Built for direct restaurant sales
Hospitality commerce platform
Online ordering software built to help restaurants grow direct.
Dineswift gives restaurants and takeaways a cleaner way to run direct ordering, menus, service settings and daily operations.
Core services
A shorter setup focused on the service types most operators actually need.
Pickup
Serve more orders without crowding your front counter.
- Scheduled collection slots
- ASAP preparation timing
Delivery
Apply postcode rules, radius rules and distance-based fees with control.
- Address validation
- Distance-aware delivery pricing
Dine-In
Support QR ordering, table service and in-venue ordering journeys.
- Table-aware ordering
- Faster service flow
Get Started
See how Dineswift would look for your business.
Get a demo
Talk through your ordering model, service rules and rollout goals.
We can walk through direct ordering, reservations, delivery rules, branded pages, operational settings and future EPOS integration planning.
Best fit for
- Independent restaurants and takeaways moving toward direct digital sales
- Operators who need stronger delivery controls and clearer service settings
- Brands that want one commercial platform instead of a patchwork of tools
FAQ
Common questions from hospitality operators exploring direct ordering platforms.
Can Dineswift support delivery, collection and scheduled orders together?
Yes. Dineswift is designed to support collection, delivery, preorder scheduling and service-specific timing rules from one platform.
Can we use postcode restrictions and distance-based delivery fees?
Yes. Delivery can be configured with postcode logic, radius rules, distance bands, postcode exclusions and service-area controls.
Is Dineswift suitable for both one-site operators and growing groups?
Yes. The structure supports independent restaurants as well as multi-service and multi-tenant growth over time.
Can Dineswift work with printer and EPOS-connected workflows?
Yes. Printer bridge workflows are already part of the platform, and EPOS integration is being structured as an optional layer rather than a dependency for the core ordering system.