Concession POS for stadiums, arenas, and ballparks. Forty thousand fans on their phones. Two-minute warning. Half the lines are not moving. The cloud is timing out. Zerobeat clears every transaction across the mesh while the rest of the stadium POS market is still spinning.
Stadium POS at a halftime peak is the worst-case retail environment in commerce. Zerobeat's mesh routes around saturated Wi-Fi access points and finds an uplink across peer terminals so the line keeps moving while the cloud-based concession POS at the next stand is dark.
10+ tap-to-pay transactions per terminal per minute, sustained at peak. Two hundred terminals across a stadium clears two thousand transactions per minute. The fleet is the throughput. Add terminals, add capacity.
GMV by stand, by section, by suite. Inventory burn rates per concession. Staff benchmarking on four quadrants. Pulse on every terminal answering plain-English questions about the venue, live, with no cloud round-trip.
Stadium Wi-Fi at peak is the hostile environment cloud-based POS systems were never tested against. Zerobeat's mesh sits underneath any of that, routing transactions across whichever peer device has connectivity, and clearing payments live rather than queuing them for store-and-forward.
The terminal in the cashier's hand runs lightweight inference for anomalies, throughput dips, and fraud signals. The floor doesn't wait on a round trip to a cloud. Heavier reasoning, weekly trend summaries, and forecasts run server-side and roll back down to the mesh.
Two hundred concession stands operated by a dozen different vendors. Pulse rolls up GMV, voids, comps, throughput, and staff performance across every stand into a single feed. Anomaly chips surface what just changed at this exact moment. The general manager sees the whole stadium at once.
Pulse builds the menu, modifiers, pricing tiers, and station routing from a graphic, a CSV, or a description. Push to every terminal across the stadium over the mesh in seconds. The four-week implementation that used to gate a season opener is over.
Cloud-based POS systems require a clean uplink to authorize each transaction. At halftime, forty thousand fans on their phones saturate the venue's Wi-Fi access points and timeouts cascade. Zerobeat's mesh routes around the saturation by relaying transactions through whichever peer device still has connectivity, so concession lines keep moving.
Yes, when the architecture is mesh-native. Generic cloud POS systems queue transactions during outages and put the merchant on the hook. Zerobeat clears 10+ tap-to-pay transactions per terminal per minute at peak, with throughput scaling linearly across the fleet.
The best stadium POS is offline-first and mesh-native. It treats halftime saturation as the design target rather than the edge case. It runs AI on-device so the cashier never waits on a cloud round-trip. Zerobeat is built around exactly that.
Yes. Every concession stand at a stadium can operate independently with its own menu, pricing, and staff while still rolling up into a single venue control plane. Pulse benchmarks staff and stations across every vendor in real time.
CRDTs (conflict-free replicated data types). Even when terminals have been disconnected from each other or from the cloud for hours, every concurrent change merges into the same final state. Menus, prices, orders, and inventory stay consistent across the mesh, then reconcile to the cloud the moment connectivity returns.
Square, Toast, and Clover are cloud-first POS systems with offline modes that queue transactions for store-and-forward. They were built for coffee shops with stable internet. Zerobeat is mesh-first — every terminal is a full peer, transactions authorize live across the mesh, and the cloud is not in the critical path.
Built so the concession line at the bottom of the second never dies. The cloud is no longer in the critical path of a stadium transaction.