What makes SeatLayer different from a basic seat-map widget?
SeatLayer gives a product team two buyer surfaces: the complete SeatPicker and the headless SeatingChart. Both connect to the same published venue, live inventory, holds and server-confirmed booking. Supported mobile packages, invited partner sales channels, Fixed Renewable Seasons, optional chart-derived 3D and hosted venue operations use that same seating model.
Can SeatLayer fit an existing checkout?
Yes. Your application can keep identity, cart, payment, tax, orders, refunds, tickets and customer records. SeatLayer supplies the venue geometry, buyer selection, live seat state, temporary hold and booking transition. Your trusted server verifies the hold and confirms the booking after payment.
Can I use SeatLayer in a native mobile application?
Yes. SeatLayer publishes supported packages for React Native, Flutter, Swift on iOS and Kotlin on Android. They expose typed app-facing APIs around a version-pinned buyer runtime, so the mobile application controls navigation, checkout and the surrounding interface while SeatLayer renders and synchronizes the seating surface.
What does the public 53,018-seat proof demonstrate?
It demonstrates the SeatLayer buyer renderer on one public 53,018-seat stadium fixture under a disclosed desktop-browser method. The page publishes the hardware, browser, interaction method, timings and limitations. It is not a hard venue ceiling, a mobile benchmark, an authoring benchmark or an end-to-end concurrent on-sale claim.
Can a buyer use an AI assistant to find seats?
Yes, when an integrator opts in to buyer WebMCP in a supported browser. The assistant can read the event, find candidates, select seats and read the selection; placing a temporary hold is a separate optional permission. There is no checkout or payment tool. This buyer workflow is separate from Designer MCP, which edits one authorised chart scope, and from the public knowledge MCP.