ArcGIS Survey Overview
ArcGIS Survey is a comprehensive field data collection solution developed by Esri that enables surveyors and geospatial professionals to capture, manage, and analyze survey data in real-time. This cloud-based platform integrates seamlessly with ArcGIS Online and ArcGIS Enterprise, allowing teams to streamline surveying workflows from field to office. ArcGIS Survey represents a modern approach to traditional surveying by combining mobile technology, cloud computing, and spatial analytics into a single unified system.
What is ArcGIS Survey?
ArcGIS Survey is built on Esri's ArcGIS platform and provides surveyors with intuitive mobile applications and desktop tools for collecting, organizing, and sharing field data. The platform supports both point and feature-based data collection, enabling professionals to document survey measurements, observations, and spatial information directly in the field. Unlike legacy surveying methods that required manual data entry after field work, ArcGIS Survey captures data digitally and synchronizes it immediately with cloud-based repositories, eliminating transcription errors and improving project efficiency.
Technical Architecture and Features
Data Collection Capabilities
ArcGIS Survey operates through mobile applications available on iOS and Android devices, complemented by web-based interfaces for office-based analysis. The platform supports integration with various surveying instruments including [Total Stations](/instruments/total-station), GPS/[GNSS Receivers](/instruments/gnss-receiver), and laser distance meters. Field operators can configure custom forms and data schemas that automatically capture measurements with associated metadata such as timestamps, accuracy information, and georeferenced locations.
The platform supports both online and offline data collection, allowing surveyors to work in areas with limited connectivity. Once connectivity is restored, data automatically synchronizes to the cloud, ensuring no information is lost during field operations.
Cloud Integration and Real-Time Collaboration
One of ArcGIS Survey's key advantages is its real-time synchronization with cloud-based databases. Project managers and surveyors can monitor field progress instantly, identify data quality issues, and make decisions based on current information. The platform enables multiple team members to work simultaneously on the same project, with automatic conflict resolution ensuring data integrity.
Surveying Applications
Boundary and Property Surveys
ArcGIS Survey excels in boundary surveying applications where accurate location data is critical. Surveyors can capture boundary monuments, property lines, and easements directly into the system, creating digital records that are immediately available to clients and stakeholders. The platform's ability to integrate with [GNSS Receivers](/instruments/gnss-receiver) and total stations ensures high-precision measurements are properly documented.
Infrastructure and Asset Mapping
For infrastructure projects including utility mapping, transportation surveys, and municipal asset inventories, ArcGIS Survey provides systematic workflows for comprehensive documentation. Organizations can maintain up-to-date inventories of field assets with complete attribute information, inspection records, and spatial locations.
Environmental and Construction Surveys
Environmental surveyors and construction professionals use ArcGIS Survey to document site conditions, monitor changes over time, and maintain compliance records. The platform supports photographic documentation, sketch annotations, and detailed observations linked directly to survey features.
Integration with Surveying Instruments
ArcGIS Survey connects with various surveying instruments through specialized software connectors. When paired with equipment from manufacturers like [Leica](/companies/leica-geosystems), the system can directly import high-precision measurements and automatically georeference data. This integration eliminates manual data transfer steps and reduces potential measurement errors in the office workflow.
Advantages and Best Practices
Key advantages of ArcGIS Survey include reduced field-to-office turnaround time, improved data quality through validation rules, and enhanced collaboration capabilities. Best practices include establishing standardized form templates before fieldwork, training team members on mobile interfaces, and implementing regular data quality reviews.
ArcGIS Survey represents the evolution of surveying technology, combining traditional surveying principles with modern digital workflows and cloud computing infrastructure to deliver more efficient, accurate, and collaborative project outcomes.