Colliers Engineering & Design, a leading engineering, architecture, and design firm headquartered in Holmdel, New Jersey, and vialytics, an AI-powered road and asset management platform, today announced a strategic alliance designed to help municipal and public-sector clients improve how they assess roadway conditions, prioritize maintenance, and plan long-term infrastructure investments.

Municipalities and other clients managing road networks often face limited resources, inconsistent condition data, and time-intensive manual assessment processes. Through this collaboration, Colliers Engineering & Design and vialytics provide clients with a faster, more scalable approach to roadway and asset condition insights—enabling agencies to move from reactive repairs toward proactive, data-driven planning.

Core Benefits of this alliance are: 

• Predictive Maintenance (The “Fix Before Failure” Model)
• High-Accuracy Asset Inventories
• Optimized Resource Allocation
• Infrastructure Resilience

vialytics’ platform uses a smartphone mounted inside a vehicle to collect road imagery as staff or fleet vehicles travel their normal routes. The system applies machine learning and image recognition to identify pavement distresses by type and severity, while also supporting inventory and condition insights for additional infrastructure assets such as traffic signs and stormwater features. The resulting data can be exported and integrated into municipal workflows, including GIS environments, to support reporting, analysis, and long-term planning.

Colliers Engineering & Design leverages these insights to support a wide range of municipal services, including roadway condition assessments, preventative maintenance strategies, capital improvement planning, and broader infrastructure programs such as traffic sign management and stormwater/MS4 documentation.

Together, Colliers Engineering & Design and vialytics aim to help public agencies access actionable insights faster, strengthen funding and budget justification, and build infrastructure programs that can be updated over time—not just assessed once.

For more information please contact:

Suzanne Zitzman, GISP
GIS Discipline Leader