HUB Parking Technology introduces the new Access Reader, the latest evolution of its proven access device, redesigned to meet the growing demand for flexible, digital-first parking operations.
Originally developed for pedestrian access control, it expands its role to become a versatile interaction point for both pedestrians and vehicles, supporting traditional ticketed facilities alongside hybrid and ticketless parking models. With a more compact and robust design, improved reading performance, simplified maintenance, and enhanced durability, the new device helps operators manage the transition toward increasingly digital parking environments without compromising the user experience.
As parking facilities continue to adopt License Plate Recognition (LPR), mobile credentials, and cloud-based management systems, drivers occasionally still require a physical point of interaction – for assistance, alternative identification methods, or exceptional access scenarios. The new Access Reader fills this role by providing a reliable and intuitive interface that complements automated parking journeys while maintaining operational flexibility.
Beyond its expanded functionality, the new Access Reader has been completely redesigned to improve reliability and simplify day-to-day operations.
Its redesigned aluminium housing and tempered glass front panel provide increased durability and resistance to weather exposure, while the optimised internal architecture reduces the overall footprint and makes field maintenance faster thanks to a new front-opening system.
A new-generation scanner further improves reading performance across multiple credential types, offering fast and reliable recognition of tickets, QR codes, proximity cards, Bluetooth credentials, mobile applications (such as JPass), and license plates.
Designed to adapt to different operational models, the new Access Reader enables parking operators and landlords to start modernising their infrastructure at their own pace. The device is supplied as a ready-to-install solution, complete with mounting accessories for vehicular applications, enabling faster deployment across new or existing parking facilities.
Whether managing a conventional ticketed facility, introducing ticketless access, or preparing for a fully gateless parking experience, operators can rely on a single device capable of supporting multiple identification technologies and user journeys – within beautiful, made-in-Italy design.
The modern 7-inch touch display, aligned with HUB Jupiter ecosystem, ensures a consistent and intuitive user experience while blending naturally into a wide variety of architectural settings.
An integrated intercom also allows customers to contact remote assistance whenever required, improving service continuity without the need for additional hardware.
The versatility of the new Access Reader makes it suitable for numerous parking environments.
For pedestrian access, it supports secure entry and exit in shopping centres, hospitals, universities, mixed-use developments, hospitality venues, and event locations, while enabling unattended operation through integrated remote assistance.
For vehicle access, it serves as an interaction point in ticketless or hybrid parking facilities, allowing drivers to identify themselves using QR codes, license plates, Bluetooth, or digital credentials whenever manual interaction is required. It also provides valuable support during the gradual migration from ticketed operations to fully digital or gateless parking systems, offering operators additional flexibility while customers become familiar with new parking experiences.
The new Access Reader reinforces HUB Parking Technology's commitment to enabling parking operators to embrace digital transformation through solutions that combine operational efficiency with a seamless user experience.
By accommodating multiple credentials, simplifying maintenance, and integrating naturally within HUB's connected parking ecosystem, the new Access Reader provides operators with a future-ready solution capable of evolving alongside changing mobility and parking requirements.