
Advancements in Reusable RFID Wristbands for Concert Venues
Table of Contents
Summary
Beginning in June, two Baltimore music venues will adopt a novel solution involving RFID wristbands, which will allow for reusable, versatile ticketing and transaction capabilities. This system, spearheaded by MissionTix and utilizing NFC technology, promises enhanced convenience for event-goers and operational efficiency for venue operators. This article explores the technological underpinnings, implementation details, and potential future applications of these reusable RFID wristbands.

Introduction to Reusable RFID Wristbands
Reusable RFID wristbands are emerging as a game-changer in the ticketing and payment landscape. Leveraging Near Field Communication (NFC) technology, these reusable RFID wristbands provide an innovative alternative to traditional paper tickets. This approach not only streamlines event access but also offers added functionalities for additional purchases and services within and beyond the event venues.
How the System Works
RFID Wristband Technology
MissionTix, in collaboration with Skycore, has introduced a reusable RFID wristband solution that integrates with NFC-enabled smartphones and cloud-based applications. These wristbands are embedded with NXP Semiconductors’ Mifare NFC chips, which store and transmit data when read by compatible devices.
Component | Description |
RFID Wristband | Contains an embedded NXP Mifare NFC chip for storing and transmitting ticket and payment data. |
NFC-Enabled Phone | Used to read the RFID wristband data via the codeREADr application. |
Cloud-Based Software | Manages ticket information and transaction data, ensuring real-time validation and updates. |
Ticket Validation Process
When concert-goers purchase tickets, they also receive a reusable RFID wristband. This wristband is linked to their ticket purchase via a unique identifier. At the event, staff use an Android-based NFC-enabled smartphone loaded with the codeREADr app to scan the wristbands. The app communicates with a cloud-based server to validate the ticket, granting or denying access based on the wristband’s data.
Reusability and Additional Features
Unlike single-use tickets, these wristbands can be reused for future events or even for transactions at participating merchants. This eliminates the need for cash or credit cards, as wristbands can be preloaded with funds for purchases within the venue.
Defense - U.S. Transportation Command
The U.S. Department of Defense (DoD), through its Transportation Command (TRANSCOM), has leveraged RFID technology to track shipments and improve supply chain execution. By deploying RFID, the DoD can monitor the movement of goods in real-time, reducing inefficiencies and ensuring that critical supplies reach their destinations on time.
Implementation and Future Prospects
Initial Deployment
The initial rollout will cover approximately 1,000 wristbands at two Baltimore venues: Recher Theatre and Ottobar. This pilot phase aims to assess system performance and gauge user acceptance before broader implementation.

Expansion Opportunities
The system’s potential extends beyond concerts. Future applications could include nightclubs and retail environments, where patrons could use their wristbands for entry and purchases. Additionally, there is potential for integration with NFC-enabled smartphones, allowing users to store and manage their tickets and payments directly on their phones.
Conclusion
The integration of reusable RFID wristbands represents a significant advancement in event management and consumer convenience. By offering a seamless blend of ticketing, payment, and reusability, this technology addresses the evolving needs of both event organizers and attendees. As the system continues to develop, it may set a new standard for efficient and user-friendly event experiences.
The evolution of RFID technology in the context of reusable wristbands highlights its growing role in enhancing the operational efficiency of venues and improving the overall experience for consumers.
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