Quick Takeaways
- PLM software enables HOLON to develop a Level-4 autonomous electric vehicle using a fully digital, cloud-native engineering backbone.
- Cloud-based lifecycle management is accelerating collaboration, traceability, and time-to-production across global teams.
On October 30, PLM software took center stage in automotive digital engineering as PTC confirmed that HOLON, a Benteler Group subsidiary, is using its Windchill+ cloud platform to develop the HOLON urban vehicle. The autonomous Level-4 electric vehicle is engineered to meet full automotive standards while relying on a digitally driven development approach.
By deploying PLM software as a software-as-a-service solution, HOLON has transitioned away from manual and paper-based workflows. The move establishes a unified digital backbone that supports every stage of vehicle development, from early design through industrialization, while ensuring data consistency and traceability across teams.
PLM Software Driving a Fully Digital Development Model
The adoption of PLM software has enabled HOLON to build an integrated product development environment where engineering data is managed centrally and updated in real time. This digital model allows teams to collaborate seamlessly, regardless of location, while maintaining strict version control and compliance with automotive standards.
Key outcomes of this digital transformation include:
Connecting Global Teams Through Cloud-Based PLM Software
HOLON’s development operations span Germany and the United States, with future manufacturing sites planned across regions. Cloud-native PLM software connects these locations on a single platform, enabling engineers, program managers, and manufacturing planners to work from the same digital source of truth.
This approach minimizes communication gaps between development centers and production teams. It also ensures that design changes, validation data, and process updates are instantly visible to all stakeholders, supporting a more resilient and scalable product development strategy.
Accelerating Time-to-Production for Autonomous Electric Vehicles
A critical advantage of PLM software lies in its ability to compress development timelines without compromising quality. HOLON expects this digital-first strategy to support a targeted five-year path from concept to series production for its autonomous electric vehicle.
By combining cloud scalability with structured lifecycle management, HOLON can coordinate complex systems engineering, software integration, and compliance requirements more efficiently. The result is a development process designed to keep pace with the rapid evolution of autonomous mobility.
PLM Software as a Foundation for Future Mobility Programs
The use of PLM software positions HOLON to scale beyond a single vehicle program. A fully digital product lifecycle framework provides the flexibility to support future model variants, updates, and technology integrations while maintaining control over cost, quality, and timelines.
As autonomous and electric vehicle programs grow more complex, digital lifecycle management is becoming a strategic necessity rather than a supporting tool. HOLON’s approach highlights how cloud-based PLM can underpin next-generation mobility development with speed, transparency, and global collaboration.
By deploying PLM software as a software-as-a-service solution, HOLON has transitioned away from manual and paper-based workflows. The move establishes a unified digital backbone that supports every stage of vehicle development, from early design through industrialization, while ensuring data consistency and traceability across teams.
PLM Software Driving a Fully Digital Development Model
The adoption of PLM software has enabled HOLON to build an integrated product development environment where engineering data is managed centrally and updated in real time. This digital model allows teams to collaborate seamlessly, regardless of location, while maintaining strict version control and compliance with automotive standards.
Key outcomes of this digital transformation include:
- Faster design iterations supported by real-time data access
- Improved productivity through automated workflows
- Reduced dependency on manual documentation
- Stronger alignment between engineering and manufacturing planning
Connecting Global Teams Through Cloud-Based PLM Software
HOLON’s development operations span Germany and the United States, with future manufacturing sites planned across regions. Cloud-native PLM software connects these locations on a single platform, enabling engineers, program managers, and manufacturing planners to work from the same digital source of truth.
This approach minimizes communication gaps between development centers and production teams. It also ensures that design changes, validation data, and process updates are instantly visible to all stakeholders, supporting a more resilient and scalable product development strategy.
Accelerating Time-to-Production for Autonomous Electric Vehicles
A critical advantage of PLM software lies in its ability to compress development timelines without compromising quality. HOLON expects this digital-first strategy to support a targeted five-year path from concept to series production for its autonomous electric vehicle.
By combining cloud scalability with structured lifecycle management, HOLON can coordinate complex systems engineering, software integration, and compliance requirements more efficiently. The result is a development process designed to keep pace with the rapid evolution of autonomous mobility.
PLM Software as a Foundation for Future Mobility Programs
The use of PLM software positions HOLON to scale beyond a single vehicle program. A fully digital product lifecycle framework provides the flexibility to support future model variants, updates, and technology integrations while maintaining control over cost, quality, and timelines.
As autonomous and electric vehicle programs grow more complex, digital lifecycle management is becoming a strategic necessity rather than a supporting tool. HOLON’s approach highlights how cloud-based PLM can underpin next-generation mobility development with speed, transparency, and global collaboration.
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