2025 WA GIS Conference

Web Editor’s goal is to make GIS data editing easy for you and your team members. For ArcGIS Pro users, Web Editor can supplement editing workflows. With it, GIS professionals can empower others to do their own data editing work themselves, instead of doing the editing work for them. Web Editor enforces data rules when data is captured, so less QA work is needed.

Explore ArcGIS real-time data integration and analysis, learn how real-time GIS supports quick decision-making through live geographic data visualization. Discover how real-time GIS can assist in problem-solving by offering immediate insights for addressing spatial challenges effectively.

With the transition from the National Hydrography Dataset to the elevation-derived 3D Hydrography Program (3DHP), data producers and data users are thinking about how to leverage these data to maximize the value to specific programs and use cases. This presentation will discuss additional derivatives and attributes such as fine-scale catchment delineation, topographically derived bank-full, catchment area, stream order, etc. as well as adjacent datasets such as stormwater networks, wetlands, and landcover that can be further integrated to potentially increase the utility of the base 3DHP data for Washington's user base.

Providing safe, sustainable water, wastewater and stormwater solutions is a critical priority for community leaders, utility managers and a reasonable expectation of citizens. Many utilities rely solely on age based deterioration to forecast asset condition and replacement strategies. This session will discuss best business practices for incorporating risk and physical condition into your asset maintenance strategy. Risk is defined as Probability of Failure and Criticality of Failure. Maintenance workers can score their assets based on these risk factors to better understand potential impact to services provided. Furthermore, adding condition assessment based on physical deterioration of assets helps prioritize where the maintenance dollars should be spent.

The integration of Digital Twin technology with 3D GIS capabilities using the Esri ArcGIS platform represents a significant advancement in spatial data management and visualization. This presentation will explore how Esri's comprehensive suite of tools, including ArcGIS Reality Studio, ArcGIS Urban, ArcGIS Earth, and ArcGIS 3D Analyst Extension, enables the creation and management of realistic 3D digital representations of real-world environments. These digital twins provide a clear and immersive picture of complex systems, facilitating better decision-making and predictive planning across various industries.

Attendees will learn about the foundational 3D data management patterns exhibited in ArcGIS Pro, Online, Enterprise, and configurable apps, which support multi-dimensional analysis and accurate modeling. The presentation will highlight case studies and practical applications, demonstrating how ArcGIS's 3D GIS efforts enhance visualization, collaboration, and stakeholder engagement. By leveraging Esri's digital twin strategy, organizations can model real-world facilities, assets, networks, and systems, integrating different digital twin models for a holistic view.

Join TJ Abbenhaus and Ryan Richardson as they delve into the capabilities of the Esri ArcGIS platform, showcasing its role in driving smarter decision-making and innovative solutions in the realm of Digital Twin and 3D GIS.

As the term Digital Twin continues to grow in popularity, how do organizations understand what it means? In this presentation I will discuss that topic in more detail to help the group get a better understanding of the Digital Twin concept and how it can be leveraged to assist with organization’s modernization efforts.

From there, I will discuss the digital twin workflow from scan to BIM to GIS and then into an ALMS. Throughout we will present different data acquisition options, the conversion efforts, and wrap it up with some current use cases that are underway.

Disasters don’t wait—so why should we? While many organizations rely on GIS for post-disaster response, the real power of geospatial technology lies in proactive preparedness. By leveraging ArcGIS and Esri Disaster solutions before disasters, agencies can predict risks, optimize response strategies, plan evacuations, and mitigate damage, ultimately saving lives and resources all this while having Business continuity. This session will explore the transformative role of ArcGIS in disaster resilience, showcasing possible scenarios where predictive analytics, real-time data, and spatial modeling can empower agencies to stay ahead of emergencies. We’ll discuss best practices in risk mapping, scenario planning, and evacuation mapping. From government agencies to utilities and emergency management teams, organizations that shift from reactive to proactive ArcGIS strategies gain a critical edge. Join us to learn how to future-proof your operations and build a smarter, more resilient response framework—before disaster strikes.

Street-level 360˚ imagery and LiDAR is revolutionizing how infrastructure is managed, from utility and telecommunication networks to public works assets, roads and real estate. It is also critical to the next major computing platform. This session will discuss how several important use cases are addressed using street-level data to maximize savings, minimize time, and mitigate risk, with an emphasis on it augmenting rather than replacing other valuable data sources such as aerial and satellite imagery.

High-resolution aerial imagery is a game-changer for GIS professionals, providing unparalleled accuracy and detail that supports critical decision-making across multiple sectors. This presentation will explore how advanced aerial imagery enhances GIS data integrity for public safety agencies, urban and regional planning departments, utility providers, and land use managers.

By integrating high-resolution imagery with GIS workflows, professionals can improve situational awareness, conduct precise asset mapping, and streamline operations such as emergency response planning, zoning assessments, and infrastructure management. Case studies will demonstrate how agencies leverage updated imagery to reduce errors, enhance predictive modeling, and improve resource allocation.

Attendees will gain insights into the latest advancements in aerial imaging technology, best practices for incorporating high-resolution datasets, and the future of remote sensing applications in GIS. Whether optimizing emergency response routes, refining parcel data, or enhancing vegetation management, high-resolution aerial imagery is a powerful tool for maximizing the accuracy and effectiveness of GIS-driven solutions.

The combination of imagery, big data, analytics, and the ever-expanding capabilities of the Enterprise GIS stack makes migrating from on-premise to the cloud an increasingly attractive option. But where do you begin?

A well-structured migration plan—one that answers the who, what, when, where, why, and how—can make all the difference in ensuring a smooth transition and maximizing the benefits for your organization.

In this 20–25 minute session, we’ll address the top questions and concerns organizations face when considering a move to the cloud. You'll gain insights into:
• Who on your team should be involved in the migration process
• What GIS services, imagery, and databases need to be migrated
• When to expect key milestones and cost considerations
• Where to explore cloud provider options
• Why migrating to the cloud enhances performance, scalability, and collaboration
• How to kick-start your cloud journey with proven migration best practices

Join us to learn how to plan, execute, and demonstrate the value of modernizing your GIS in the cloud.