Online Insurance Platform
Project Overview
We developed the entire OnlinePolisa platform — a multi-language insurance marketplace enabling users across Europe to compare and purchase policies online. Built on Django and React, the system features dynamic form rendering, multilingual routing, and secure payment integration. Policy data is collected via Selenium scrapers, with background tasks managed through Celery and Redis. The app is fully containerized with Docker, deployed via Terraform, and optimized for performance, responsiveness, and SEO. Continuous delivery is ensured through GitHub Actions, with automated testing and structured workflows managed in Notion and Linear to support fast, transparent development cycles.
Technology Stack
JavaScript
Python
CSS
HTML
Type Script
Application Showcase
Challenge
- Build a multi-language insurance marketplace where users across Europe can compare and purchase policies online, with dynamic product forms and secure payments.
- Aggregate policy data from external sources reliably (web data/insurer sites) and keep it fresh without manual work.
- Ensure high performance, responsiveness, and SEO for a content- and form-heavy app, while enabling rapid delivery via CI/CD.
Our Solution
- Architecture & Stack: Django backend + React frontend with dynamic form rendering and multilingual routing; secure payment gateway integration for policy checkout.
- Data Ingestion: Selenium-based scrapers to collect policy data; Celery + Redis for background tasks, scheduling, retries, and throughput.
- DevOps: Fully containerized with Docker; infra as code via Terraform; GitHub Actions for CI/CD with automated tests and structured workflows (Notion/Linear).
- Web Performance & SEO: React app optimized for responsiveness and search visibility; Django/React build tuned for fast interactions and crawlability.
Results
- Delivered OnlinePolisa—a production marketplace supporting multilingual quote-to-purchase flows with secure payments.
- Automated policy ingestion keeps comparisons current; background workers handle load reliably.
- Operational velocity: containerized stack + Terraform + CI/CD enable frequent, transparent releases with strong performance and SEO.