GET A HANDLE ON YOUR FARE COLLECTION

INTRODUCING THE UMO HANDHELD READER

The new Umo reader is an affordable handheld device designed for convenient electronic fare collection. It’s the latest member of the Umo hardware integrated solution that easily expands services without installing hardware on new vehicles or shuttles.

MORE THAN A DEVICE IT'S MAKING EVERY DOLLAR COUNT

Umo’s handheld reader is a Samsung Galaxy XCover6 Pro off-the-shelf solution - a smart investment for transit agencies that’s cost-effective and a time-saving convenience for riders on the go.

THE HANDHELD READER IS AS DIVERSE AS YOU NEED IT TO BE WITH MORE BENEFITS THAN YOU CAN IMAGINE

Cost-Effective Implementation

When combined with the Umo solution, the handheld reader is a practical choice for smaller operations with limited budgets. The handheld device can accommodate a transit agency’s current operating service in addition to easily integrating with expanded services on new vehicles or shuttles for paratransit and on-demand transport services.

Scales as You Grow

This solution empowers agencies to scale rapidly whenever new vehicles are added to the mix. Whether providing transportation for local events, running a neighborhood shuttle service, coordinating school vehicles for a big game day, or providing essential paratransit services, our system is designed to expand as your demands change.

Improve Customer Engagement

The handheld reader takes customer services to the next level, offering greater flexibility for paratransit and shuttle services. Drivers can easily obtain fare media for all passengers seamlessly while ensuring a convenient boarding experience. Making every interaction smoother and more accessible for everyone.

Real-Time Data Access

Using real-time payment and transaction monitoring, transit agencies connect seamlessly to central systems, which means reduced delays and efficient fare collection.

Training Made Simple

Our hardware’s simplicity eliminates the need for additional accessories, making it easy for operators to learn. It’s mobility standout features, made possible by the wireless network service, ensures its practical use in various locations

Fare Media Types

Whether it’s the dynamic QR code for mobile app users, the smart card for quick taps, or the trusty paper token, the handheld reader covers fare options to suit rider lifestyles.

FEATURE RICH IN A MODERN, STURDY DESIGN

Enterprise-grade ruggedness with Gorilla Glass Victus+ screen durability to withstand drops and spills of a demanding work environment.
Faster wireless data networks with 5G LTE ensure high-speed connectivity. 5G Ultra Wideband available in select areas. 5G Nationwide available in 2700+ cities.
Built to withstand demanding situations, supporting Military Standard 810H standards and a 1.5m drop test.*
Holds an IP68 rating and stands up to dust, dirt, sand, and water. Water-resistant in up to 5 feet of water for up to 30 minutes. Rinse residue/dry after wet.
Customizable buttons for easy mapping to reader applications or running additional Android apps.
Dedicated Button for quick launch of Umo handheld app with a single press.
Have plenty of battery life for all your tasks with a long-lasting battery that sees you through your workday — and then some.**
Android 14 upgrades to ensure long-term compatibility and security. Galaxy XCover6 Pro comes with five years of software updates to keep your security and OS running smoothly.***

*These devices passed military specification (MIL- STD-810H) testing against a subset of 21 specific environmental conditions, including temperature, dust, shock/vibration, and low pressure/high altitude. Real-world usage varies from the specific environmental conditions used in MIL-STD-810H testing. Samsung does not guarantee device performance in all extreme conditions.

**Based on average battery life under typical usage conditions. Average expected performance based on typical use. Actual battery life depends on factors such as network, features selected, frequency of calls, and voice, data, and other application-usage patterns. Results may vary.