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BeatDebate — Technical Deep Dive

Introduction

Purpose

BeatDebate is a proof-of-concept web app that shows how a large-language-model (LLM) planner can orchestrate specialised agents to deliver transparent, long-tail music recommendations in under seven seconds.

Check out the project GitHub repository for the full code and detailed documentation. Here is the web application. Check out the AgentX course.

Problem Statement

Standard collaborative-filtering pipelines optimise clicks but amplify popularity bias and tell listeners nothing about why a song appears. BeatDebate flips the workflow: first an LLM writes an explicit machine-readable plan, then lightweight agents execute it, and finally a Judge agent converts plan weights into human-readable explanations.

What you’ll learn

  • Designing an LLM-planned recommender — externalising reasoning as JSON so downstream agents become cheap and debuggable.
  • Using LangGraph for agent orchestration — a typed DAG with retries, time-outs, and state-passing.
  • Balancing novelty and relevance with dual advocate agents (Genre-Mood vs. Discovery).
  • Generating explanations by design rather than post-hoc.
  • Running at interactive speed on commodity hardware for <$0.04 per query.

Concept Visualizer: An AI-Powered Design Tool - Technical Deep Dive

Introduction

Purpose

This blog post documents the technical architecture and implementation of the Concept Visualizer, a web application designed to help users generate and refine visual concepts like logos and color palettes using AI. We'll explore the journey from an idea described in text to a set of visual assets, powered by a modern cloud-native stack.

Check out the project GitHub repository for the full code and detailed documentation. Here is the web application.

From Reddit to Insights: Building an AI-Powered Data Pipeline with Gemini (Cloud)

Introduction

Purpose

In this blog post, I document the process of building an AI-driven, cloud data pipeline to automate this task. Using Google’s Gemini AI, the pipeline collects, processes, and synthesizes discussions from AI-related subreddits into structured daily reports. The system is designed to filter out irrelevant or harmful content, ensuring the extracted insights are both meaningful and actionable.

Check out the project GitHub repository for the full code and detailed documentation and Web Application.

From Reddit to Insights: Building an AI-Powered Data Pipeline with Gemini (On-Prem)

Introduction

Purpose

In this blog post, I document the process of building an AI-driven, on-premises data pipeline to automate this task. Using Google’s Gemini AI, the pipeline collects, processes, and synthesizes discussions from AI-related subreddits into structured daily reports. The system is designed to filter out irrelevant or harmful content, ensuring the extracted insights are both meaningful and actionable.

Check out the project GitHub repository for the full code and detailed documentation and Web Application.

Recommendation Systems: Overview

Introduction

Purpose

This article will cover an overview of recommendation systems. The content will be structured to answer the following questions:

  • What is RecSys?
  • What is the importance of Recommender Systems?
  • What are the main challenges faced in Recommender Systems?
  • What are the common evaluation metrics utilized in Recommender Systems?
  • What are the various methods employed in Recommendation Systems?
  • How has neural network architecture been utilized in Recommender Systems?

RecSys Challenge 2024: Exploratory Data Analysis

Introduction

Purpose

This article will cover the exploratory data analysis of the RecSys 2024 Challenge dataset. The content will be structured into the following sections:

  • Data Preprocessing
  • Functions
    • Plot Functions
    • Feature Functions
  • Feature Analysis
    • Overall Feature Analysis
    • Article
    • User
    • Session
    • Topic
    • Devices
    • Age

For more in-depth analysis, please check out the notebook!