Five GIS Trends Shaping the Future of Infrastructure, Planning, and Asset Management

For years, computer-aided design (CAD) and geographic information systems (GIS) have served distinct purposes within infrastructure and engineering projects. Those boundaries are rapidly dissolving.

A key topic throughout the conference was the growing integration between Autodesk and Esri platforms. Tools such as ArcGIS for AutoCAD are allowing design and geospatial workflows to become increasingly connected. Rather than simply viewing one another’s data, teams can now edit, enrich and exchange information across platforms throughout the project lifecycle.

This evolution is helping organizations create a more seamless flow of information between planning, design, construction and operations.

Maps are becoming more than static displays of information. New visualization capabilities are helping organizations communicate complex data in ways that are easier to understand and act upon.

Esri highlighted advances in dynamic cartography, including enhanced lighting effects that bring greater realism to visualizations. New symbology tools can also show movement and direction more intuitively. For example, animated arrows can now illustrate flow direction within utility networks, helping users quickly interpret how systems operate.

As infrastructure networks become increasingly complex, these types of visual enhancements can improve communication among project teams, operators, decision-makers and the public.

Naturally, artificial intelligence was one of the most discussed topics throughout the conference, particularly as it relates to GIS workflows.

AI is proving valuable for tasks such as feature identification, classification and data management across both 2D and 3D environments. These capabilities can reduce manual effort and help organizations process larger datasets more efficiently.

At the same time, conference discussions consistently emphasized that AI is not a replacement for professional judgment. While models can help analyze information and automate repetitive tasks, they cannot fully determine how data should be applied within specific operational, regulatory or community contexts.

The takeaway is clear: organizations that combine AI capabilities with experienced GIS and infrastructure professionals will be best positioned to realize meaningful value from these emerging technologies.

Digital twins continue to gain momentum as a powerful tool for planning, operations and decision-making.

Conference sessions showcased how organizations are using digital twins to monitor real-world conditions, evaluate future scenarios and support emergency management efforts. What was once primarily a visualization tool is increasingly becoming a dynamic platform for operational awareness and strategic planning.

Two examples from regions Primera supports included drone-based data collection efforts in Washington, D.C. and large-scale redevelopment initiatives in Chicago. The use cases demonstrate how digital twins are helping organizations better understand assets, anticipate challenges, and make more informed decisions.

One of the most notable themes from the conference was the growing influence of technologies that originated outside the GIS industry.

Game engines such as Unreal Engine and Unity, originally developed for interactive gaming experiences, are now being used to create highly immersive and realistic representations of infrastructure and communities. These platforms are expanding how organizations visualize projects, analyze scenarios, and engage stakeholders.

Similarly, there is increasing emphasis on interoperability within AI ecosystems. Rather than developing isolated solutions, software providers are focusing on compatibility with existing AI models and repositories, including platforms such as Hugging Face. This approach allows organizations to adopt new capabilities more quickly while leveraging existing investments.

The GIS industry continues to evolve at an impressive pace. While technologies such as AI, digital twins, and advanced visualization tools are gaining significant attention, the broader trend is one of convergence. We’re bringing together design, data, analytics and communication into a more connected ecosystem.

For infrastructure owners, utilities, transportation agencies, and municipalities, these developments represent opportunities to improve decision-making, strengthen stakeholder engagement, and create better outcomes throughout the asset lifecycle.

As GIS becomes increasingly integrated with engineering, planning, and operational workflows, organizations that embrace these innovations will be better equipped to navigate the challenges and opportunities ahead.