E-CON

Kapsch TrafficCom: next-generation tolling hardware platform

Building a Next-Generation Tolling Platform for International Markets.

Executive Impact.

▪

Executive Program Lead for next-generation tolling technology development

▪

International transportation technology environment

▪

Multi-country development organizations across Austria, Sweden, and the United States

▪

New hardware and platform capabilities developed for the North American market

▪

Cross-functional leadership across hardware, firmware, software, product, and delivery

▪

Field deployment and validation completed in the United States

▪

Re-engaged several years later for a strategic platform transformation

Outcome.

▪

Next-generation tolling technology successfully developed for international markets

▪

Hardware platform delivered within agreed time and budget parameters

▪

Engineering and product organizations aligned across countries and disciplines

▪

Successful field validation on the Hood River Bridge between Washington and Oregon

▪

Technical foundation established for subsequent platform evolution

▪

Product capabilities transferred into later international tolling initiatives

▪

Executive confidence demonstrated through a second major mandate

Executive Summary.

A global transportation technology provider sought to expand its tolling capabilities into international markets through a new generation of roadside technology.

The program required the coordinated development of hardware, firmware, software, communication technologies, and product capabilities across geographically distributed organizations.

Executive leadership aligned the international teams, established a common delivery model, and led the platform from development through field validation in the United States.

Situation.

▪

Strategic expansion into international tolling markets

▪

Development of next-generation tolling technology for US deployment

▪

Multiple engineering disciplines with tightly coupled dependencies

▪

Development teams distributed across Sweden, Austria, and the United States

▪

High expectations for reliability, scalability, and field performance

▪

Need for close coordination across product, engineering, and delivery organizations

Situation.

▼

Situation.

▪

Strategic expansion into international tolling markets

▪

Development of next-generation tolling technology for US deployment

▪

Multiple engineering disciplines with tightly coupled dependencies

▪

Development teams distributed across Sweden, Austria, and the United States

▪

High expectations for reliability, scalability, and field performance

▪

Need for close coordination across product, engineering, and delivery organizations

Challenge.

The program combined specialized technologies, engineering disciplines, and international teams within a demanding delivery environment.

Technical excellence alone would not ensure success. The program required a shared product view, disciplined management of cross-functional dependencies, and clear alignment between engineering decisions, delivery commitments, and market requirements.

The objective was to deliver a reliable platform for the immediate deployment while preserving a foundation for future international evolution.

Challenge.

▼

Challenge.

The program combined specialized technologies, engineering disciplines, and international teams within a demanding delivery environment.

The objective was to deliver a reliable platform for the immediate deployment while preserving a foundation for future international evolution.

Leadership Contribution.

▪

Assumed executive leadership of the international development program

▪

Coordinated development activities across Sweden, Austria, and the USA

▪

Aligned hardware, firmware, software, and product stakeholders

▪

Established governance supporting effective cross-border collaboration

▪

Managed program execution across multiple engineering disciplines

▪

Supported the development of onboard units, communication technologies, and roadside infrastructure capabilities

▪

Connected product objectives with engineering execution and market requirements

▪

Led preparation for field deployment and validation

▪

Established the foundation for future product evolution and international deployment

Key Takeaway.

International product development becomes reliable when technical decisions, market requirements, and delivery organizations operate from a shared product view.

Strong engineering capability achieves its full value when cross-functional leadership converts it into coordinated execution.

International product development becomes reliable when engineering decisions, market requirements, and delivery organizations work from one operating view.