feat: add CuPulse business workflow functions

[devin-ai-integration]

feat: add CuPulse business workflow functions

Summary

This PR adds a comprehensive business workflow functions file for CuPulse, a predictive maintenance platform for copper manufacturing operations. The new examples/startups/cupulse.mdx file contains TypeScript functions that encode core business processes as executable code, including customer acquisition, product development, revenue generation, operational procedures, and strategic decision-making workflows.

The implementation is based on lean canvas data provided for CuPulse and follows the established pattern in the startups example directory of representing business logic as typed functions with async/await patterns.

Key additions:

• Complete MDX file with YAML frontmatter and TypeScript business process functions (498 lines)
• Customer acquisition workflow with lead qualification, technical assessment, and pilot programs
• Product development processes for AI model training and edge computing capabilities
• Revenue generation flows covering subscription, services, and hardware revenue streams
• Operational procedures for system deployment and monitoring
• Strategic decision-making workflows for market expansion and pricing optimization
• Comprehensive KPI measurement and executive dashboard systems

Review & Testing Checklist for Human

⚠️ High Priority (3 items):

• Verify business logic accuracy: Review the workflow functions against actual CuPulse requirements to ensure the business processes, pricing models ($1,500-$3,000/asset/year), and operational procedures align with real-world needs
• Test MDX processing: Verify the file can be processed by the MDX toolchain (mdxe command) without syntax errors and that TypeScript interfaces compile correctly
• Validate TypeScript conventions: Check that the interface design, async/await patterns, error handling, and code organization follow project standards and best practices

Recommended test plan:

1. Run mdxe command in the examples/startups directory to verify MDX processing
2. Review the lean canvas data context to validate business logic interpretation
3. Check TypeScript compilation and interface design for consistency with existing patterns

---

Diagram

%%{ init : { "theme" : "default" }}%%
graph TD
    subgraph "Examples Directory"
        StartupReadme["examples/startups/<br/>README.md"]:::context
        CuPulse["examples/startups/<br/>cupulse.mdx"]:::major-edit
    end
    
    subgraph "Core Packages"
        MDXE["packages/mdxe/<br/>MDX Execution Engine"]:::context
        MDXAI["packages/mdxai/<br/>AI Functions"]:::context
    end
    
    subgraph "Business Workflows"
        Acquisition["Customer Acquisition<br/>Functions"]:::major-edit
        Product["Product Development<br/>Functions"]:::major-edit
        Revenue["Revenue Generation<br/>Functions"]:::major-edit
        Operations["Operational<br/>Procedures"]:::major-edit
        Decisions["Decision Making<br/>Workflows"]:::major-edit
    end
    
    StartupReadme -->|"Contains examples"| CuPulse
    CuPulse -->|"Implements"| Acquisition
    CuPulse -->|"Implements"| Product
    CuPulse -->|"Implements"| Revenue
    CuPulse -->|"Implements"| Operations
    CuPulse -->|"Implements"| Decisions
    
    MDXE -->|"Processes"| CuPulse
    MDXAI -->|"Referenced by"| CuPulse
    
    subgraph Legend
        L1[Major Edit]:::major-edit
        L2[Minor Edit]:::minor-edit
        L3[Context/No Edit]:::context
    end
    
    classDef major-edit fill:#90EE90
    classDef minor-edit fill:#87CEEB  
    classDef context fill:#FFFFFF

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Notes

• This is a new file with no existing tests or validation beyond basic lint checks
• The TypeScript functions are designed as pseudocode representations of business processes and reference functions that don't exist yet
• Business logic is based on lean canvas data interpretation, which may need validation against actual CuPulse requirements
• The file follows the pattern established in the startups example directory for encoding business workflows as executable code
• All functions use proper TypeScript typing with interfaces for business entities like Lead, Customer, RevenueStream, etc.

Session Info:

• Link to Devin run: https://app.devin.ai/sessions/67d926cc0b044e6196777c2c9a3e3688
• Requested by: Nathan

[devin-ai-integration]

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