IVU Showcases AI-Enabled Transport IT Systems at InnoTrans 2026

IVU Traffic Technologies is advancing its software suite for public transport and railway operators by integrating artificial intelligence into its planning, dispatch, and control center systems. The company is presenting these operational data management solutions, which facilitate automated disruption response and direct train path ordering, at the InnoTrans trade fair in Berlin from 22 to 25 September 2026 at hall 2.1, stand 615.

Data synthesis and artificial intelligence queries
The integration of an artificial intelligence assistant, IVU.scout, enables operational data from diverse transport divisions to be aggregated and analyzed. Public transport network operators utilize this mechanism to detect overlapping connections and identify operational discrepancies across multiple transit databases. Personnel can submit specific prompts to the system and retrieve comparative summaries of timetable versions without manually cross-referencing individual entity spreadsheets. This setup is engineered to reduce the manual data processing load when managing complex scheduling configurations for both new and existing personnel.

Digital planning and automated public transport ecosystems
Transitioning to automated operations requires centralizing vehicle technology data and scheduling parameters. Through the system framework designated as neo, the company provides tools such as IVU.plan for initiating digital schedule planning and IVU.devices for centralized remote management of on-board vehicle systems. In addition, the framework supports account-based ticketing systems. This application allows passengers to travel using a smartphone, bank card, or chip card without prior fare selection or registration, relying entirely on backend processing to calculate transit usage based on boarding and alighting data.

Centralized rail disruption management
For railway operations, the integrated rail control center software within IVU.rail links disruption management directly with personnel and vehicle dispatch protocols. Information concerning service deviations is consolidated within a shared database accessible to all authorized dispatch managers. When deviations from standard operating procedures occur, the system distributes real-time operational status updates so that dispatchers can allocate alternative vehicles or crew members in immediate response to track or schedule disruptions.

Standardized train path ordering and interface integration
Railway companies require direct, standardized communication with infrastructure managers to lock in physical route scheduling. Using the software interface, operators can request and manage train paths directly from the internal planning and disposition environment. This architecture supports the Telematics Applications for Passenger Services Technical Specifications for Interoperability (TEL TSI) guidelines, which mandate standardized digital data exchange across European rail transport. Operators transmit essential route data via a common interface to infrastructure managers such as DB InfraGO and SNCF Reseau. By executing train path ordering entirely within the integrated software platform, rail companies bypass the need to operate parallel, disconnected communication systems for scheduling.

Additional Context:
This section details technical specifications and competitive benchmarking not included in the original product announcement

In the global market for public transport data ecosystems and rail scheduling software, IVU systems frequently operate alongside platforms such as Giro HASTUS, Optibus, and Trapeze. While platforms like Optibus primarily utilize cloud-native optimization algorithms focused on bus scheduling and electric vehicle routing, systems like HASTUS and IVU maintain extensive multi-modal capabilities designed for heavy rail and national transit authorities. The inclusion of native TEL TSI compliance enables standardized data interoperability specifically for European rail networks. This protocol integration distinguishes comprehensive rail control centers from generalized transit planning applications, which typically lack direct digital interfaces to national infrastructure managers for automated path ordering.

Edited by Natania Lyngdoh, Induportals editor, assisted by AI.

www.ivu.com