Application · Self-Service Kiosk
Built for the kiosk that's outside in January
Self-service kiosks live in places that aren't friendly to electronics. They sit outdoors year-round, accept payments from strangers, run unattended for weeks, and have to refuse to give up either user data or the operator's intellectual property. SITCore is built for that environment.
What the application needs
A self-service kiosk has to do three things at once:
- Run reliable user input outdoors. That usually means a capacitive touch screen that works through gloves, in the rain, across a temperature range that swings from −20 °C to +50 °C and back.
- Handle payments securely. Credit-card data has to be encrypted before it leaves the chip, not after — anything that touches an unencrypted PAN is in scope for compliance.
- Update firmware in the field, safely. When you have a fleet of unattended kiosks deployed across a region, you can't drive a USB drive to each one when a vulnerability lands.
What SITCore brings
- Industrial-grade temperature range on the chipset, with capacitive-touch display drivers in the runtime.
- On-chip cryptography so payment data is encrypted by the hardware crypto engine before it ever leaves the embedded SoC — not bolted on at the application layer.
- Encrypted in-field firmware updates and signed application deployment, so the firmware running on the kiosk is the firmware you signed, every time, even after an OTA.
- IP protection so the application code on a stolen kiosk can't be lifted off the board and reverse-engineered.
Where this fits
Outdoor parking and ticketing kiosks, vending and retail self-checkout, EV charging payment, transit ticketing, fuel pump terminals — anywhere a kiosk has to sit unattended, accept payment, and stay current with security updates.
Building something similar?
Two ways forward — read about the TinyCLR platform, or talk to us about your project.