: Enables the creation of parallel survey lines, target markers, and complex geodetic grids before the vessel leaves the dock.
Qinsy is known for its versatility in handling complex marine environments, from shallow river surveys to deep-sea exploration. Its primary functions include:
Qinsy (Quality Integrated System) stands as one of the premier software suites in the marine survey industry, renowned for its versatility, real-time data processing capabilities, and modular architecture. Developed by QPS (Quality Positioning Services), Qinsy serves as the central nervous system for offshore operations ranging from simple hydrographic surveys to complex deep-water construction and pipe-laying projects. This paper provides an in-depth analysis of the Qinsy ecosystem, exploring its database architecture, driver integration, real-time computation engines, and post-processing capabilities. Furthermore, it examines the software's role in the digital twin era through integration with Qimera and Fledermaus, solidifying its status as an industry standard. : Enables the creation of parallel survey lines,
Unlike some systems that require extensive post-processing, Qinsy provides real-time hydrographic data processing and navigation tools for precise positioning.
Qinsy is a leading hydrographic data acquisition and navigation software suite developed by . Designed for a wide range of marine applications, it serves as a central hub for integrating sensors, planning surveys, and visualizing bathymetric data in real-time. Core Capabilities of Qinsy This allows for 3D fly-throughs
QINSy operates on a model. All survey data—raw sensor inputs, calibration parameters, processing settings, and final products—are stored in a centralized project database.
Researchers employ Qinsy to study underwater phenomena such as: and visualizing bathymetric data in real-time.
For complex visualization, data from Qinsy is exported to Fledermaus. This allows for 3D fly-throughs, volume calculations, and backscatter analysis. This is particularly useful in dredging audits and habitat mapping, where a 3D perspective reveals features that 2D charts miss.