Transform event venue entrances into automated, zero-friction entry points. Powered by URPASS Model Context Protocol (MCP) tools, self-service kiosks and automated turnstiles verify cryptographic digital passes, trigger physical gates, and handle guest inquiries autonomously.
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FEATURES
Attendees present their digital pass to tablet kiosks or optical turnstiles with zero staff intervention required.
If an attendee has a question or needs badge re-printing, integrated AI agents provide immediate conversational support.
Cryptographic token validation guarantees that screenshots, shared passes, or canceled tickets are rejected instantly.
Turn any iPad, Android tablet, or existing kiosk hardware into an autonomous scanning station using /scan or MCP APIs.
Connect check_in_attendee tool success events directly to venue relays, turnstiles, optical gates, and badge printers.
Smart kiosk routing directs attendees to underutilized entrance lanes, maintaining consistent sub-minute throughput.
HOW IT WORKS
Mount tablets or scanning terminals at venue entrance lanes running the URPASS scanner or MCP agent.
Label each station (e.g. 'Main Gate Kiosk 1', 'VIP Lane') in the gate parameters for accurate telemetry.
The participant displays their dynamic QR pass; the optical scanner reads the 256-bit token string.
URPASS backend atomically verifies the pass, marks the attendee checked-in, and sends an entry signal.
A cheerful chime sounds, green visual feedback confirms admission, and the attendee enters the venue.
CUT STAFFING OVERHEAD
Staffing dozens of volunteers at check-in tables is expensive, requires extensive training, and often leads to human errors. Autonomous check-in kiosks powered by URPASS MCP allow attendees to self-scan in under a second, freeing your staff to focus on high-touch attendee hospitality.
PASS SCANNED
Attendee check-in successful
Modern stadiums, exhibition halls, and corporate auditoriums feature automated turnstiles and speed gates. Integrating ticketing with these physical barriers has historically required proprietary hardware controllers.
Using URPASS MCP or REST webhooks, the check_in_attendee tool returns a structured JSON payload upon validation. Local IoT controllers (Raspberry Pi, ESP32) subscribe to these events and trigger 12V/24V relay closures in under 100 milliseconds.
At unmanned kiosks, attendees occasionally arrive without their digital pass. Traditional kiosks fail here, requiring a staff member to intervene.
URPASS autonomous stations integrate an AI concierge fallback: attendees can type their phone number or name, receive a one-time SMS verification or confirmation query, and retrieve their entry pass automatically.
Discover how URPASS powers ticketing, digital credentials, and entrance management across different scenarios.
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