Mobile Apps.
React Native apps engineered with .NET backends on Azure. Apps running live at events across Curaçao, from the door to the pocket. Design once, ship to iOS and Android, back it with enterprise-grade APIs.
Examples from TICKETS.CW.
Scanner App
Every phone at the door becomes a ticket scanner the moment support staff log in. No hardware to rent, no separate device to train anyone on. The whole team validates tickets live, whether the venue has signal or not, and it already handles real event traffic on Google Play.
MY.TICKETS.CW
The attendee side of the same system. Every ticket a person has ever bought lives in one place: view it, manage it, hand it to a friend in one tap instead of forwarding a screenshot risking a failed scan.
Organizer Event Management App
The command centre moving with the organizer instead of chaining them to a laptop backstage. Live sales, door counts, and payout status, all on the phone already in their pocket.
One codebase, two stores, enterprise reliability.
React Native and TypeScript power the front end, which is the part deciding how fast a new feature reaches both app stores at once instead of twice the work for iOS and Android separately.
C# and .NET APIs on Azure carry the back end, the same stack proven on enterprise platforms, wired up with Apple Sign In, JWT authentication actually getting audited, offline-first patterns, and real-time data flows not falling over the moment two thousand people open the app at the same time.
Reliability designed for the real world.
Island events do not happen inside a fiber-optic lab. They happen in a field, a beach club, a venue where three thousand phones are fighting over the same cell tower, and connectivity dips exactly when it matters most, at the door during peak entry.
Apps built here are designed for this reality from the start rather than patched for it afterward. Full signal, weak signal, or none at all, the scan still works, and the moment the connection comes back everything syncs quietly in the background. Nobody at the door should ever have to explain to a guest why the system is down.