This repository contains our research and implementation to debunk a series of misleading posts related to crypto trading and automation using various APIs. The investigation highlights incorrect API usage, data misinterpretations, and necessary adjustments made to achieve reliable results.
A popular narrative circulating on Twitter suggests that by leveraging AI models like DeepSeek, ChatGPT, Grok, or LLaMA, combined with Pump.fun, anyone can identify and invest in early-stage tokens ("gems") before they experience massive price surges (100x+ growth). The logic is simple:
- AI models analyze market trends, social sentiment, and blockchain data to find promising low-cap tokens.
- Pump.fun or similar platforms facilitate easy trading and exposure to high-risk, high-reward opportunities.
- Virality and community-driven narratives drive speculation and potential exponential returns.
Example tweets reinforcing this narrative:
🔗 https://x.com/web3marmot/status/1884325392737251598
🔗 https://x.com/CryptoNobler/status/1885035133322817578
We provide a detailed breakdown of each step mentioned in the tweet, including corrections and recommendations. Enjoy the deep dive!
This repository is not financial advice. This repository contains results from a personal experiment conducted by the FractalXBT team. All code is distributed as open-source for educational and research purposes only.
We analyzed and debunked a series of misleading tweets that suggested using various APIs for token selection and security verification. Throughout the process, we encountered multiple inconsistencies, such as incorrect API URLs, improper data parsing, and flawed methodologies.
- The original post referenced an API URL associated with pump.fun, which is not officially recognized and may be fraudulent.
- We replicated the process using the PumpPortal.fun API and confirmed that the original claim was incorrect.
- The original analysis was based on data that the referenced API does not return.
- We proposed valid filtering criteria for token selection, including:
- Minimum initial buy to avoid small purchases.
- Minimum SOL balance to ensure relevance.
- Ensuring a reasonable market cap for token viability.
- The API URL in the tweet was incorrect.
- TweetScout.io does not support retrieving follower counts solely based on a token ticker.
- Metadata inconsistencies were found in retrieved Twitter handles.
- The API is not free; it required a $49 payment for 10,000 requests.
- The API URL in the original tweet was incorrect.
- The provided code relied on HTML parsing instead of using the RugCheck API.
- The parsing logic was incompatible with the actual website structure.
- The page is JavaScript-rendered, requiring Selenium to bypass anti-crawler measures.
- Solution: We rewrote the logic using the RugCheck API, specifically the
/tokens/{mint}/report/summary
endpoint to obtain risk scores.
To replicate our findings and run the implementation:
# Clone the repository
git clone https://github.com/FractalXBT/free-ai-money-printer.git
cd free-ai-money-printer
# Install dependencies
pip install requests pandas python-dotenv colorama websockets
# Run the main script
python pump_fun_scraper.py
If you’d like to contribute or report an issue, feel free to open a pull request or create an issue in the repository.
This project is licensed under the MIT License.
Developed by: The FractalXBT Research Team