Orthorectified images, drawings and geospatial layers.
Geospatial information for real projects
Geomatics, surveying and 2D/3D modeling for engineering and infrastructure projects
Geomatics services in Mexico to survey, process and analyze land information. We integrate surveying, photogrammetry, LiDAR, GIS cartography, 3D models and measurements for construction, mining, infrastructure, cadastre and technical studies.
Digital terrain model
X / Y / Z
LAYERS · ELEVATION · SURFACE
LAYERS · ELEVATION · SURFACE
Territory turned into dataContour lines · 3D mesh · Spatial information
VECTOR VISUALIZATION
ILLUSTRATIVE REPRESENTATION
ILLUSTRATIVE REPRESENTATION
Service scope
The methodology is defined by what you need to know, measure or represent
Each project requires a different combination of capture, control, processing and analysis. We evaluate the area, the environment, the available information, the level of detail and the deliverables to propose a suitable workflow. We do not assume a universal accuracy: technical criteria are set according to the project.
We can work with new data, integrate existing surveys or combine different geospatial sources, as long as their reference systems, quality and metadata are compatible with the objective.
Specialized services
Geomatics and land analysis capabilities
We integrate the services needed to produce reliable, useful information. The scope, equipment and formats are defined in each project proposal.
01
CAPTURE AND SURVEYING
Understand the terrain with measurable data
We select the capture method according to the extent, level of detail, site conditions and the product the project needs.
02
CARTOGRAPHY AND MODELS
Turning data into spatial information
We process and structure the information to produce maps, surfaces, models, GIS layers and representations that can be viewed and analyzed.
03
MEASUREMENT AND ANALYSIS
Measure changes, quantities and patterns
We apply spatial analysis and comparisons to support decisions on construction, mining, agriculture, assets and project location.
04
SPECIALIZED INTEGRATION
Connecting geomatics with other disciplines
We prepare information for design, engineering and hydrographic workflows, with formats and levels of detail agreed with the client.
What do you need to survey or model?
Quote a survey Share the area, the objective and the products you expect to receive so we can evaluate the technical scope.
Products and deliverables
Information ready to view, measure and integrate
Final products are agreed according to the objective, the data source, the required accuracy and the formats compatible with the client's systems.
Digital surfaces, elevations and derived products.
3D data for classification, measurement and modeling.
Representation of relief and terrain geometry.
Three-dimensional models and volume calculations per project.
Structured information for consultation and technical analysis.
Methodology
A technical process with defined deliverables
We define the objective, the area, how the information will be used and the products needed.
We select the method, sensor, control, coverage, logistics and quality criteria.
We capture data in the field or integrate existing sources according to the scope.
We generate cartography, surfaces, models, point clouds and derived products.
We check consistency, spatial reference, coverage and the agreed criteria.
We organize files, reports and formats for the client's technical use.
Applications
Spatial information for different sectors
Construction and civil works
Mining and materials
Infrastructure and energy
Cadastre and land management
Agriculture and agribusiness
Urban development
Engineering and consulting
Hydrography per project
Technologies and formats
Tools selected according to the project
The solution can combine different capture and processing methods. The choice depends on the area, environment, level of detail, data availability and requested deliverables.
Frequently asked questions
Before requesting a survey
Which geomatics services can a project include?
Depending on the objective, surveying, photogrammetry, LiDAR, GIS cartography, orthomosaics, digital elevation models, point clouds, volumetrics and multitemporal analysis can be combined. The scope is defined from the area, existing data and required deliverables.
What accuracy can a topographic survey achieve?
Accuracy should not be assumed as a single value. It depends on the capture method, equipment, GNSS or survey control, geometry, site conditions, processing and verification. Accuracy and acceptance criteria are set before the project is carried out.
What is the difference between a DTM and a DSM?
A digital terrain model represents the elevation of the bare ground; a digital surface model represents the surface including features above ground, such as vegetation and buildings. The availability and quality of each product depend on the data and the processing.
When is LiDAR better than photogrammetry?
LiDAR can be a good choice when a dense point cloud is needed or when geometry and vegetation must be analyzed with laser returns. Photogrammetry can be suitable for orthomosaics and image-derived models. The choice depends on the objective, coverage, environment, accuracy and budget.
What deliverables can the client receive?
Depending on the scope, deliverables can include orthomosaics, drawings, GIS layers, DTM/DSM models, contour lines, point clouds, 3D models, volume calculations, CAD/BIM files and technical reports. Formats and reference systems are agreed before starting.
Can you process information the client already has?
Yes, after reviewing the files, their coordinate system, datum, units, dates, quality and metadata. That review determines which information can be integrated and which checks or additional work would be needed.
Can you deliver BIM or Scan-to-BIM projects?
Surveys and three-dimensional data can be integrated into CAD/BIM workflows according to the asset, level of detail, elements to model and requested format. The scope and level of development are defined per project.
How can I request a quote?
Share the location of the area, approximate size, purpose of the survey, required accuracy if known, timeline and expected deliverables. With that information we can evaluate the methodology and prepare a technical and commercial proposal.
Project quote
Tell us what you need to measure, model or analyze
Tell us the location, approximate area, purpose of the work and the deliverables you need. With that information we can evaluate the right capture and processing method.