How Xishida Helped a Hotel Technology Provider Develop a Space-Saving Self Check-In Kiosk for Boutique Hotels

Project Overview

As hotel operators continue investing in self-service technology, software providers are under increasing pressure to deliver complete hardware and software solutions that can be deployed quickly across multiple hotel properties.

Recently, a Singapore-based hotel technology company approached Xishida regarding a new project. The client has developed a self-check-in software platform and successfully signed a deployment agreement with a growing boutique hotel group.

However, before the project could move forward, they needed a custom hardware solution capable of meeting the unique installation requirements of the hotel chain.

Unlike standard hotels, the client’s properties were located primarily in city centers where lobby space was extremely limited.

The challenge was clear:

How could a full-featured hotel self check-in kiosk be integrated into a compact environment without sacrificing functionality, aesthetics, or reliability?

The Client’s Requirements

The software provider wanted a self-service terminal capable of supporting:

• Guest self check-in

• Passport scanning

• ID verification

• Payment processing

• Room card issuance

• QR code scanning

• Reservation lookup

• API integration

In addition, the hotel group requested several specific requirements:

• Small installation footprint

• Modern premium appearance

• Easy maintenance

• Consistent branding across all hotel locations

• 24/7 operation capability

At first glance, these requirements appeared straightforward.

However, once our engineering team reviewed the project, several hardware challenges quickly emerged.

Challenge 1: Limited Internal Space for Multiple Modules

The client wanted a slim kiosk profile to fit within narrow hotel lobby areas.

At the same time, the kiosk needed to contain:

• Industrial computer

• Thermal printer

• Passport scanner

• QR scanner

• Card dispenser

• Payment terminal

• Power supply

• Cooling system

The available enclosure volume was significantly smaller than a traditional hotel kiosk.

If all modules were installed using conventional layouts, the cabinet depth would exceed the client’s design target.

Engineering Assessment

Our engineering team conducted a full internal structure simulation.

The results showed that several modules competed for the same installation space.

Without redesigning the architecture, the kiosk could not be manufactured.

Challenge 2: Maintenance Accessibility

The software company planned to deploy hundreds of units across different hotel locations.

This created another challenge.

Most conventional kiosks require rear-door maintenance access.

However, many installation locations would be positioned directly against walls or decorative panels.

Hotel operators would have difficulty servicing the equipment.

Why This Matters

For unattended hotel kiosks, maintenance efficiency directly affects operational uptime.

A simple printer replacement should not require moving an entire kiosk.

The client needed a smarter maintenance solution.

Challenge 3: Brand Consistency Across Multiple Hotel Properties

The hotel group operated several brands under one management company.

Each property featured different interior decoration styles.

The client wanted a kiosk platform that could be adapted to different environments while maintaining a recognizable identity.

This required a hardware design that balanced flexibility and consistency.

Challenge 4: Deployment Timeline

The hotel group planned to launch self-service check-in simultaneously across multiple locations.

The software provider faced strict delivery deadlines.

Any delay in hardware development would directly affect the rollout schedule.

The project required:

• Rapid prototyping

• Fast engineering validation

• Stable mass production capability

Xishida’s Engineering Solutions

After analyzing the project requirements, our team proposed two hardware approaches.

Solution A: Traditional Floor-Standing Kiosk

The first option used a conventional kiosk architecture.

Features included:

• Large cabinet design

• Rear maintenance access

• Standard module arrangement

• High-capacity card dispenser

Advantages

• Mature architecture

• Lower engineering complexity

• Faster development 

Limitations

• Larger footprint

• Reduced installation flexibility

• Higher shipping costs

Although technically feasible, the solution did not fully satisfy the client’s deployment goals.

Solution B: Compact Front-Service Kiosk Architecture

To address the space constraints, Xishida developed a completely new hardware architecture.

Key innovations included:

Front Access Maintenance

All service modules were accessible through the front panel.

Hotel staff could replace consumables without moving the kiosk.

Vertical Module Stacking

Instead of traditional horizontal layouts, modules were rearranged vertically.

This reduced cabinet depth significantly.

Modular Internal Framework

Each hardware component was mounted independently.

Future upgrades could be completed without redesigning the entire machine.

Custom Cooling System

A redesigned airflow structure maintained stable operating temperatures despite the compact enclosure.

Prototype Development

After reviewing both concepts, the client selected Solution B.

The project moved into the prototype phase.

Xishida completed:

• Industrial design refinement

• Structural engineering

• Thermal testing

• Hardware integration

• Reliability validation

• User interaction optimization

Several rounds of testing were conducted to ensure compatibility with the client’s software platform.

Software Integration and Testing

Close cooperation between both teams enabled seamless integration with:

• Hotel PMS systems

• Online booking platforms

• Payment gateways

• Electronic key card systems

• Guest verification processes

Throughout testing, both software and hardware teams worked together to optimize the guest journey and reduce transaction time.

Mass Production and Deployment

Once prototype approval was completed, Xishida entered mass production.

Our manufacturing team provided:

• Custom branding

• Quality control

• Production scaling

• Packaging optimization

• Global logistics support

The first deployment phase covered multiple hotel locations simultaneously.

Project Results

Following deployment, the software provider successfully delivered its self-service solution to the hotel group.

Key achievements included:

Faster Guest Check-In

Guests could complete registration independently within minutes.

Reduced Front Desk Workload

Hotel staff could focus on guest services rather than administrative tasks.

Easier Maintenance

The front-service design reduced maintenance time significantly.

Consistent Brand Experience

The kiosk platform was successfully deployed across multiple hotel properties.

Scalable Future Expansion

The modular hardware architecture allows future upgrades without replacing the entire system.

Conclusion

For hotel technology providers, success depends not only on software functionality but also on reliable and practical hardware implementation.

By partnering with Xishida, clients gain more than just a self-service kiosk supplier; they acquire an engineering partner capable of transforming deployment challenges into scalable hardware solutions.

Leveraging innovative internal architecture, a design that facilitates front-end maintenance, and efficient manufacturing support, Xishida helped clients successfully launch a hotel self-check-in platform—a system that continues to serve guests at numerous hotels today.