This business model targets the lucrative niche of indie board game creators on crowdfunding platforms like Kickstarter and Gamefound. The core value-add is offering a high-demand feature—a solo gameplay mode—which is a proven driver of pledges and backer engagement. The arbitrage lies in leveraging AI to rapidly ideate, prototype, and design the complex logic for an 'automa' (AI opponent) and create professional rulebooks in a fraction of the time it would take a traditional designer. The service is a high-value, project-based package for small publishers who lack the time or specific expertise to develop a balanced and thematic solo variant themselves.
Step 1: Step 1: Identify High-Potential Kickstarter Projects
Input: Pre-configured Apify 'Kickstarter Scraper' Actor. | Output: A CSV file of Kickstarter projects named 'kickstarter_prospects.csv' containing columns: project_name, creator_name, project_url, blurb, goal, pledged_amount, status.
Step 2: Step 2: Enrich Leads & Find Publisher Contact Information
Input: The 'kickstarter_prospects.csv' file from Step 1, specifically the 'creator_name' and 'project_name' columns. | Output: An updated CSV file named 'enriched_prospects.csv' with a new 'publisher_contact_email' column containing a verified business email address for each prospect.
Step 3: Step 3: Draft Hyper-Personalized Outreach Emails
Input: A single row from the 'enriched_prospects.csv' file. | Output: A personalized email text for a single prospect, saved as 'outreach_email_1.txt'.
Step 4: Step 4: Record a 2-Minute Personalized Concept Pitch
Input: The prospect's Kickstarter page and the outreach email concept from Step 3. | Output: A unique, shareable Loom video URL named 'loom_pitch_url' for the specific prospect.
Step 5: Step 5: Send Formal Proposal & E-Sign Contract
Input: A pre-made proposal template including service tiers (e.g., Bronze: Rules & Logic Only; Silver: Rules + PnP Design; Gold: Silver + Playtesting Support), pricing, timeline, and a standard independent contractor agreement. | Output: A legally binding, e-signed contract and project kickoff confirmation.
Step 6: Step 6: Client Onboarding & Asset Ingestion
Input: Project confirmation from Step 5. | Output: A secure, shared folder containing the client's base game rulebook (PDF), all relevant art assets (PNG/JPG), and a project brief.
Step 7: Step 7: Core Solo Mechanic & Automa Concept Generation
Input: The client's base rulebook PDF from the shared folder in Step 6. | Output: A document 'solo_concepts.txt' outlining three distinct automa designs.
Step 8: Step 8: Generate Detailed Automa Decision Logic
Input: The approved solo concept from Step 7 and the base rulebook. | Output: A text file 'automa_logic.txt' containing the detailed pseudo-code for the AI opponent.
Step 9: Step 9: Generate Thematic Art for Solo Components
Input: The client's art assets from Step 6 and the list of required solo components (e.g., automa deck, new tokens). | Output: A folder of high-resolution PNG images for all new solo-mode game assets.
Step 10: Step 10: Design & Layout the Solo Mode Rulebook PDF
Input: The final rules text (derived from 'automa_logic.txt'), the generated art assets from Step 9, and the client's branding guidelines (fonts, logos). | Output: A print-ready, professionally formatted PDF of the solo mode rulebook, named 'Solo_Rulebook_Final.pdf'.
Step 11: Step 11: Create a Private Video Playthrough for Client Review
Input: The final rulebook PDF from Step 10 and a physical or digital prototype of the game. | Output: A private, password-protected Vimeo link showcasing a full turn of the solo mode being played according to the new rules.
Step 12: Step 12: Final Asset Delivery & Project Sign-Off
Input: The final, client-approved PDF rulebook, all solo component art files, and the final invoice. | Output: A single, secure PandaDoc document containing links to a cloud folder with all final assets and an integrated payment portal for the final invoice.