At IAAPA on 22–24 September 2026, VIOSO will support its long-standing partner project: syntropy in presenting an extraordinary attraction ride exhibit in Halls S3-S23.
The project demonstrates what is possible when an ambitious creative vision, extensive attraction expertise and advanced projection technology are combined from the start.
Creative vision meets specialist calibration
project: syntropy is responsible for the concept, experience design, projection design and overall project implementation. VIOSO contributes its specialist expertise in automated calibration and image processing.
The calibration solution was developed specifically for project: syntropy’s attraction concept and integrated into the exhibit through close collaboration between both teams.
“An experience like this cannot be created by a single technology or a single company. It was only through our close collaboration with project: syntropy, and the complete combination of our individual strengths, that this exceptional concept could become a reality.”
A partnership built on complementary strengths
The partnership is built on many years of successful cooperation and a clear division of responsibilities. project: syntropy develops and delivers the complete attraction experience for the client, including projection design and interactive technology, while VIOSO supports the project as its specialised calibration technology partner.
Customers interested in creating a comparable attraction or ride experience will benefit from this proven partnership and will be supported jointly, with project: syntropy leading the overall concept and project delivery.
The exhibit is therefore not a standard solution that can be replicated through individual technical components alone. It is the result of an integrated development process shaped by both companies’ distinctive expertise.
Experience it at IAAPA
Visitors to IAAPA will be able to experience firsthand what can be achieved when creative attraction design and precise projection technology are developed as one integrated solution.
22–24 September 2026
Halls S3-S23