Linear Infrastructure

4D Digital Twin for Linear Infrastructure

Linear infrastructure projects shape the backbone of modern connectivity, stretching across vast distances to link communities and power economies. From highways and railways to utility corridors, these extensive projects demand innovative digital solutions for documenting miles of construction while ensuring precise alignment and quality control. Digital twin technology has emerged as a game-changer in transforming how we capture, validate, and manage these critical infrastructure assets.

Challenge

What makes Linear Infrastructure challenging?

Constructing and documenting linear infrastructure presents unique complexities due to its geographical scale and distributed nature. Construction teams managing roads, railways, and utilities face unique documentation challenges due to the extensive scale and distributed nature of these projects. Traditional photo and video documentation methods often fail to provide consistent, organized records of site conditions.

Time-Consuming Documentation

Traditional site walks or manual photo documentation of infrastructure projects spanning miles is impractical and inefficient. Teams struggle to maintain consistent visual records across extensive project corridors.

Site Constraints

Remote locations, hazardous environments, and limited accessibility make regular site inspections and documentation challenging, potentially causing delays in decision-making and progress monitoring.

Limited Spatial Context

Scattered photo documentation makes it difficult to understand and share site conditions across extensive linear projects. Remote stakeholders lack clear visual context of how different sections connect.

Location Tracking

Without GPS integration, teams struggle to organize and navigate documentation for large linear sites effectively. This makes it challenging to locate specific sections when reviewing site conditions or sharing information.
Project

Linear Infrastructure Project

Type
Linear Infrastructure, Road Widening Project
Location
South Korea
Use Case
4D Documentation
Vehicle-mounted, GPS-enabled capture and documentation of vast sites.
Spatial Collaboration
Remote collaboration with stakeholders on remote site feasibility studies.
Type
Healthcare
Location
Canada
Use Case
3D Documentation
Site & Progress Documentation
Progress Tracking
SiteInsights
BIM Integration
BIM vs Reality Comparison for Progress Validation
CupixWorks' VideoDrive feature enables GPS-enabled, vehicle-mounted 360° capture at speeds up to 40km/hr. This capability expands capture opportunities to sites that are too vast, long or dangerous for humans to walk such as linear infrastructure, large construction sites and wild sites.
10x
Faster Capture: Vehicle-mount capture dramatically reduces time to capture sites
5x
More Feasible: Vehicle-mount capture dramatically expands new opportunities for areas that are inaccessible, dangerous and too vast to walk by foot such as highway, pipeline, and railway
Boom Time: 3D Digital Tools Hold The Key to Capitalizing on New Infrastructure Building Opportunities
With the signing into law of the $1.2 trillion Bipartisan Infrastructure Framework, the construction industry faces a broad range of new opportunities. Architecture, engineering and construction (AEC) firms that specialize in road and bridge work, and the subs who support them, may find themselves especially busy, since $110 billion has been set aside for roads, bridges and major infrastructure projects, $40 billion of it for bridge repair, replacement and rehabilitation. But not everyone will share a piece of the pie.
See what Cupix can do for you