (Do Your Own Research)