28 Ottobre 2025

INSIDE ATOMO 7 –  Smart Ticketing Validator in Action Table of Contents   A Deep Look into the Heart of Contactless Mobility Compact Design, Powerful Capabilities Built for Real-World Operations Comprehensive Connectivity and System Integration Connectivity That Keeps You in Control Smart Validation for Any Mobility Scenario Empowering Operators with Real Benefits A Vision of Seamless, Connected Mobility Technical Validation Summary FAQ 1. A Deep Look into the Heart of Contactless Mobility Public transport is entering a new era of connected and intelligent fare systems — where every on-board device works together to make mobility faster, safer, and easier.At the center of this evolution stands Digitax ATOMO 7, the compact Android-based validator that turns contactless technology into a complete mobility experience. Digitax ATOMO 7 – Front and angled view of contactless validators Two ATOMO 7 contactless validators showing the touchscreen interface and QR code scanner, designed for fast and secure on-board ticket validation. Discover the ATOMO 7 product page 2. Compact Design, Powerful Capabilities Professional-grade RFID ReaderEnsures fast, secure, and reliable contactless validation, compliant with the highest industry standards for urban and interurban transport environments. Integrated QR/Barcode ScannerReads both 1D and 2D codes with high precision, supporting printed and digital tickets, even under variable lighting conditions. PCI PTS 5.1–Certified Open Payment TerminalEnables direct EMV transactions and mobile wallet acceptance (Visa, Mastercard, Apple Pay, Google Pay), providing passengers with frictionless access and operators with secure payment management. Multi-Standard Validation SupportFully compatible with EMV, Calypso, MIFARE DESFire EV2, and NFC standards, ensuring seamless operation across modern electronic fare collection systems worldwide. Instant and Consistent PerformanceWhether processing a physical card, mobile device, or printed barcode, ATOMO 7 guarantees immediate validation and operational reliability in any condition. 3. Built for Real-World Operations Designed for daily use in high-demand transport environments, ATOMO 7 integrates durability and practicality: IP65 / IK09 protection provides complete resistance to dust, impacts, and vibration. 7-inch high-brightness touchscreen ensures readability under all lighting conditions, supported by LED indicators for quick feedback. Flexible Pole Docking System allows fast installation and maintenance with minimal downtime. Dual Qualcomm Platforms deliver constant high-speed performance and optimized power management. These features make ATOMO 7 a fleet-ready, industrial-grade solution designed for longevity and operational efficiency. 4. Comprehensive Connectivity and System Integration Digitax ATOMO 7 – Interface and connectivity diagram for smart ticketing validator Technical diagram of the Digitax ATOMO 7 smart ticketing validator showing all available interfaces and connectivity options, including CAN Bus, I/O, LAN, Wi-Fi, Bluetooth, RFID, EMV and QR code modules for complete system integration. The diagram above highlights the connectivity architecture of the Digitax ATOMO 7 smart ticketing validator, designed to integrate seamlessly with on-board systems and external devices. ATOMO 7 supports a wide range of interfaces and communication standards, including: Digital and analog I/O for custom signal mapping and control. CAN Bus, LAN, RS485, and USB for fast and reliable data exchange. Wireless modules for Wi-Fi, Bluetooth, and GPS/GLONASS/BDS positioning. These interfaces allow the validator to communicate with multiple on-board components such as: Printers, door sensors, and passenger counters. Panic buttons, diagnostic units, and external displays. In addition to its connectivity features, ATOMO 7 integrates dedicated modules for: RFID (ISO 14443 / ISO 15693) and EMV open payment validation. QR and Barcode scanning for paper and mobile ticket formats. Thanks to its configurable I/O mapping and modular installation design, ATOMO 7 adapts effortlessly to any fleet or vehicle configuration.It acts as a central hub within the Digitax ecosystem, synchronizing ticketing, diagnostics, and fleet management data into one unified operational environment. 5. Connectivity That Keeps You in Control ATOMO 7 ensures continuous connection and data synchronization through a full suite of wireless and vehicle interfaces: 4G LTE, Wi-Fi 2.4/5 GHz, Bluetooth LE, and GPS guarantee secure, real-time communication between vehicles and central systems. Via the Digitax SDK, developers can integrate customized solutions using CAN Bus, digital I/O, and telemetry channels, enabling interaction between ticketing, diagnostics, and fleet management platforms. This open architecture turns ATOMO 7 into a dynamic, intelligent node within the Digitax ecosystem, in full synergy with ATOMO 10 MDT and ATOMO 10 ETS. ATOMO 7 Smart Ticketing Validator mounted on a pole inside a public bus The Digitax ATOMO 7 validator mounted on a pole inside a city bus, providing secure EMV and RFID-based ticket validation for public transport networks. 