Alpha Robotics Fairy Mobile Digital Service Robot

Every bank hall, ministry lobby and corporate reception shares the same quiet bottleneck: a few members of staff answering the same few questions, while visitors who need genuine help wait behind those who only need directions. The Alpha Robotics Fairy Mobile Digital Service Robot is designed to lift that first layer of enquiries away from the counter. It carries a 23.8-inch portrait touchscreen on an autonomous base, responds through visual, voice, text and touch interaction, and can accompany a visitor to the right desk rather than gesturing vaguely across the room.

Robots Middle East supplies the Fairy to organisations across the Middle East and prepares each quotation around the site where the robot will actually work. Robots Middle East also arranges delivery to the customer's premises and remains the point of contact for support once the robot is in service, so that a bank branch, a government service centre or an exhibition stand deals with one regional partner from the first enquiry to daily operation.

Background

Part of the ALPHA ROBOT service family

The Fairy belongs to the ALPHA ROBOT range of commercial service robots, a family that also includes reception models such as Alice, Amy, Ciao, Snow and Timo, alongside the Alphabot G1 wheeled humanoid. Within that range, the Fairy is defined as a mobile digital-service robot: a machine built around a large portrait-format display for customer engagement, information, visitor processing and guided service workflows. Service robots of this kind tend to fall into two broad groups, those that lead with personality and those that lead with content. The Fairy sits clearly in the second group, organised around its screen and the service process that runs behind it.

Navigation, recognition and an open platform

Three capabilities shape what the Fairy can do in a public building. The first is movement: SLAM navigation and real-time obstacle avoidance, supported by LiDAR with a range of up to 131 ft, allow the robot to build a map of its surroundings and move through them without a fixed track. The second is recognition: face recognition and autonomous visitor guidance let the robot identify returning visitors and lead people to a destination. The third is openness: the robot runs on Android and offers Open API support for qualified custom applications, which means its screen content and workflows can be shaped to the processes of the organisation deploying it rather than fixed at the factory.

Technical Specifications

Specifications are as published by the manufacturer and are confirmed against the datasheet at quotation.

The manufacturer has not published the connectivity, processor, RAM and storage, speakers and microphones, cameras and sensors other than the LiDAR, ingress protection rating, maximum slope and obstacle clearance, power consumption, certifications, contents of the box, or the display resolution and brightness; these are confirmed at quotation.

How does the Alpha Robotics Fairy find its way through a busy hall?

A service robot in a public building faces a moving environment: queues form and dissolve, children run between chairs, trolleys and wheelchairs cross its path. The Fairy handles this with SLAM navigation, the technique by which a robot maps a space and locates itself within that map at the same time. Its LiDAR reaches up to 131 ft, giving the robot an early picture of the room around it, and real-time obstacle avoidance lets it adjust its route as people move.

Speed and stopping matter as much as mapping. The Fairy travels at 0–2.7 mph, a range that allows it to keep pace with a visitor being guided while slowing to a crawl in crowded areas, and its braking distance is approximately 7.9 in or less. For an operator, this combination is what makes it reasonable to let a robot of approximately 88.2 lb circulate among the public. Endurance supports a full working day: operating time is up to 10 hours on its 20 Ah lithium battery, and charging takes 3–4 hours, so the robot can typically be recharged outside opening hours.

What can visitors do on the Fairy's 23.8-inch screen?

The touchscreen is the Fairy's working surface. It presents information, promotions and service content in portrait format, which suits menus, forms and directory-style layouts better than a landscape screen and remains readable to a person standing in front of the robot. Visitors are not limited to touch: they can also interact by voice, text and visual means, which helps in multilingual environments and for people who prefer not to use a shared screen.

Behind the screen sits the service logic. The Fairy supports visitor data collection and configurable information-consultation workflows, so an organisation can define what the robot asks, what it records and where it sends people next. Combined with face recognition and autonomous visitor guidance, this turns the robot from a talking signboard into the first step of a structured visitor process. Where the standard workflows are not enough, Open API support allows qualified developers to build custom applications on the Android platform, for example linking the robot to an existing queue-management or appointment system.

