Run service curbside, at festivals, or at private events with a POS built for the realities of mobile foodservice — spotty connectivity, fast setup, and inventory that moves with you.
Average food truck ticket
US average; festival and event tickets run higher than curbside.
Tickets/hour at peak events
Festivals, breweries, stadium concessions — POS has to keep pace.
Lost transactions on cellular drop
Offline-first transaction queueing — service never stops.
Most POS systems assume a fixed location with reliable Wi-Fi. Katalyst is built for the truck — handhelds, cellular fallback, and offline-first transaction recording so service never stops when connectivity drops.
Take orders and process payments on a tablet at the window or a handheld working the line. Same software, same data, anywhere you serve.
Cellular drops at a festival or under a steel-roof market? Transactions queue locally and sync the moment connectivity returns. Service never stops.
iPad's built-in NFC handles contactless payments — Apple Pay, Google Pay, Samsung Pay, contactless cards — no external terminal needed.
Pull up to a new location, power on, and run service. No new configuration, no cellular pairing dance, no manager call.
Tag every shift by location and event. Saturday's farmers market revenue stays separate from Sunday's brewery pop-up — same Katalyst account, two clean reports.
Run a fleet plus a commissary? Track inventory between trucks and the central prep kitchen with automatic deductions as items sell.
Capacity throttling and order pacing keep the kitchen from drowning when 400 people queue up the moment doors open.
Food trucks operate in environments dining-room restaurants don't have to plan for: cellular dead zones, festival venues with overloaded networks, parking lots with no Wi-Fi, weather changes that mean a different location tomorrow, and capacity surges that turn a quiet afternoon into 400 tickets in 90 minutes. The POS that works on a dining-room counter usually doesn't survive a real food-truck shift. The category needs a different operating model.
Failure mode 1: connectivity loss mid-service. A festival's overwhelmed Wi-Fi drops. A truck under a steel-roofed market loses cell signal. A POS that requires real-time connectivity stops ringing transactions — and at $14 average ticket × 200 tickets/hour, every minute offline costs $47 of revenue. Offline-first transaction queueing (rings cache locally, sync when connectivity returns) is the only viable design pattern. The system that re-enters the offline transactions automatically into the master ledger is what makes the truck financially viable at high-traffic events.
Failure mode 2: rapid relocation. A food truck might serve Tuesday lunch at an office park, Wednesday brunch at a farmers market, Friday night at a brewery, and Saturday at a wedding. Each location is a different revenue centre, different tax jurisdiction, sometimes different menu. The setup time matters operationally: a POS that requires 20 minutes of configuration at each location loses 60+ minutes/week of service time. Sub-5-minute setup (drive in, power on, run service) is the difference between a profitable mobile operation and a permanently struggling one.
Failure mode 3: per-event accounting. Operators running multiple trucks plus a commissary kitchen need clean revenue attribution by location, event, and truck. Saturday's farmers market revenue should report distinctly from Sunday's brewery pop-up, even when both used the same truck. Inventory deductions between trucks and the central commissary need to track automatically so the operator knows whether truck A is over-using ingredients or whether the commissary is mis-portioning. The reporting infrastructure that handles this multi-axis attribution is what lets a food truck operation scale past one truck without descending into spreadsheet chaos.
Concrete examples of how food trucks operators use Katalyst in the real workflows their concept actually runs on.
Saturday at a music festival, 6 hours of service, 300+ transactions. Cellular drops 3 times during peak (the venue's network is overloaded). Each time, the POS continues ringing — transactions queue locally, sync the moment connectivity returns. End of service: 312 transactions processed, 0 lost. Reconciliation matches the cash drawer to the penny.
Operator runs 3 trucks plus a commissary kitchen. Friday: truck A at brewery, truck B at office park, truck C at private event. Each truck rings into its own revenue centre; commissary inventory deducts ingredients automatically based on each truck's sales. End-of-weekend report: per-truck revenue, per-event revenue, commissary ingredient usage — all clean.
Operator pulls into a new brewery location for the first time at 4:45pm; service starts at 5pm. Power on the iPad, open Katalyst, the offline-default menu loads instantly, cellular establishes within 60 seconds, location pinned for the night. 5:00pm: ringing first ticket. No configuration call to support, no menu re-loading dance.
Most POS vendors quote a bundled processing rate and hope you don't read the statements. Send us yours — we'll show you the line-item difference Katalyst Payments would make on the same volume. No demo required first.
24-hour response · No commitment · Confidential. We work off your real merchant data, not a sales-pitch estimate.
Your last 3 months of merchant statements
Or just your effective rate and monthly volume — we'll work with what you have.
We map the same volume onto Katalyst Payments
Interchange-plus pricing, no bundled markup, no surprise tier shifts.
You see the exact monthly + annual difference
Average client saves $55K+/year. We show you the math before you commit to anything.
Katalyst was built in 2015 by restaurateurs Dan Roland, Cole Dillon, and Scott Bleczinski — operators of a Massachusetts restaurant portfolio worth $15M+. Every feature exists because we needed it in our own dining rooms first.
Read our storySaved per year, on average
Increase in guest count
Increase in revenue
KPIs tracked
Transactions ring offline against a local cache. Payment processing on existing on-file tokens completes when connectivity returns; for new payments, the system stores authorisation data securely and processes at the moment of reconnect. End-of-service reconciliation is automatic; there's no manual re-keying. The pattern is standard for any modern cloud-first POS that's been built for mobile foodservice from the start; bolted-on offline support tends to be unreliable.
Yes. Each truck is configured as a separate revenue centre with its own menu, pricing, and reporting. The commissary kitchen functions as an inventory parent — ingredients are received at the commissary, then allocated to trucks as menu items sell. Reports break out revenue and ingredient usage per truck per shift per event so you can see which trucks and locations are pulling weight.
When the kitchen queue exceeds a configured threshold (often 25–35 tickets at full festival pace), the system surfaces a 'kitchen at capacity' state. New orders quote longer prep times honestly; the order flow throttles automatically. The pattern prevents the failure mode of accepting more orders than the kitchen can fulfill, which leads to refunds, angry customers, and reputation damage at the festival.
iPads work well for food trucks — they're cheap, replaceable, and the iPad's built-in NFC handles contactless payments (Apple Pay, Google Pay, contactless cards) without a separate terminal. Most modern food truck setups run iPad + Square or similar card readers as backup. Katalyst supports both — iPad as primary terminal with paired Bluetooth card reader, or dedicated POS hardware if your operation needs it.
A 30-minute walkthrough of Katalyst tuned to your concept.
