Kiosk Software - current market overview

Software Tips

What is Kiosk Software?

Kiosk software refers to software solutions that enable terminals, kiosks, tablets or displays in public and semi-public areas to operate as digital self-service kiosks. At these self-service stations, customers, guests, visitors or patients can complete tasks independently: they can access information, place orders, register, check in or out, obtain queue tickets or complete payment transactions.

Unlike conventional applications, a digital kiosk often operates unattended and is used by constantly changing users who may have received no prior training. Kiosk software is designed specifically for this situation: kiosk mode restricts the device to authorised applications and prevents access to the operating system, other programs and system settings. The user interface is usually optimised for touchscreen operation and guides even inexperienced users through each process step by step. At the end of a session, user input and session data can be reset so that the next user starts from a neutral initial state.

Depending on the solution, kiosk software can cover several layers: the application running on the terminal, tools for managing content and processes, and a central management platform for day-to-day operation. It may also control the required peripheral hardware, ranging from receipt printers and barcode scanners to payment terminals. The following overview shows how these components typically work together.

Benefits of Kiosk Software

The use of kiosk software can offer organisations a range of benefits, although their importance will vary depending on the application and operating environment.

1. Reduced workload for staff

Recurring standard processes such as ordering, registration, ticket issuing or payment can be transferred to self-service terminals. Employees can then devote more time to advice, customer service and more complex enquiries.

2. Extended service availability

Self-service terminals can provide services outside normal staffed opening hours, for example for hotel check-in or visitor self-registration at a reception area.

3. Shorter waiting times

Several terminals operating in parallel, combined with queue management where appropriate, can reduce bottlenecks during busy periods and speed up processes at checkouts, receptions or collection points.

4. Consistent and traceable processes

Guided interactions at the terminal standardise workflows. Data can be captured in a structured format, receipts or confirmations can be created consistently, and processes such as self-checkout can be documented uniformly.

5. Lower operational effort through central management

Device management and remote maintenance make it possible to configure, update and monitor large numbers of terminals across multiple locations from a central system. Many technical issues can be resolved without sending staff to the site.

6. Accessibility for different user groups

Language selection, multilingual receipts and assistive features such as text-to-speech can make kiosks easier to use for international audiences and people with disabilities or other accessibility requirements.

7. Securing devices

Kiosk mode can reduce the risk of manipulation, unintended configuration changes and incorrect operation in publicly accessible areas. Users are limited to the applications and functions that have been approved for them.

8. Analysable usage data

Usage monitoring can show how frequently terminals are used and which services are most frequently accessed. These insights can support decisions about locations, content, service design and the required size of the kiosk infrastructure.

Kiosk Software Compared with Traditional POS Software

Kiosk software with self-checkout functions and traditional point-of-sale (POS) software overlap in some areas, but they are designed for different users and operating situations. The following comparison highlights the most important differences:

In practice, both approaches are often combined. Self-checkout terminals can complement staffed checkouts while sharing product master data, pricing, inventory information and transaction data with a central POS or retail management system. Where payment and sales functions are involved, organisations should also ensure that the solution complies with the tax, fiscal, accounting, payment and record-keeping requirements applicable in the countries or regions where it is used.

Tips for Selecting Kiosk Software

• Which self-service process do you actually want to deliver? Start by defining which task users should carry out themselves at the terminal, either fully or in part. An information kiosk has very different requirements from an ordering terminal, self-checkout, visitor terminal or check-in system.
• Which hardware and peripherals need to be supported? Check which touchscreens, barcode scanners, QR code readers, RFID components, printers, card readers, customer displays or payment terminals have to be integrated. Any hardware you already own should be factored into the selection early on.
• How well is kiosk operation protected against unwanted access? Make sure the kiosk lockdown mode exposes only the applications and functions you have approved. Also check how administration, user permissions and technical configuration settings are protected.
• Which interfaces to existing systems are required? Establish which data has to move between the kiosk software and your POS software, inventory management, product catalogue, booking, ticketing, visitor management or other specialist systems. What matters is not just whether an interface exists, but also the direction of the data exchange and how up to date it is.
• How are payments integrated? For ordering, sales or self-checkout terminals, define the payment methods and payment components you need. Check how payment terminals connect, how cancelled or failed transactions are handled, and how receipts and payment statuses are processed. Bear in mind that expected payment methods, card scheme support and terminal protocols differ from country to country, so confirm which are supported in every market where you plan to deploy.
• How are multiple devices administered? Across several sites, or with a larger number of terminals, features for device management, remote maintenance and usage monitoring become important. Check which device information is available centrally and which administrative actions can be performed remotely.
• How usable is the process from end to end? Test typical journeys with people who have never seen the system before. Look at navigation, legibility, the ability to go back a step, error messages and the number of inputs required. An interface that works technically is not automatically suitable for a self-service process used by the general public.
• What are your requirements for multilingual support and accessibility? Define the languages you need and check whether screen text, dialogues and, where relevant, printed receipts can be produced in more than one language. Also take account of the accessibility legislation and standards that apply in each market where the terminals will operate, and check supporting features such as text-to-speech or built-in accessibility testing tools.
• How does the system behave when something goes wrong? Clarify how the software handles dropped connections, unreachable back-end systems, printer problems and failed payments. With unattended terminals in particular, it should be clearly defined how faults are detected, logged and resolved.
• How flexibly can the interface and processes be adapted? Check whether content, navigation, process steps, languages and visual appearance can be maintained by your own team, or whether changes have to be made by the supplier. This has a direct bearing on your ongoing maintenance effort.
• Which reports and analytics do you genuinely need? Usage monitoring can show how often individual terminals or functions are used, for example. Decide in advance which operational, usage or transaction data your processes require, and how it will be made available.
• How will the solution be tested before rollout? A pilot using real hardware and realistic process scenarios will surface both technical and organisational requirements. Test more than the happy path: include abandoned sessions, incorrect operation, peripheral failures and interface processes.