Aerial Photography

At Innoveste, we boast the most advanced technology for capturing high-resolution aerial photographs. We use RGB and multispectral cameras mounted on manned aircraft and drones, which are supported by cinematic technology to ensure the accuracy of the information captured.

The aerial photographs captured will be the fundamental basis for the generation of high-quality basic and thematic cartography products, allowing us to provide precise solutions tailored to the needs of our clients.

LIDAR Data

We specialize in topographic surveys using LIDAR technology, which uses laser pulses to map space in 3D and calculate surfaces. It is an extremely useful tool for mass data acquisition in projects such as cadastre, basic cartography, risk management, and the environment, ensuring precision and efficiency.

Our team has extensive experience in processing LIDAR data, ensuring the delivery of precise and detailed results for our clients.

• PLSCAD Classification
• Ground / Non-Ground Classification
• BIM Projects Classification

Geodesy and Topography

We have high-precision navigation equipment and a team of specialized professionals to meet various technical needs related to topographic and geodetic surveys such as:

• Planimetric Layout
• Cross-section Topographic Survey
• Corridor or Alignment Topographic Survey
• Total Station Topography
• RTK Topography
• Field Control Points Survey
• Geometric Leveling
• Geodetic Network Densification
• Georeferenced Censuses

Bathymetry

Innoveste offers specialized services in bathymetry, using sonar technology to create detailed topographic models of aquatic beds, such as lakes, lagoons, reservoirs, rivers, among others. Our solutions are key for engineering projects, environmental management, cartography, and risk management.

Additionally, we have experience in processing point clouds and unifying digital terrain models to generate a continuous elevation model.

Orthomosaic

For the generation of orthomosaics, we apply various photogrammetric processes, such as photo orientation, color equalization, distortion correction, and editing of cutting lines.

The result is an orthogonal and continuous image that allows for precise measurements of areas, distances, and coordinates, as well as detailed visual inspections and analysis of the land surface, complying with the standards of current cartographic regulations.

Digital Elevation Models

We generate digital elevation models from the processing of LIDAR data, bathymetric data, contour lines, and correlation of aerial photographs, complemented with field control points to ensure high precision.

At Innoveste, we have specialized equipment, personnel, and software for the generation of different types of elevation models:

• Digital Terrain Model (DTM): a quantitative and continuous representation of the spatial distribution of terrain heights. From a DTM, we can generate slope maps, hydrological maps, and designs for road or hydraulic infrastructure.
• Digital Surface Model (DSM): it represents the heights of elevated elements such as trees and buildings. It is used to characterize forests, define building heights, and design structures like communication antennas.
• Continuous Digital Terrain Model (CDTM): it integrates terrain information and bathymetry, allowing for the estimation of water body volumes and understanding the dynamics of riverbeds, identifying areas of erosion and deposition.

Photogrammetric Restitution

Three-dimensional reconstruction of the terrain from which vectors of geographic elements such as points, lines, or polygons are captured, following the technical specifications of the object catalog provided by the governing cartography entity or according to the client's needs. These will be an important input for the generation of cartographic databases.

We have a specialized and experienced team in 3D restitution for capturing vectors of geographic elements at different scales, according to the required specifications.

Database Generation

At Innoveste, we organize and structure geospatial information into databases, which contain geographic elements such as roads, drainage systems, buildings, fences, walls, among others, to which symbology and associated attributes are assigned, such as geographic names, types, altitudes, etc. Within the process, we also ensure the consistency of the elements, enforcing topological rules so that the information has characteristics like connectivity, uniqueness, and adjacency, among others.

With our experience, we guarantee the generation of precise and complete cartographic databases, ready to be used in a variety of applications and projects, complying with the standards of the current cartographic regulations.

360° Images

360° images provide a solution for the identification of physical changes, land uses, types of construction, materials, details on façades, among other aspects.

For this purpose, at Innoveste, we have the appropriate equipment to capture 360° photographs, ensuring georeferenced images that capture every detail with precision.