6. Smart Validation for Any Mobility Scenario From urban networks to intermodal mobility hubs, ATOMO 7 adapts to every operational context: Supports public transport systems, stadiums, museums, and amusement parks requiring fast, secure validation. Designed for new installations as well as retrofit projects, ensuring backward compatibility with existing infrastructures. Guarantees interoperability and future scalability, ready to evolve with emerging digital fare collection standards. EXPLORE HOW ATOMO 7 INTEGRATES WITH THE DIGITAX SYSTEM 7. Empowering Operators with Real Benefits Reduced MaintenanceThanks to OTA updates and the Digitax Device Track Platform, operators can remotely update firmware, configure devices, and monitor performance — reducing downtime and maintenance costs. Lower Operational CostsThe integration of multiple functions into a single device minimizes hardware redundancy, streamlining operations and maintenance activities. Scalable DeploymentBuilt for flexibility, ATOMO 7 can be easily deployed across different network sizes, from small municipal systems to large metropolitan fleets. Consistent Passenger ExperienceUnified data management ensures real-time validation and reporting, enabling smooth passenger flow and enhanced service continuity. Learn more about Digitax SDK 8. A Vision of Seamless, Connected Mobility Digitax ATOMO 7 is more than a ticket validator — it’s the operational gateway to the connected transport of tomorrow.By merging validation, communication, and security into one modular device, Digitax empowers operators to deliver faster, smarter, and more sustainable mobility across every network. Digitax ATOMO Ecosystem – Different configurations of ATOMO 7, ATOMO 10 MDT and ATOMO 10 ETS Different configurations of the Digitax ATOMO ecosystem, featuring the ATOMO 7 RFID and EMV validator together with ATOMO 10 MDT and ATOMO 10 ETS units. The modular design allows flexible integration for ticketing, payment, and fleet management applications. Explore Digitax Public Transport & Ticketing Solution 9.

What is a Mobile Data Terminal (MDT)? A complete guide to Mobile Data Terminals: their role, technology, and impact on connected public transport and smart fleet operations. Table of Contents What is a Mobile Data Terminal Key Applications of Mobile Data Terminals in Professional Fields Core Functions of MDTs in Fleet and Transit Operations Features and Capabilities of Modern Mobile Data Terminals FAQ 1. What is a Mobile Data Terminal (MDT)? A Mobile Data Terminal (MDT) is a specialized electronic vehicle-mounted device designed to enable real-time communication and data exchange between a vehicle and a central system. This MDT device is widely used across multiple industries, including: Public Transportation Logistic Taxi Industry Emergency Services Law Enforcement Waste Management Precision Farming Construction Industry MDTs are designed to enhance operational efficiency, situational awareness, and decision-making in the field. Typically powered by a dedicated operating system, MDTs support applications for navigation, diagnostics, fleet management, remote fleet monitoring, and communication. In advanced scenarios, MDTs evolve into mobile intelligent terminals, capable of running sophisticated software, AI-powered analytics, and sector-specific tools. Discover the Digitax Mobile Data Terminal Range to explore scalable solutions for intelligent transport and connected fleets. Digitax ATOMO 10 MDT — advanced Android Mobile Data Terminal for fleet and transport applications The ATOMO 10 MDT brings advanced Android intelligence to fleet operations — connecting drivers, data, and dispatch in one powerful platform Read more about Digitax ATOMO 10 MDT 2. Key Applications of Mobile Data Terminals in Professional Fields            Public Transportation  MDTs assist drivers with route management, scheduling, and passenger information. Integrated tracking and automation features improve service punctuality and fleet performance. Devices like the rugged tablet are often used to ensure long-term reliability in high-usage environments. Discover Digitax Ticketing Solutions               Logistic and Delivery Services Drivers use MDTs for delivery tracking, real-time route optimization, and communication with dispatchers. In logistics chains, MDTs reduce delays, support dynamic routing, and increase delivery accuracy while reducing costs.                        