Building Greater Clarity: Transforming Construction with Connected Data and ArcGIS
Construction data is everywhere. Discover how connected, location-based data helps teams work smarter, reduce risk, and keep projects successfully moving forward.
Construction
Deliver better construction outcomes with GIS software
Improve project visibility, control costs, and streamline construction project management from planning through handover.
Why use GIS for construction project management?
- Keep projects on track
- Reduce rework
- Make faster, smarter decisions
Stay on schedule with enhanced construction monitoring
Give every stakeholder a single, reliable source of truth for schedules, documents, and field data—no matter where that information lives.
Improve project visibility and monitor progress in real time. Gain better control over timelines, costs, and risks by integrating geographic information system (GIS) software with scheduling tools and tracking materials for just-in-time delivery.
See what’s happening above and below ground to reduce costly rework
Bring all your construction data into GIS to ground your project with precise geographic context. Pre-con and construction teams can run clash detection, identify issues, and mark defects before crews ever break ground, reducing rework and costly surprises.
The result is better coordination across trades and clearer communication with field teams. More organized, accessible information ensures everyone has what they need, when and where they need it.
Improve field connectivity and use real-time data for better decision-making
Connect the construction site to the office using location-based tools that tie field activity directly to your project data. By linking mobile crews, equipment, and IoT sensors into a living digital twin, you can collect and analyze up-to-date information and make faster, more informed decisions.
With integrated reality capture, compare project plans against actual construction activity and track people and assets in real time. Improve jobsite safety with live data, build more accurate schedules, and monitor projects remotely.
CUSTOMER SUCCESS STORIES
See how organizations are using ArcGIS to advance construction
- Digital Transformation
- Modernizing election
- Monitoring elections
Explore related solutions
See how ArcGIS supports connected project delivery, digital twins, and infrastructure management across the asset life cycle.
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Frequently asked questions
GIS helps construction team members connect project information to real-world locations.
Benefits of ArcGIS include:
- Improved project visibility across jobsites and assets
- Better coordination between field and office teams
- Faster identification of project risks and issues
- More informed decision-making using real-time data
- Greater consistency from the planning and construction phases to operations
By providing a geographic foundation for project information, GIS helps teams make more informed decisions and achieve better project outcomes.
GIS provides the geographic context that connects data from multiple systems into a digital twin.
A construction digital twin powered by ArcGIS can combine:
- BIM models
- Reality capture data
- Drone imagery
- IoT and sensor information
- Field observations
- Asset and operational data
When connected through ArcGIS, these datasets provide a comprehensive view of projects and infrastructure assets throughout their life cycle.
GIS and BIM software support different but complementary needs. BIM provides detailed design and engineering information. GIS provides geographic context and operational insight.
Together, GIS and BIM help organizations
- Connect design models to real-world locations.
- Improve collaboration across stakeholders.
- Support project planning and construction execution.
- Enable smoother transitions into operations and maintenance.
- Create a foundation for digital twin workflows.
To learn more about how BIM GIS integration bridges the gap between design, construction, and asset operations, explore Esri’s strategic alliance with Autodesk.
Project visibility improves when information from multiple sources is connected and accessible in a single operational view.
With ArcGIS, organizations improve visibility by
- Centralizing project information.
- Integrating field and office workflows.
- Using interactive maps and dashboards.
- Monitoring progress in near real time.
- Visualizing project data within geographic context.
This approach helps teams identify issues earlier, improve communication, and make better project decisions.
Every asset, activity, inspection, and project milestone has a location associated with it.
Location-enabled ArcGIS workflows help teams
- Track work across project sites.
- Understand project conditions in context.
- Improve field coordination.
- Visualize progress spatially.
- Connect data from multiple systems.
Using location as a common framework helps construction project management teams and field crews create a more complete understanding of project performance and project status.
GIS strengthens risk mitigation and management by helping organizations understand how infrastructure interacts with environmental, operational, and community conditions.
Construction and infrastructure teams use ArcGIS to
- Evaluate environmental impacts.
- Assess flood and climate-related risks.
- Support long-term asset planning.
- Improve resource allocation.
- Monitor infrastructure performance over time.
These insights help organizations make more informed decisions that support resilient and sustainable infrastructure development.
Construction projects generate information during planning, design, construction, and operations. When that information remains disconnected, teams often experience delays, rework, and inefficient handoffs.
A connected approach helps organizations
- Reduce information silos.
- Improve collaboration across teams.
- Preserve project knowledge.
- Reduce rework and duplication.
- Support operations after project completion.
Connecting data across the asset life cycle through ArcGIS creates a stronger foundation for construction project management, handover, and long-term infrastructure operations.