Who is the Alpha Robotics Fairy Mobile Digital Service Robot for?

The Fairy is aimed at four main settings, and each brings its own type of buyer. Banks and public-service centres are the most direct fit: they deal with high visitor volumes, many repetitive enquiries and a clear need to route people to the correct counter, which is exactly the work of visitor processing and guided service workflows. Facilities and operations managers in these organisations will look closely at the navigation and data-collection capabilities.

Corporate reception is the second segment. Here the Fairy can greet guests, record visitor details and guide them to meeting areas, presenting a modern image while freeing reception staff for hosting duties. Buyers equipping workplaces may also wish to browse the wider range of Office Robots. Retail and promotional environments form the third group, where the large portrait screen doubles as moving digital signage for campaigns and product information. The fourth group covers healthcare and exhibitions: clinics and hospitals value wayfinding and visitor registration, while trade shows and showrooms value a robot that draws attention and delivers content on the move; the Exhibition Robots category gathers related options.

Organisations comparing several ALPHA ROBOT models before deciding can also review the Alpha Robotics Alice Reception Robot and the Alpha Robotics Timo AI Reception Robot, and Robots Middle East can advise on which model best matches a particular site.

What is the Alpha Robotics Fairy used for?

1. Bank hall triage: greeting customers, identifying their needs and directing them to the right counter or service.
2. Public-service guidance: collecting visitor details and leading citizens through multi-step procedures in government service centres.
3. Corporate reception: registering guests and accompanying them to meeting rooms or waiting areas.
4. Retail promotion: carrying campaigns, offers and product information through the shop floor on its portrait screen.
5. Healthcare wayfinding: helping patients and visitors find departments and complete initial registration.
6. Exhibition engagement: attracting visitors to a stand and presenting interactive content throughout the event.

Pricing and Availability

The Fairy is supplied on quotation, because the right configuration depends on the site, the workflows the robot will run and any custom applications built on its Open API. Robots Middle East prepares each quotation after understanding how and where the robot will be deployed. Delivery, customs and support are arranged together with the quotation. To begin, a request for a quotation is available on this page.

Frequently Asked Questions

How long can the Fairy operate before it needs charging?

The Fairy has an operating time of up to 10 hours on its 20 Ah lithium battery. Charging takes 3–4 hours.

Does the Fairy need a fixed track or markers to move?

The robot moves by SLAM navigation with real-time obstacle avoidance and a LiDAR range of up to 131 ft. It builds its own map of the space it works in.

How do visitors interact with the robot?

Visitors can interact through visual, voice, text and touch modes. The main interface is a 23.8-inch touchscreen showing information, promotions and service content.

Can the Fairy recognise people?

Yes, the Fairy supports face recognition and autonomous visitor guidance. How recognition is used in a given deployment is defined when the workflows are configured.

Can we develop our own applications for it?

The Fairy runs on Android and offers Open API support for qualified custom applications. This allows integration with existing visitor or queue systems.

How large and heavy is the Fairy?

The Fairy measures 21.3 × 18.5 × 55.3 in and weighs approximately 88.2 lb. Its braking distance is approximately 7.9 in or less.

Where can I buy the Alpha Robotics Fairy Mobile Digital Service Robot and what does it cost?

The Fairy is available from Robots Middle East, which supplies it across the Middle East. Pricing depends on configuration and deployment, so it is provided through a quotation requested on this page.

Summary

The bottleneck at the front of a busy building is rarely a lack of staff expertise; it is that expertise being spent on directions, forms and repeated questions. The Alpha Robotics Fairy Mobile Digital Service Robot addresses that bottleneck by combining a 23.8-inch portrait touchscreen, visual, voice, text and touch interaction, face recognition, and SLAM navigation with real-time obstacle avoidance in one autonomous unit that runs for up to 10 hours. Its configurable workflows and Open API let banks, public-service centres, corporate receptions, retailers, clinics and exhibitors shape it to their own processes, while Robots Middle East handles supply, delivery and support across the region. For any organisation ready to give its counter staff back their time, this page is the starting point.