Emercency Service First responders receive critical incident data before arriving on scene, including exact location and emergency type. MDTs—often ruggedized—enable faster, informed decisions and improve team coordination.              Taxi Services MDTs or rugged tablets provide navigation, passenger data, fare tracking, and direct dispatch communication. As a taxi dispatch device, the MDT integrates with central platforms to improve response time and enhance the rider experience.             Waste Management  MDTs track pickup schedules, optimize routes, and log waste collection data in real time. Devices installed in waste collection trucks improve routing efficiency and help in reducing operational costs.              Construction Industry MDTs are mounted in construction vehicles and equipment to track usage, monitor diagnostics, and support project logistics. Rugged tablets allow on-site supervisors to manage blueprints, tasks, and safety checks in real time.               Law Enforcement and Public Safety MDTs provide instant access to vehicle registrations, criminal records, and active warrants. Improve communication between officers, command centers, and emergency services. 3. Core Functions of MDTs in Fleet and Transit Operations Real-Time Vehicle Tracking and Navigation Integrated GPS and AVL systems provide live trackingfor vehicles in transit. Essential for sectors like public transportation, taxi services, and waste managementto monitor fleet status and reroute in real time. Streamlined Communication MDTs allow for low-bandwidth, structured messagingbetween drivers and central command. Reduces radio chatter and ensures organized, documented communication across multiple industries. Operational Data Management Captures data such as passenger counts, pickup confirmations, service logs, fare collectionsand more. In construction, waste collection, and farming, this data aids compliance, billing, and performance optimization. Vehicle Monitoring and Diagnostics Monitors engine health, fuel usage, brake condition, and alerts for maintenance. Supportspredictive maintenance, reducing breakdowns across vehicles in demanding environments like construction sites or long-haul logistics. Digitax X-One Android — 7 inch compact Mobile Data Terminal . Compact in vehicle mounted device with integrated navigation, job management, and driver interface for connected fleet operations Looking for a 7 inch Mobile Data Terminal? Discover the X-ONE ANDROID 4. Features and Capabilities of Modern Mobile Data Terminals Rugged Design Built to withstand dust, vibration, impacts, and extreme weather conditions. Devices like the rugged tabletare ideal for the construction industry, farming equipment, waste collection trucks, and emergency vehicles. Intuitive Interfaces Touchscreen interfaces with customizable softwarereduce the learning curve and improve task execution. Streamline daily operations across public and private fleet services, from bus drivers to crane operators. Reliable Connectivity Real-time data transmission via Wi-Fi, cellular, or satellite networks ensures 24/7 operation. Vital for taxi dispatch systems, remote construction sites, and rural farming operations. Flexible Integration and Mounting Suitable for in-vehicle installation or portable use, MDTs adapt to a wide variety of vehicle types.  Data Security and Privacy in MDTs Security is fundamental to the design of MDTs and mobile intelligent terminals: Data is protected through advanced encryption protocols, both in transit and at rest. Authentication systems and role-based permissions prevent unauthorized access. Regular security updates and compliance features meet data protection standards across industries, including public safety, transportation, and farming.  Operational Impact of MDTs MDTs function as real-time operational control centers, connecting field personnel with headquarters. They: Enhance decision-making with instant access to mission-critical data. Automate repetitive tasks and ensure consistent data logging. Improve vehicle usage and reduce downtime. Provide situational awareness and fleet coordination to improve operational efficiency and support reducing costs across the board. Digitax mobile data terminals installed on fleet vehicles, showcasing the full range of multi-peripheral on-board solutions Digitax offers a complete range of professional Mobile Data Terminals — from ATOMO to X-One — delivering smart connectivity, reliability, and real-time control for every fleet application. Discover our Mobile data Terminals Full Range As mobile intelligent terminals, MDTs are evolving into platforms that support AI, cloud computing, and IoT integration, driving innovation across mobile workforce sectors. Whether installed in a city bus, a waste collection truck, a tractor, a construction crane,