AUTGEO

AUTGEO is a consulting company that brings decades of experience in various disciplines

At AUTGEO, we don't just offer services; we provide solutions that transform. Our inclusive approach fosters a supportive community, where clients become partners and projects become success stories. We take pride in our role as a trusted resource, offering insights and guidance that empower our clients to navigate the complex geospatial landscape.

GIS

Powerful tool that allows to digitize, analyze, visualize and interpret spatial data. GIS versatility is its virtue and it can be tailored to suit any industry and its needs.

Urban Planning and Development

Create a comprehensive land-use plan for a city, considering factors like zoning regulations, transportation networks, and environmental impact.
Design optimal routes for public transportation to improve efficiency and accessibility.
Identify suitable locations for new infrastructure such as schools, hospitals, or recreational facilities.

Environmental Analysis

Track changes in land cover and land use over time to assess the impact of urbanization, deforestation, or industrialization.
Study the spread of invasive species or diseases using spatial data to develop strategies for containment.
Analyze air and water pollution patterns and their effects on human health and the environment.

Archaeological Research

Use GIS to analyze historical and cultural data to uncover patterns in ancient civilizations, settlement locations, and trade routes.
Model ancient landscapes and visualize how they might have changed over time, aiding in historical reconstructions.

Infrastructure Management

Maintain detailed records of utility networks, such as water, gas, and electricity, to facilitate maintenance and repairs.
Monitor and manage transportation networks, optimizing traffic flow and identifying areas in need of repair or expansion.

Business Location Analysis

Determine optimal locations for retail stores, restaurants, and other businesses based on demographic data, competitor locations, and traffic patterns.
Perform market analysis to identify potential customer bases and target markets.

Tourism and Recreation

Create interactive maps and guides for tourists, highlighting attractions, trails, and points of interest.
Design outdoor recreation areas, considering factors like accessibility, ecological impact, and visitor safety.

Natural Resource Management

Monitor and manage forests, watersheds, and wildlife habitats to ensure sustainable use and conservation.
Analyze soil types, topography, and climate data to support effective agricultural planning and crop management.
Map and assess water quality and availability in watersheds to aid in water resource management.

Healthcare Planning

Monitor and manage forests, watersheds, and wildlife habitats to ensure sustainable use and conservation.
Analyze soil types, topography, and climate data to support effective agricultural planning and crop management.
Map and assess water quality and availability in watersheds to aid in water resource management.

LiDAR Data Analysis

At our consulting company, we have the expertise and tools to process, analyze, and visualize LiDAR data to provide valuable insights and solutions for a wide range of industries. We work closely with our clients to understand their needs and tailor our LiDAR services to meet their specific goals and objectives. Whether it's for environmental conservation, infrastructure development, or any other application, LiDAR data can be a powerful tool to drive informed decision-making and improve outcomes.

Topographic Mapping

Create high-resolution digital elevation models (DEMs) and terrain maps for land planning, engineering, and environmental analysis.
Generate accurate and detailed contour maps for construction projects, floodplain mapping, and watershed management.

Forestry and Natural Resource Management

Estimate forest canopy height and density to assess tree growth, health, and potential fire risks.
Monitor and manage forested areas, identifying changes in tree cover, invasive species, and habitat suitability.

Coastal and Oceanographic Studies

Map coastal erosion, shoreline changes, and beach profiles to aid in coastal management and protection.
Study underwater topography, seafloor features, and habitat mapping for marine conservation efforts.

Archaeological Investigations

Use LiDAR to uncover hidden archaeological features, such as ancient ruins, structures, and burial sites, by analyzing terrain variations.

Urban Planning and Infrastructure

Generate detailed 3D models of urban environments to assist in urban planning, architectural design, and infrastructure development.
Monitor the structural integrity of buildings, bridges, and other infrastructure by comparing LiDAR scans over time

Flood Modeling and Risk Assessment

Simulate flood scenarios and create inundation maps to predict and mitigate potential flood risks in different areas.
Analyze water flow patterns, drainage networks, and floodplain dynamics for improved floodplain management.

Transportation and Traffic Management

Create accurate road and highway maps, including details such as road curvature, gradients, and signage placement.
Analyze traffic flow and congestion by modeling vehicle movement and identifying areas in need of improvement.

Architectural Heritage Conservation

Digitally preserve historical buildings and structures by creating detailed 3D models for documentation and restoration purposes.

