ATOMO 10 — Android Modular Mobile Data Terminal (MDT)

ATOMO 10 MDT is a professional Android Mobile Data Terminal designed for public transport, fleet management, and special vehicles.
It serves as the central driver console within the ATOMO 10 ETS ecosystem, integrating ticket validation, navigation, diagnostics, and communication into a single modular device.
Compact, reliable, and certified for automotive use, it provides the ideal foundation for connected and intelligent mobility.

Yes — thanks to the Digitax Android Platform-On-Module, ATOMO 10 MDT can be upgraded at any time.
Both CPU and operating system (Android 9, 10, or 14), as well as Wi-Fi, Bluetooth and modem modules, can be replaced or updated without changing the hardware.

Yes — Over-The-Air (OTA) firmware and software updates are handled automatically through the AITP processor.
This ensures that each device remains compliant, secure, and up-to-date without manual intervention or downtime.

Stealth Mode keeps the system active while turning off display and audio, reducing energy consumption and ensuring discreet operation.

• Driver Monitoring — remote activation via “Wake-Up on Ring” for location tracking or data capture.

• Ghost Mode — maintains operation when the vehicle is off.

• Alarm Management — sends GPS location, screenshots or audio streams to the control center.

These features make ATOMO 10 ideal for security, emergency response, and surveillance applications.

ATOMO 10 is used across multiple sectors, including public transport, security and law enforcement, logistics, and specialised fleet operations — anywhere reliable, connected, and intelligent on-board management is required.

ATOMO 10 MDT includes a dedicated Automotive Intensive Task Processor (AITP) that works alongside the main CPU.
The AITP manages power distribution, safe shutdown, wheel pulses, distance/speed calculation, and Over-The-Air (OTA) updates for firmware and tariffs.
This dual-CPU design ensures continuous operation, remote programmability, and high system reliability — even if the main Android processor is off.

See more on Automotive OTA Systems

By centralizing all vehicle functions in one console, ATOMO 10 MDT reduces the number of external devices and simplifies the entire system architecture.
It supports real-time data exchange via CAN Bus, RS232/RS485, OBD II and FMS, allowing continuous monitoring of engine parameters, passenger flows, and driver behavior.
Combined with the AITP processor and OTA diagnostics, it provides predictive maintenance, fewer failures, and maximum uptime.

The modular Platform-On-Module architecture extends product life by allowing hardware upgrades without replacing the full system.
This simplifies maintenance, lowers costs, and supports integration with both Digitax and third-party devices.

The 10.1″ Full HD display (1000 nits) and capacitive touch controller deliver excellent readability and responsiveness even in bright environments.
Ten dedicated LED function keys extend touchscreen lifespan, and an ambient-light sensor adjusts brightness automatically.
The Smart Power button enables custom actions such as safe shutdown or activation of Ghost Mode.

Digitax offers a complete Android SDK with APIs, libraries and sample code to support custom application development.
System integrators can access vehicle data layers such as CAN Bus, digital I/O, GPS and modem controls for integration with back-office and fleet management platforms.
Full technical support is provided by the Digitax R&D team for software customization and application updates.

Yes — the MDT integrates natively with the ATOMO 7 Ticket Validator and the Digitax Printer, forming a complete on-board system for ticketing and fleet operations.
This setup creates a unified ecosystem for fare collection, service tracking, and real-time communication within the ATOMO 10 ETS framework

Its robust automotive certification and hardware design withstand voltage surges (up to 32 V), vibration, and ESD/EMC interference.
Together with the internal backup battery and AITP-based safe shutdown, the system ensures data integrity, resilience, and continuous operation under demanding fleet conditions.