TSPS MAR 2025 FINAL REV - Flipbook - Page 12
obstructed construction sites.
Since surveyors can visually con昀椀rm measurements after 昀椀eldwork,
errors can be identi昀椀ed and corrected before data processing, reducing
costly rework. These advancements
support 3D Surveying Work昀氀ows,
offering a more dynamic approach to
data collection and analysis.
Increased Safety for Surveyors
Surveying often involves working
in hazardous environments, such
as highways, construction zones, or
steep terrain. Visual Positioning enhances safety by allowing surveyors
to measure points remotely from images rather than physically accessing
dangerous locations. This signi昀椀cantly reduces risk and ensures compliance with safety regulations.
Additionally, tilt compensation
eliminates the need for constant receiver leveling, reducing fatigue
during long 昀椀eldwork sessions. By
improving work昀氀ow and safety, Visu-
10 THE TEXAS SURVEYOR March 2025
al Positioning contributes to a more
ef昀椀cient and secure work environment.
Seamless Integration with Modern
Surveying Software
Visual Positioning-enabled GNSS receivers integrate with Leica Captivate, an intuitive 昀椀eld software for
advanced data visualization. Surveyors can capture images, extract
points, and seamlessly integrate 昀椀eld
data into their work昀氀ows, enhancing
productivity and ensuring data consistency.
Additionally, data collected with
Visual Positioning can be processed
using Leica In昀椀nity, a geospatial of昀椀ce software that enables surveyors
to manage and analyze GNSS data,
images, and point clouds in a uni昀椀ed environment. This integration
improves 昀椀eld-to-of昀椀ce transitions,
streamlining 3D Surveying Work昀氀ows and maximizing the value of
collected data.
