Two architectures, two bills
A cloud POS is software you sign into. The till, the menu and the records live on the supplier's servers, and the screen in front of you is whatever can open a web page — a phone, a tablet, a laptop behind the counter. Nothing sits installed on the device, waiting to be maintained by hand.
A traditional system is hardware you own. The terminals on the counter, often a back-office computer and sometimes a server in a cupboard, run software installed on them, and the day's records live on those machines. When it works, it works without asking anything of the outside world.
Kafe360 is one of the cloud kind — it runs in browsers on the phones, tablets and computers a café already owns, it needs the internet, card payments are recorded rather than taken, and a year of the full system costs $249 after a thirty-day trial.
What each one costs, item by item
Neither side of this comparison is a single number, and any comparison that quotes one is selling something. What differs is the shape of the bill — what you pay on day one, what keeps arriving, and what stops when you do:
| Cloud POS | Hardware terminals | |
|---|---|---|
| Getting started | A subscription, and the devices you already own | Terminals, a server or back-office computer, cabling, an installation day |
| Recurring | The subscription — and card fees, where the supplier processes payments | A software licence or maintenance contract — and the same card fees |
| Parts and paper | Thermal rolls if you print; little else | Rolls, print heads, batteries, touch panels, over the years |
| Adding a device | Another browser, on another screen you own | Another terminal, often bought from the same vendor |
| A second venue | The same account, signed in from anywhere | A second installation project |
| Walking away | Export what is yours and stop paying | Hardware you keep, on software that may not run without a support contract |
Run both columns over two years rather than one afternoon, and put the card fees in whichever column they actually fall in for you.
When the internet drops
This is where the two are genuinely different, and where sales conversations go quiet. A cloud till that reads from servers over the internet stops taking new orders when the line dies; the screens show their last state and wait for the connection. A traditional system on your own network keeps trading through an outage of the outside world, because its conversations are all local.
Neither behaviour is hidden — but knowing which one you have is worth more than any feature list. The cloud answer is a routine: a paper fallback everyone knows, and a reconciliation once the line returns. The traditional answer is already in the box. If your connection drops often enough to shape service, weigh that before anything else on this page.
Breakage, repair and the engineer
A terminal that fails is a vendor problem: an engineer visit, a courier swap, a loan unit — usually prompt, usually covered by a contract you are already paying for. That on-site relationship is a real strength of the terminal model, and cloud suppliers do not have an equivalent; their help arrives by chat, email and telephone, however good it is.
What the cloud model does instead is make the device not matter. The till is a browser, so the replacement for a dead tablet is any other screen in the building, signed in before the next rush. You trade the engineer for a drawer of spare hardware — which works for exactly as long as you keep a spare in the drawer.
Updates, data and getting it out
Cloud software updates itself. Fixes and new features arrive the same way for every venue, with no visit and no version to fall behind on — and no choice about when to take them, which is the same coin seen from the other side.
Where the records live is the bigger question. A cloud system keeps them on the supplier's servers, reachable from anywhere you can sign in — useful for an owner who is not always in the building. A traditional system keeps them on your own disk, which is control of a kind, and makes backups your job rather than anyone's product. Before choosing either, ask the unglamorous question: in what form, and how completely, can I take my data out?
Card payments and staff learning
Card payments are where terminal systems often shine. The terminal and the card device come from the same world, and the payment can be a single step inside the sale. Browser-based cloud systems commonly do it the other way: your card terminal takes the money and the till records what was paid — one extra step at the counter, but a terminal that stays yours, whatever software you move to next year.
Learning is a smaller matter than it is sold as. A terminal is one job on hardened buttons; a browser on a phone is a machine the staff already operate for everything else in their lives. What takes the week to learn is the new order of work — orders taken at the table, bills that live on the table — not the shape of the box it is done on.
Which one suits whom
The honest version of this comparison admits that terminals are the better tool for some rooms, and says which:
- Where the internet is unreliable enough to shape service — a local system that keeps trading through an outage is worth capital.
- High-volume counter service, where the queue reads the transaction and every payment wants to be one step.
- Venues that want the till and the card payment fused into a single action, terminal and reader from one supplier.
- Countries where the rules require a registered fiscal device at the till — a legal requirement no software choice replaces, and one to check before planning around it.
- Rooms that place real value on an engineer who can drive to the door.
The cloud side suits the rest of the trade: a start where the budget is better spent on the espresso machine than on the till; floors where several cheap screens beat one expensive one; owners who want to read yesterday's takings from home; menus that change faster than laminating allows. If you land on that side, the guide to running a café without buying POS hardware walks the practical route end to end.