Case Study

Automation and Visualization of Astronomical Calculations

Numerical methods Data visualization

Client's Task: “To automate complex astronomical calculations that were previously done manually, and to present the results in an intuitive and visually impressive way for end users.”

Our Solution

We developed a high-precision computational engine capable of performing complex astronomical calculations in real time. To ensure maximum accuracy and performance, advanced mathematical methods were applied, including tensor calculus. The results are visually represented through an interactive 3D model of the celestial sphere, which users can rotate and explore from any angle.

mobile view screenshot 1
mobile view screenshot 2

Results Achieved

  • A ready-to-use product consisting of a scalable backend (computation engine) and an interactive frontend (user interface).
  • High performance and reliability: Thanks to a microservice architecture and well-tuned DevOps processes, the system consistently handles 15,000 requests per day.
  • Data security: Multi-layer protection is implemented at every stage — from data transmission (TLS 1.3, Cloudflare) to storage (isolated containers, 2FA).
  • Cross-platform experience: The application runs seamlessly on all devices — from desktops to smartphones.

Technology Stack

Python Django MariaDB React

The project was built with a full stack of modern technologies.

  • A Python/Django REST Framework backend provides robust business logic and a secure API.
  • The React + TypeScript frontend delivers a dynamic and responsive interface.
  • Key features, such as interactive 3D visualization, are powered by the Plotly library.
  • All infrastructure is containerized with Docker and deployed following strict security principles (rootless mode). Nginx serves as