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RealStockInsight: Financial Co-Movements Network Project

🌍 Português ∙ English

Introduction

In this repository, you will find some examples and a project that have been developed for exploration and learning of some technologies associated with Cloud Computing and Complex Networks. Feel free to explore the code and contribute!

Project Description

The goal is to create an application focused on analyzing the financial market through complex networks, revealing connections, and providing insights into interactions among market actions. This project involves building a distributed application to capture, process, and visualize financial data, representing them as an interactive network of co-movements. Using a container-based architecture, the application is divided into several parts that manage the collection, processing, and visualization of financial data.

Technologies Used

  • Apache Kafka: To manage real-time data streams.
  • Docker: To ensure the portability and replicability of the development and execution environment.
  • Python: Used in Kafka producer and consumer services.
  • Networkx: Python library for the study of complex networks.
  • Golang: For API implementation.
  • React: For UI implementation.
  • PostgreSQL: To store various data.
  • Stock Market APIs: For real-time market data collection.
  • Apache Cassandra: Not used in the current version, but there are some tests done with this type of database to store complex networks. See examples

Topology

The following diagram provides an overview of the system's topology:

Topology

Repository Structure

  • /doc: Project documentation, including specifications and design.
  • /examples: Elementary examples of how to use some of the technologies involved in the project.
  • /project: Contains all projects and modules associated with RealStockInsight.

How to Use

Usage instructions are thoroughly outlined in the README files of the examples. You can find guidance on debugging and configuring the environment using Docker in the README located in the project directory.

User Interface

Check out the following image for the user interface developed with the D3 library.

User Interface

License

This project is licensed under the MIT License.

Contribution

Contributions are always welcome! To contribute:

  1. Fork the project.
  2. Create a new branch for your modifications (git checkout -b feature/AmazingFeature).
  3. Commit your changes (git commit -m 'Add some AmazingFeature').
  4. Push to the branch (git push origin feature/AmazingFeature).
  5. Open a Pull Request.