Tag: github

  • Building Faithly: The Technical Reality Behind My Spiritual AI (Part 2 of 4)

    Building Faithly: The Technical Reality Behind My Spiritual AI (Part 2 of 4)

    When I set out to build Faithly, my vision was ambitious: create a chatbot that could support people in their spiritual life—offering scripture, encouragement, and interpretation rooted in Christian tradition. The journey from idea to MVP wasn’t smooth, but every technical challenge pushed me closer to something real, functional, and surprisingly powerful.

    Here’s the honest breakdown of what it actually took to build a spiritual AI from scratch.

    My Tech Stack (Or: How I Made Simple Things Complicated)

    Looking back, my tool choices tell the story of someone who wanted to learn everything the hard way:

    Python became my backbone for all the backend logic and scripting. It felt like the right choice for AI work, and honestly, it was one of the few languages I felt remotely confident in.

    OpenAI’s API powered the intelligence, specifically their text-embedding-3-small model for generating vector embeddings of Bible verses. This was where the real magic happened—turning ancient text into mathematical representations that could be searched and compared.

    ChromaDB served as my lightweight, local vector database for fast retrieval and search. I chose it because it seemed simpler than alternatives like Pinecone or Weaviate, though “simpler” is relative when you’re learning vector databases from scratch.

    JSON became my data format of choice for processing Bible verses with metadata (book, chapter, verse). Clean, structured, and easy to work with—when it wasn’t breaking my scripts with encoding issues.

    DigitalOcean VPS hosted everything in a virtual Python environment. This was probably overkill, but I wanted to understand the infrastructure from the ground up.

    Ghost (third-party managed) eventually became my solution for the public-facing Faithly blog and downloadable resources. More on why “eventually” in a moment.

    Canva handled the design work for Bible study templates and digital goods. Sometimes the best technical solution is admitting you’re not a designer.

    The Strategies That Actually Worked

    Through trial and error (mostly error), I developed some approaches that kept the project moving forward:

    MVP First, Features Later was my mantra. I focused solely on core functionality: embedding scripture and retrieving it based on user queries. No fancy UI, no advanced features—just the essential engine that could match user questions to relevant verses.

    Batch Processing for Embedding became essential when I hit the wall of API quotas and RAM limits. Processing 10 verses at a time kept me within OpenAI’s rate limits and prevented my 454MB RAM VPS from crashing.

    Resume from Failures saved my sanity. When my script inevitably crashed midway through batch 421 (yes, I counted), I added start_index logic to resume exactly where it left off without reprocessing thousands of verses.

    Prompt Engineering for RAG was where I spent way too much time experimenting. Getting the right format for scripture plus metadata to produce relevant results from OpenAI’s completion model was part art, part science, and part stubborn persistence.

    Ghost for Simplicity was my eventual surrender to pragmatism. After banging my head against manual server setups, I pivoted to a $6/month hosted Ghost blog. Sometimes the best technical decision is knowing when to stop being technical.

    The Technical Challenges That Humbled Me

    Every ambitious project has its reality checks. Here were mine:

    Database Nightmares started early. My attempts to self-host Ghost on DigitalOcean turned into a comedy of database connection errors. “Access denied for user ‘ghost’@‘localhost’” became my nemesis. I eventually scrapped the entire droplet and started over, which taught me the value of managed services.

    API Quotas and RAM Limits created a perfect storm of constraints. OpenAI’s API limits meant I couldn’t just fire off requests as fast as I wanted, and my VPS’s 454MB RAM made it impossible to process the entire Bible in one go. This forced me to build a custom batch/resume system that actually made the whole process more robust.

    Classic Python Pitfalls humbled me regularly. Unterminated string literals, malformed if __name__ == "__main__" blocks, encoding issues with biblical text—I hit every rookie mistake in the book. Each error taught me more about Python than I wanted to learn, but the debugging skills proved invaluable.

    ChromaDB Persistence was trickier than expected. Making sure my vector storage survived server reboots required some trial-and-error and careful path setup. Getting that ./chroma_db directory configured correctly was a small victory that felt huge at the time.

    What I Learned (The Hard Way)

    Building Faithly taught me some lessons that go beyond the technical details:

    Don’t Overengineer Early was probably the biggest one. Going straight to a VPS and manual configuration slowed me down significantly. Using managed services for the parts that weren’t core to my learning (like the blog) was a game-changer.

    Control the Controllables became my philosophy when dealing with the Bible’s massive scope. Nearly 800,000 words across 66 books meant I needed to be surgical about batching, error handling, and memory management. You can’t brute-force your way through datasets this large.

    Build in Resilience from day one. Crashes happen, APIs fail, servers reboot unexpectedly. Having a resume function didn’t just save hours of reprocessing time—it gave me the confidence to experiment knowing I could recover from failures.

