Yes, an owner can use an order aggregator to oversee several restaurants, but a shared screen alone does not prove that orders will reach the right shop. The buying decision comes down to whether each location and channel is mapped correctly, whether staff can see and act on the right orders, and what happens when a connection fails.
Compare providers using your actual shops, channel accounts and POS setup. Then ask for a safe demonstration of an identical item ordered from two locations. The result should show the destination, modifiers and total all the way through to the appropriate POS or kitchen view.
Map each shop, channel and schedule first
Start with a list of physical locations, not just brand names. A single brand might have two storefronts with separate marketplace listings, POS terminals, menus and opening hours. Each combination needs its own routing decision.
For each shop, record its address and location identifier, the channels that take orders, the account or listing used by each channel, and the POS and kitchen destination that should receive them. Include direct online ordering if you use it. Note whether a channel is currently active, planned or deliberately unavailable at that shop.
Hours deserve a separate check. If the downtown shop closes earlier than the uptown shop, an order intended for downtown should not quietly become an uptown order. Ask how each channel handles location hours, temporary closures and menu availability, and who is responsible for updating them. Do not assume a change in one system updates every other system.
Also list shared items that could be confused across shops. A chicken sandwich may have the same name at both locations but a different price, modifier list or preparation station. A location label is useful; the complete order details tell the kitchen what to make.
Before comparing demonstrations, mark unknowns in your own setup. For example: Is the marketplace listing tied to the correct physical address? Does each shop have its own POS account? Who can pause orders? Resolve those questions with your team and the relevant provider rather than building a purchase decision on an assumed connection.
Compare location access, order views and costs
Ask each vendor to demonstrate the exact channel, location and POS combination you need. A connection listed in a directory is a starting point, not proof that every action works for your setup. Check whether the order arrives automatically, whether someone must accept or re-enter it, and where staff see its status.
Location-level access matters as much as the owner's overview. Ask whether a manager can work only with their own shop's orders, whether a regional manager can see both shops, and who can change routing or pause a channel. If a provider cannot show a permission you need, decide whether a manual control is acceptable before signing.
Otter describes an Order Manager that consolidates online and manual orders on a tablet, with automatic acceptance and printing and POS connections. Ask how its configuration handles your specific locations and channels.
Fleksa's restaurant integrations directory distinguishes live connections from connections available on request. Its listed US marketplace examples include DoorDash, Uber Eats and Grubhub, subject to setup and availability. Toast and Square POS connections are listed on request. Confirm the combination and actions your shops need.
For each quote, separate one-time setup and training charges from recurring software charges and any per-order or other variable charges. Ask about extra costs for additional locations, channels, devices and support, plus the cost of correcting a mapping after launch. A quote for processing fees alone is not the all-in operating cost. Get the scope in writing so a low monthly figure does not hide work your staff must do manually.
Fleksa's plans page, checked in November 2026, is the place to check its current pricing. Confirm a written quote for your locations and configuration. The direct integration versus middleware guide can help you compare the connection approaches without assuming either is right for every shop.
Use a location-by-channel acceptance matrix
The following example is hypothetical. A restaurant has two physical shops, Harbor and Hill, and wants to compare direct orders and a marketplace channel at each. The matrix records the expected destination and the next decision; it does not claim any provider supports these combinations.
| Shop and channel | Expected destination | Acceptance check | Owner and next decision |
|---|---|---|---|
| Harbor, direct | Harbor POS and kitchen view | Match item, modifier and total to the source order. | Harbor manager: accept or request a correction. |
| Harbor, marketplace | Harbor POS and kitchen view | Confirm listing maps to Harbor; check closure handling. | Channel lead: confirm mapping and pause procedure. |
| Hill, direct | Hill POS and kitchen view | Match item, modifier and total to the source order. | Hill manager: accept or request a correction. |
| Hill, marketplace | Hill POS and kitchen view | Confirm listing maps to Hill; check rejection handling. | Channel lead: confirm exception process. |
Read each row as a separate acceptance decision. Passing Harbor's direct-order check does not prove that Hill's marketplace listing is mapped correctly. Add rows for every channel and shop you operate, including any planned connection that is important to the purchase.
For each row, record the actual result after a demonstration: pass, fail, not tested or intentionally unsupported. Attach a short explanation and name the person responsible for the next action. An unsupported case can be acceptable if you have agreed on a workable manual process; it should not be mistaken for an automatic feature.
Set acceptance criteria before the demonstration. At minimum, the correct shop should receive the order, and staff should be able to match its identifier, item, modifier and total with the source. If a needed action requires re-entry, write that down and decide who will do it during a busy service.
Simulate the same item at both shops
Use a vendor's safe test environment or another explicitly non-live method. A practice scenario must not create a real card charge, guest message or courier dispatch. If the vendor cannot prevent those effects, ask for a non-transactional demonstration or walk through the scenario with sample records instead.
In the hypothetical restaurant above, create one sample chicken sandwich order for Harbor and another for Hill. Give each a unique test identifier, such as HBR-01 and HIL-01. Add the same modifier to both. Record the expected shop, item, modifier and total before the demonstration.
- Find HBR-01 at the source and trace it to Harbor's intended POS or kitchen result. Check that it does not appear as an order to prepare at Hill.
- Repeat for HIL-01, tracing it to Hill rather than Harbor.
- Compare the item, modifier and total on each source record with the corresponding destination record or receipt view.
- Check the supported exception actions your team needs, such as rejection or channel pausing, without triggering live fulfillment.
- Write the observed result beside each expected result and assign any mismatch to an owner.
A receipt or kitchen view should identify the destination clearly enough that staff do not have to guess. Also ask what happens when the POS connection is unavailable: where does the order appear, who is alerted, and does someone need to enter it manually? The answer may differ by channel.
Keep the sample free of private customer data. A simulated check is useful for examining routing and controls, but it is not a live service pilot. If you later run a live pilot, agree on its scope, staff responsibilities and customer-facing procedures separately.
Plan the fallback before choosing a provider
For every location, name a primary and backup person who can respond to an order problem. Keep their contact details and the vendor support route where the shift team can find them. Agree on who contacts the marketplace, POS provider or aggregator when the destination or order status is unclear.
Write a short fallback for each channel: how staff identify an order, where they check its intended location, who can pause incoming orders and how the team records work done manually. Include a handoff back to normal operation so an order is not prepared twice. Do not assume orders can simply be moved between shops; ask what actions are actually available.
Choose the option that satisfies your must-have rows with a workload and quote your team can accept. If a critical row fails, resolve it or keep the existing process for that channel rather than treating a successful demo at another location as proof.
Bring your channel list, matrix and safe test cases to a Fleksa demo. Ask to see how they would connect with the restaurant POS system you use, and confirm availability and setup for each location.
Frequently asked questions
Can one owner see orders from multiple locations?
Ask each provider to demonstrate its owner-level view and the permissions available for individual shop managers. Confirm whether staff can act on orders from other locations or only view them.
How do I check that an order reaches the right shop?
Trace a uniquely identified sample order from its channel to the expected shop's POS or kitchen view. Compare the location, item, modifier and total, and record the result for each shop and channel.
What if a location or channel is not supported?
Ask whether it is available on request and what setup would involve. If not, document a manual process or retain the existing channel workflow, assign an owner and decide whether that limitation is acceptable.
