About
Solvei helps infrastructure owners and engineers understand how bridges behave in practice over time. By providing continuous measurements, Solvei complements inspections with data that captures structural response as it actually occurs, supporting more informed decisions throughout the lifecycle of a bridge.
Applied Research
The venture originates from applied research at Chalmers University of Technology, where measurement methods have been developed to study structural behaviour under real conditions. Solvei builds on this research to make changing behaviour in bridges measurable, traceable, and usable in engineering practice.
Applied Research
The venture originates from applied research at Chalmers University of Technology, where measurement methods have been developed to study structural behaviour under real conditions. Solvei builds on this research to make changing behaviour in bridges measurable, traceable, and usable in engineering practice.
Applied Research
The venture originates from applied research at Chalmers University of Technology, where measurement methods have been developed to study structural behaviour under real conditions. Solvei builds on this research to make changing behaviour in bridges measurable, traceable, and usable in engineering practice.
Applied Research
The venture originates from applied research at Chalmers University of Technology, where measurement methods have been developed to study structural behaviour under real conditions. Solvei builds on this research to make changing behaviour in bridges measurable, traceable, and usable in engineering practice.




Key Objectives
The monitoring solution focuses on three key aspects of bridge performance. First, strain and deformation are continuously measured along load-bearing elements to identify changes in structural behaviour over time. Second, load distribution is monitored during critical works such as load transfer, strengthening, or reconstruction, enabling controlled execution and effective follow-up. Finally, the long-term behaviour of the bridge under traffic and environmental effects is assessed, allowing for trend analysis and early detection of deviations from normal structural response.
Key Objectives
The monitoring solution focuses on three key aspects of bridge performance. First, strain and deformation are continuously measured along load-bearing elements to identify changes in structural behaviour over time. Second, load distribution is monitored during critical works such as load transfer, strengthening, or reconstruction, enabling controlled execution and effective follow-up. Finally, the long-term behaviour of the bridge under traffic and environmental effects is assessed, allowing for trend analysis and early detection of deviations from normal structural response.
Key Objectives
The monitoring solution addresses three core aspects of bridge performance: continuous measurement of strain and deformation in load-bearing elements to detect changes in structural behaviour; monitoring of load distribution during critical works such as load transfer, strengthening, or reconstruction to ensure controlled execution; and assessment of long-term bridge behaviour under traffic and environmental effects, enabling trend analysis and early detection of abnormal structural response.
Key Objectives
The monitoring solution focuses on three key aspects of bridge performance. First, strain and deformation are continuously measured along load-bearing elements to identify changes in structural behaviour over time. Second, load distribution is monitored during critical works such as load transfer, strengthening, or reconstruction, enabling controlled execution and effective follow-up. Finally, the long-term behaviour of the bridge under traffic and environmental effects is assessed, allowing for trend analysis and early detection of deviations from normal structural response.
Our mission is to empower asset owners with the critical insights needed to secure the built environment. By transforming complex structural data into clear, actionable knowledge, we reduce uncertainty, prevent failures, and ensure the long-term safety and sustainability of the infrastructure society relies on
Our mission is to empower asset owners with the critical insights needed to secure the built environment. By transforming complex structural data into clear, actionable knowledge, we reduce uncertainty, prevent failures, and ensure the long-term safety and sustainability of the infrastructure society relies on
Our mission is to empower asset owners with the critical insights needed to secure the built environment. By transforming complex structural data into clear, actionable knowledge, we reduce uncertainty, prevent failures, and ensure the long-term safety and sustainability of the infrastructure society relies on
Our mission is to empower asset owners with the critical insights needed to secure the built environment. By transforming complex structural data into clear, actionable knowledge, we reduce uncertainty, prevent failures, and ensure the long-term safety and sustainability of the infrastructure society relies on
OUR TEAM
Our mission is to empower asset owners with the critical insights needed to secure the built environment. By transforming complex structural data into clear, actionable knowledge, we reduce uncertainty, prevent failures, and ensure the long-term safety and sustainability of the infrastructure society relies on
OUR TEAM

Gunnar Löfqvist
Buisness developer

Gunnar Löfqvist
Buisness developer

Josefine Nord
Buisness developer

Josefine Nord
Buisness developer

August Jansson
CTO/Researcher

August Jansson
CTO/Researcher

Ignasi Fernandez
Researcher

Ignasi Fernandez
Researcher

Carlos G. Berrocal
Researcher

Carlos G. Berrocal
Researcher

Rasmus Rempling
Researcher

Gunnar Löfqvist
Buisness developer

Gunnar Löfquist
Buisness developer

Josefine Nord
Buisness developer

Josefine Nord
Buisness developer

August Jansson
CTO/Researcher

August Jansson
CTO/Researcher

Ignasi Fernandez
Researcher

Ignasi Fernandez
Researcher

Carlos G. Berrocal
Researcher

Carlos G. Berrocal
Researcher

Rasmus Rempling
Researcher

Rasmus Rempling
Researcher