    The Unexpected Wins

    Despite all the challenges, some things worked better than expected. The vector embeddings were surprisingly good at finding relevant verses, even for complex spiritual questions. The batching system, born out of necessity, actually made the whole process more stable and debuggable.

    Most importantly, I learned that building something real—even if it’s not perfect—teaches you more than any tutorial or course ever could.

    Coming Up Next

    In Part 3, I’ll dive into the theological minefield I walked into: how do you handle denominational differences when different Christian traditions interpret the same verses completely differently? Spoiler alert: it’s more complex than I thought.


    This is Part 2 of a 4-part series on building AI for spiritual conversations. What technical challenges have surprised you in your AI projects? Share your stories in the comments.

  • Turn ChatGPT Into Your Personal Game Master: The Fun World of AI-Powered Gaming

    Turn ChatGPT Into Your Personal Game Master: The Fun World of AI-Powered Gaming

    The Big Idea: You can transform ChatGPT into an amazing game master for RPGs, text adventures, and interactive stories using simple prompts. No coding required—just creativity and the right words.

    Remember those choose-your-own-adventure books from childhood? Artificial intelligence has brought them roaring back to life, and they’re better than ever. With the right prompts, you can turn ChatGPT or other AI chatbots into engaging game masters that create unique adventures every time you play.

    What Are AI Gaming Prompts?

    Think of prompts as instructions you give to AI to make it act like a specific character or run a particular type of game. Instead of getting generic responses, you get a tailored gaming experience that adapts to your choices.

    The AdmTal/chat-gpt-games collection on GitHub offers dozens of ready-to-use gaming prompts. Simply copy, paste, and start playing! From business simulations to mystery escape rooms, these prompts show just how creative AI gaming can get.

    Popular Game Types You Can Play Right Now

    Business Adventures: Pitch your startup idea on Shark Tank, negotiate deals at a pawn shop, or manage challenging retail customers. These games are surprisingly fun and teach real-world skills.

    Mystery & Escape Rooms: Get trapped in a basement and puzzle your way out, or solve crimes with limited clues. The AI’s ability to generate varied responses for the same prompt makes each playthrough unique and engaging.

    Historical Role-Play: Chat with Leonardo da Vinci about the Mona Lisa, or explore ancient civilizations. It’s like having a time machine powered by conversation.

    Fantasy Adventures: AI game masters can guide players through epic journeys filled with puzzles, choices, and dynamic challenges, tracking progress and adapting difficulty automatically.

    How to Get Started

    Getting into AI gaming is surprisingly simple:

    1. Pick a prompt from the chat-gpt-games repository that sounds interesting
    2. Copy and paste it into ChatGPT or your preferred AI chat
    3. Follow the AI’s lead and make choices as the story unfolds
    4. Experiment with different responses to see how the story changes

    Why AI Games Are So Engaging

    AI-driven text adventures are most interesting when the model generates multiple choices rather than letting you type anything. Part of the fun is discovering what creative options it’ll offer. This structure keeps stories coherent while giving you meaningful control over your adventure.

    Unlike traditional video games with predetermined storylines, AI games adapt in real-time. LLM-based generation adds an element of surprise and spontaneity, creating worlds that feel alive and unbound by static code. Your choices genuinely matter and lead to unique outcomes.

    Making Your Own Gaming Prompts

    Once you’ve tried existing games, creating your own is surprisingly rewarding. The key is being specific about:

    • The setting: Medieval tavern, space station, modern office
    • Your role: Detective, business owner, time traveler
    • The goal: Solve a mystery, make a deal, survive an adventure
    • The tone: Serious, comedic, mysterious

    The more context and detail you provide in your prompt, the more accurately the AI can create the experience you want.

    The Social Side of AI Gaming

    AI gaming isn’t just a solo activity. The r/ChatGPTGaming community is full of people sharing creative prompts, comparing adventures, and collaborating on new game ideas. It’s become a surprisingly social hobby where creativity and storytelling take center stage.

    What Makes This Different from Video Games?

    AI games offer something traditional video games can’t: infinite possibility within a framework. While video games have impressive graphics and complex mechanics, AI games excel at creative storytelling and adaptation. When you run games on natural language, it’s possible to invent new rules and approaches on the fly, making the experience feel genuinely dynamic.

    Plus, they work anywhere you can access a chatbot—your phone, computer, or tablet. No downloads, no installations, just pure interactive storytelling.

    The Future Looks Bright

    As AI gets better at understanding context and maintaining consistency, these games will only become more immersive. We’re already seeing prompts that remember your past choices and create ongoing storylines across multiple sessions.

    Whether you’re looking for entertainment, education, or just a creative outlet, AI-powered gaming offers an accessible way to experience interactive storytelling. The best part? The only limit is your imagination.

    Ready to start your adventure? Head over to https://github.com/AdmTal/chat-gpt-games, pick a prompt that catches your eye, and see where the story takes you. Your personal AI game master is waiting.