DUCSA web app

From Launch to Repeat Edition: A Trusted Digital Platform for Supergas ANCAP

Client   DUCSA (Uruguayan fuel & domestic gas distributor, owned by ANCAP)
Product   Promotional web app for raffle registration (Supergas ANCAP)
Timeline   2024 + 2025 (two consecutive editions)
Tech   React, Node.js, Django, HTML, CSS

Context

DUCSA needed a reliable digital entry point for the Supergas ANCAP promotion—a public-facing campaign where ease of participation and user trust are critical. The objective was to
enable fast registration at scale while protecting the personal data submitted during the campaign.

Business Goal

Turn a one-off promotion into a repeatable, campaign-ready digital asset: simple for users, dependable under peak traffic, and safe for data
collection.

Challenge

Promotions create spikes in demand and limited tolerance for friction. The platform had to:

  • Keep the registration process fast and intuitive (especially on mobile)
  • Maintain stable performance during high-traffic moments
  • Apply a security-first approach to protect participant data
  • Be robust enough to support future editions without rebuilding from scratch

Solution

We developed an intuitive, mobile-first web app that allowed users to register quickly and participate in the raffle with confidence. The solution was built with reliability and data
protection in mind—ensuring DUCSA could run the campaign smoothly and replicate it for the following year.

What we delivered

  • UX-focused registration flow to minimize drop-off and user errors
  • Responsive front-end optimized for mobile participation
  • Backend services for validation and secure handling of entries
  • Operational readiness for campaign peaks and repeat deployment
  • Improvements and continuity work to support the 2025 edition after the 2024 launch

Outcome

A dependable campaign platform successfully delivered for 2024, and trusted again for 2025—helping DUCSA run a high-visibility promotion with a smooth registration experience,
reliable performance under demand, and secure data handling.