LLM & RAG Crypto Intelligence Prototype
An experimental LLM and retrieval-augmented generation system combining cryptocurrency information, AI interaction, external data, and automated trading components.
This prototype explored how large language models and retrieval-augmented generation could be combined with cryptocurrency information and an automated trading component. The concept was intended to make market information easier to query through an AI-driven interface while also exploring how LLM-based systems could interact with external data and application logic.
LLM & RAG Architecture
The project incorporated LLM and retrieval concepts so the system could work with external information instead of relying only on a model’s built-in knowledge. This provided hands-on exposure to retrieval pipelines, context handling, model integration, and the surrounding application architecture.
Application Shell & Integration
My work focused primarily on portions of the application shell, configuration, integration, and understanding how the system components fit together. I was not the primary developer of the core trading logic or the underlying model technology.
Lightweight Model Testing
I also configured and tested smaller language models, gaining practical experience with deployment considerations, resource requirements, model behavior, and the tradeoffs involved in running AI systems outside of a fully managed platform.
Prototype Evaluation
The project was ultimately discontinued after evaluating the development effort, operating cost, maintenance requirements, and whether continued investment made sense relative to rapidly advancing commercial AI platforms. The experience was still valuable as a technical prototype and provided direct exposure to the practical complexity behind maintaining an AI-enabled application.
What the Project Demonstrates
The project represents hands-on learning across LLM integration, RAG concepts, smaller model deployment, application architecture, AI-enabled interfaces, and the practical decision-making involved in determining whether a prototype is worth continuing into production.