Mining and Quarrying

Plan and optimize mining operations by mapping terrain, volumes, and material stockpiles with high precision.
Monitor changes in quarry volumes and track mining activity impact on the environment.

Precision Agriculture

Determine crop health, growth, and yield by analyzing LiDAR data in combination with other remote sensing technologies.
Create elevation-based drainage plans to manage water flow in agricultural fields.

3D Modeling

3D modeling plays a crucial role in civil engineering, providing valuable insights and solutions throughout the project lifecycle. offer 3D modeling services to enhance project planning, design, analysis, and communication with stakeholders.

Project Visualization and Conceptualization

Creation of realistic visualizations of proposed civil engineering projects. These models will help better understanding of the project's scope and design, making it easier to make informed decisions during the planning and conceptualization stages.

Design Development

Development of a detailed designs for infrastructure projects. This includes creating accurate representations of bridges, roads, buildings, and other structures, ensuring that designs meet safety, regulatory, and aesthetic requirements.

Site Analysis

Site analysis enables assess to various factors like topography, drainage, and environmental impact. This ensure optimized designs for minimal environmental disruption and cost-effectiveness.

Clash Detection

Utilization of 3D models to identify clashes or conflicts in design elements. This early clash detection helps prevent construction delays and cost overruns by addressing issues before construction begins.

Construction Planning

3D models aid in construction planning by providing contractors with a clear visual representation of the project. This helps with logistics, resource allocation, and scheduling, ultimately improving construction efficiency.

Quantity and Cost Estimation

3D models provides generation of accurate quantity take-offs for materials and resources required for construction. This data is essential for cost estimation and procurement planning.

Client Presentations

Enhance presentations with 3D model visualization, flythrough, allowing to effectively communicate ideas and designs.

BIM (Building Information Modeling)

BIM methodologies involve 3D modeling to create a comprehensive digital representation of a building or infrastructure project. BIM enhances project coordination, efficiency, and data integration throughout the project lifecycle.

Bathymetry Data Analysis and Processing

Bathymetry survey bring new challenges to the process of obtaining and processing the data. Water is completely different environment and the subsequent data processing is crucial for creating accurate and useful bathymetric maps.

Data Cleaning

Remove outliers and errors in the collected data.
Address issues like signal noise, interference, or artifacts.

Georeferencing

Align depth data with accurate geographic coordinates.
Use GPS and inertial navigation system data for precise positioning.

Grid Generation

Create a regular grid from the point data for easier analysis.
Interpolate data between survey lines for a continuous representation.

Bathymetric Model Creation

Use interpolation methods (e.g., kriging, TIN interpolation) to create a 3D bathymetric model.
Combine depth information with backscatter data for a more detailed representation.

Map Production

Generate bathymetric maps using GIS (Geographic Information System) software.
Apply color gradients or contour lines to represent depth variations.

Sonar Mosaic

Sonar mosaic is way of interpreting sonar images into one large mosaic which describes a phenomenon in its entirety. This work process was developed in collaboration with the company AUSROV.

Report Generation

Compile the results into a comprehensive report, including methodology, data quality assessments, and interpretations.

Photogrammetry Data Processing

Photogrammetry is a valuable service used in various industries, including surveying, mapping, archaeology, construction, and more. We offer photogrammetry data processing services to meet the needs of our clients.

Data processing

We offer data processing for various photogrammetry disciplines:

Aerial Photogrammetry
Terrestrial Photogrammetry
UAV (Drone) Photogrammetry
Underwater Photogrammetry

Archaeological Documentation

Archaeologists and cultural heritage professionals rely on photogrammetry to document and preserve historical sites, artifacts, and monuments.

3D Modeling and Visualization

Create detailed 3D models of objects, structures, or landscapes using photogrammetry techniques. These models can be used for architectural visualization, virtual tours, and as a basis for design and planning.

GIS Integration

Photogrammetric data can be integrated into Geographic Information Systems (GIS) to enhance spatial analysis and decision-making. We can help leverage photogrammetric data within clients existing GIS frameworks.

Volume Calculations

Photogrammetry can be used for accurate volume calculations, such as stockpile measurements in mining and construction, ensuring efficient resource management.

Environmental Monitoring

Monitor changes in natural environments, including tracking erosion, vegetation growth, or the impact of climate change.