It's extremely powerful - but very affordable.
The TAPReader is a cutting-edge hardware device designed to seamlessly integrate with the TAP ecosystem, providing a versatile and secure way to facilitate transactions and real-time engagement.
Equipped with an NFC scanner, the TAPReader scans a fan's mobile app or card, and can instantly award TAP tokens.
For robust connectivity, the TAPReader is equipped with Wi-Fi and an LTE-M cellular modem, ensuring seamless online operations even in areas with limited infrastructure. Whether deployed in retail stores or event venues, this always-connected device provides real-time synchronization with the TAP platform.
The standard TAPReader is extremely compact and measures just 67mm x 67mm x 22mm.
The TAPReader is fully remotely configurable, allowing businesses to update settings, manage access permissions, and deploy software upgrades without requiring on-site maintenance.
Through its Wi-Fi and LTE-M connectivity, administrators can adjust scanning behaviors, modify Bluetooth beacon signals, and switch between card emulation and reader modes - all from a centralized platform.
This remote management capability ensures seamless integration with evolving business needs, enhances security by enabling real-time updates, and minimizes operational disruptions, reducing the need for costly manual interventions.
The TAPReader is built with robust security measures to ensure the integrity of transactions and user data. It employs end-to-end encryption for all communications, protecting sensitive information transmitted via NFC, Bluetooth, Wi-Fi, and LTE-M.
The device supports secure firmware updates, preventing unauthorized modifications and ensuring it remains protected against emerging threats. Additionally, its tamper-detection mechanisms can alert administrators to potential physical security breaches, further safeguarding the system. With these advanced security features, the TAPReader provides a trusted and resilient solution for hosts and merchants handling contactless transactions and digital access.
