Explore Our Services
What We Offer
BridgeVision provides engineering-led digital inspection and monitoring services for bridge owners who need clearer, more consistent condition information over time.
Our services are designed to complement existing inspection programs by creating structured digital records that can be reviewed, compared, and built upon across inspection cycles.
Foundational Service
Digital baseline for bridge condition understanding
The Foundational Service establishes a high-quality digital record of a bridge’s current condition.
It is intended for structures where owners need improved visibility before rehabilitation planning, replacement decisions, enhanced investigations, or long-term monitoring.
Using high-resolution data capture, 3D digital modeling, and professional engineering review, BridgeVision helps owners create an inspection-grade baseline that supports future comparison and decision-making.
Typical deliverables:
Project-specific capture plan
High-resolution imagery and/or LiDAR capture through qualified partners
3D point cloud, reality mesh, and/or orthomosaic outputs, as appropriate
Secure cloud access to the digital model
Engineering review of key areas of concern
Summary of observations, limitations, and recommended next steps
Best suited for:
Complex or high-value structures
Difficult-to-access areas
Rehabilitation scoping
Early capital planning
Establishing a baseline before future monitoring
Premium Service
Multi-cycle monitoring and change tracking
The Premium Service builds on the initial digital baseline through repeat capture cycles and structured comparison.
The objective is to help owners move from isolated inspection records toward a clearer, more continuous understanding of how bridge condition is changing over time.
By comparing digital records across cycles, BridgeVision helps identify observed changes, support engineering interpretation, and provide more useful information for lifecycle planning.
Typical deliverables:
Repeat capture planning using comparable methodology
Comparable digital datasets across inspection cycles
Cloud-based model environment
Visual and spatial comparison of observed changes
Annotated observations linked to structure locations
Engineering interpretation of deterioration trends
Asset management summary to support planning and prioritization
Best suited for:
Critical corridor structures
Structures with known deterioration mechanisms
Long-term lifecycle planning
Monitoring before or after rehabilitation
Owners seeking stronger continuity between inspection cycles