WingNEO INFINITY 2026

Wingneo® INFINITY 2026 is a CAD solution developed by Aisan Technology Co., Ltd., aimed at enhancing efficiency in surveying, civil engineering design, and property registration.  it targets professionals in these fields with advanced features to streamline complex workflows. Below is a detailed overview based on available information:

Main Features and Updates

Wingneo® INFINITY 2026 introduces several new functionalities and enhancements tailored to modern surveying and design needs:

Geographical Institute Map Vector CAD Integration
Enables seamless import and use of vector map data from Japan’s Geographical Institute.
Users can select attributes (e.g., layers, shapes) for inclusion or exclusion, with options to save and load settings.
Supports CAD operations like polyline conversion for continuous line data, enhancing usability with shortcut keys.
Enhanced Property Registration Functions
Improved handling of sectional buildings and their annexes, offering greater flexibility for complex structures.
Integration with survey photos via the “INFINITY Photo Import” feature, linking images from tools like LasPort or PocketNeo® III to property investigation reports.
Simplifies report creation for sections like “Current Site Conditions,” “Near/Far Views,” and “Survey Diagrams.”
3D Point Cloud and WingEarth Integration
Strengthened連携 with WingEarth, a high-speed 3D point cloud editing tool, for efficient handling of large-scale 3D data.
Supports 3D point cloud synthesis based on the March 2024 Ground Laser Surveying System manual, improving measurement accuracy.
LandXML 1.2 (Ver. 1.6) Compliance
Supports the latest 3D design data exchange standard (April 2024 draft, Ver. 1.6).
Allows visualization of planned surfaces, terrain surfaces, and skeleton displays in model view, with options to toggle and manipulate 3D models.
Geodetic System Update
Incorporates the “World Geodetic System (2024)” and “Geoid 2024 Japan” model for improved elevation and coordinate accuracy.
Additional Features
Integration with LasPort for enhanced data collection.
Vehicle trajectory mapping for creating movement paths with customizable intervals (low, medium, high).
Customer-driven improvements based on user feedback, enhancing overall usability.