Kapsch TrafficCom

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 Sweden, Austria, and the USA

Development of new tolling hardware and platform capabilities for the North American market

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

Successful field deployment and validation in the United States

Re-engaged several years later to lead a strategic platform transformation initiative

Outcome

Successful development of next-generation tolling technology for international markets

Hardware platform delivered within planned time and budget parameters

Cross-functional development organizations aligned across multiple countries and disciplines

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

Technical foundation established for future tolling platform evolution

Product capabilities successfully transferred into subsequent international tolling initiatives

Organizational confidence reflected through a second executive mandate several years later

Executive Summary

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

The initiative required the coordination of multiple engineering disciplines, geographically distributed development teams, and demanding delivery timelines while supporting strategic expansion into the North American market.

Executive leadership was engaged to lead the development program, align international delivery organizations, and establish the foundation for future platform growth.

Situation

Strategic expansion into international tolling markets

Development of next-generation tolling technology for North American deployment

Multiple engineering disciplines involved, including hardware, firmware, and platform development

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

High expectations regarding reliability, scalability, and field performance

Need for coordination across product, engineering, and delivery organizations

Situation

Situation

Strategic expansion into international tolling markets

Development of next-generation tolling technology for North American deployment

Multiple engineering disciplines involved, including hardware, firmware, and platform development

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

High expectations regarding reliability, scalability, and field performance

Need for coordination across product, engineering, and delivery organizations

Challenge

The program brought together multiple technologies, engineering disciplines, and international teams within a highly specialized transportation technology environment.

Success depended not only on delivering new hardware capabilities, but also on aligning development organizations with different technical backgrounds, working practices, and geographic locations.

The objective was to establish a reliable product platform capable of supporting future international deployments while maintaining delivery discipline across all participating organizations.

Challenge

Challenge

The program brought together multiple technologies, engineering disciplines, and international teams within a highly specialized transportation technology environment.

Success depended not only on delivering new hardware capabilities, but also on aligning development organizations with different technical backgrounds, working practices, and geographic locations.

The objective was to establish a reliable product platform capable of supporting future international deployments while maintaining delivery discipline across all participating organizations.

Leadership Contribution

Assumed leadership of the international tolling development program

Coordinated development activities across Sweden, Austria, and the USA

Aligned hardware, firmware, software, and product stakeholders around common delivery objectives

Established governance structures supporting effective cross-border collaboration

Managed program execution across multiple engineering disciplines

Supported the successful development of next-generation tolling hardware components, including onboard units, communication technologies, and roadside infrastructure capabilities

Ensured alignment between product objectives, engineering execution, and market requirements

Prepared the foundation for future platform evolution and international deployment

Key Takeaway

Successful product innovation requires more than technical excellence.

It requires the ability to align people, technologies, and delivery organizations around a shared vision while maintaining focus on execution and long-term scalability.

Global product development becomes predictable when engineering complexity is matched by leadership discipline.

© 2026 E-CON

Enterprise Transformation Executive focused on aligning business, technology, governance, and execution.
Based in Vienna, Austria - engaged across European and international transformation environments.

© 2026 E-CON

Enterprise Transformation Executive focused on aligning business, technology, governance, and execution.
Based in Vienna, Austria - engaged across European and international transformation environments.

© 2026 E-CON

Enterprise Transformation Executive focused on aligning business, technology, governance, and execution.
Based in Vienna, Austria - engaged across European and international transformation environments.