Leica Infinity

Always be in the know. No matter the data, Infinity supports your workflows while giving you oversight of all your processes. Generate reliable reports and documents which give you the quality assurance you need for your projects. Full data traceability from import to processing and to export, all from your geospatial processing office software.

The data bridge connecting the field and the design world. It’s easy using the 3D viewer front and centre to visualise imported field data for quality control, processing and sending to CAD. Bringing CAD design data to better visualise the scope and scale of projects and preparing field measurement and staking tasks are accomplished effectively. Infinity is the bridge between field and office.

With data services by Leica, Hexagon and 3rd parties integrated with Infinity, access to data is seamless and effective. Download GNSS reference data direct from HxGN SmartNet, use aerial imagery from the HxGN Content Program as base maps in a project including sharing to the field for complete spatial awareness. Move and share data directly with Leica Exchange and Leica ConX, sending data direct to users or to machines.

Import, view and analyse field work as shown by the images taken from the field. Measure forgotten points, generate point comparisons or use UAV image data to derive point clouds, digital surface data and up to date orthophotos supporting your field campaigns, including reports using ASPRS standards to provide the confidence you need from the data results. Use images to always be up to date.

Create detailed surface models from your field data with Infinity. Combine measured points with point cloud data, add lines as breaklines and use areas for exclusion or boundaries. Use surfaces to compute volumes, measure and compare surfaces, and compute cut fills maps to generate tolerance differences which can be sent to the field for staking out problem areas.

Derive accurate results when processing all sources of field data including total station observations, levelled precise heights, and GNSS RTK and static baseline observations. Run full 3D, 2D and 1D least squares adjustments to produce the most reliable coordinate data.