Renowned Standing
Due to skills we uphold, both large and small roll-out firms want to benefit from our knowledge and expertise.
LiDAR Data Processing and Mapping services
High-precision LiDAR data processing for detailed terrain mapping and planning.
At Gsource, we offer overall LiDAR Data Processing and Mapping services to transform raw LiDAR data into usable information, including detailed 3D models and maps. Our services enable accurate mapping of structures and landmarks, providing valuable insights for industries such as forestry, urban planning, natural resource management, transportation & more.
We specialize in generating Roads and Powerline Models, Utility Mapped Models, 2D Plans, Schematic Drawings & more. Whether working with ground or drone-captured LiDAR data, our team ensures precision and reliability for a wide range of applications. Trust Gsource to turn complex LiDAR data into actionable information for your project needs.
LiDAR Data Processing Deliverables
Point Cloud Processing
Point Cloud Classifications
Digital Terrain & Surface Models
Feature Extractions
PIM - Product Information Modeling
Component Models
Asset Library Creations
Scan to CAD
Scan to BIM
3D Modeling & web viewers
Roads & Powerline Models
Utility Mapped Models
2D Plans & Schematic Drawings
Why Outsource LiDAR Data Processing and Mapping Service?
LiDAR Data Processing and Mapping can become a difficult task at times and also requires detailed and expert advice. Outsourcing these services can benefit you in certain ways
Saves you your time and money
Gives you access to experts
Keep your designs complied with codes and regulations
Get access to advanced technologies and tools
Here, at Gsource, we have skilled professionals and experts who provide our clients with precise and accurate models and maps for data processed and mapped through LiDAR. We have advanced tools for drafting including TopoDOT, LiDAR 360, Cloud Compare & more to get you apt results that also comply with codes and regulations.
Our Expertise in Different Domain
Smart City & Urban Development
Residential, Enhancing urban planning with precise 3D mapping and infrastructure analysis.
Transport & Navigation
Optimizing route planning and transportation networks using accurate topographic data.
Irrigation, Water & Disaster Management
Monitoring water resources and assessing flood risks for better disaster response.
Defence & Security
Elevating terrain analysis and border security with advanced LiDAR technology.
Forest Management
Monitoring vegetation growth and canopy density to support sustainable forest practices.
Utilities (Power/Telecom /Water)
Mapping utility networks for efficient infrastructure planning and maintenance.
Infrastructure
Supporting infrastructure development with detailed terrain and elevation models.
Mining
Enhancing exploration and resource management through high-resolution topographic data.
Oil & GAS Pipelines
Ensuring accurate alignment and route planning for pipeline installations and monitoring.
Flood Mapping
Identifying flood-prone areas and improving floodplain management with precision.
Environment
Supporting environmental assessments with detailed landscape and terrain data.
Highway & Road Survey
Streamlining road design and construction with high-precision LiDAR surveys.
Land Cover Classification
Accurately categorizing land use and vegetation cover for environmental and planning applications.
Landslide Risk Assessment
Identifying landslide-prone areas with high-resolution elevation and terrain data.
How it works
Your Project is Ready in 6 Easy Steps
01
Step 1
Initial Consultation
An initial call with our client is taken to understand project requirements and get raw LiDAR files, site specifications, project timelines & other important data.
Initial Consultation
An initial call with our client is taken to understand project requirements and get raw LiDAR files, site specifications, project timelines & other important data.
02
Step 2
Data Processing
Then, data collected by LiDAR is gathered and processed, to generate outputs like point cloud processing, digital terrain & surface models, 3D modeling & more in LAS file format.
Data Processing
Then, data collected by LiDAR is gathered and processed, to generate outputs like point cloud processing, digital terrain & surface models, 3D modeling & more in LAS file format.
03
Step 3
LAS File Conversion
These LAS files are then converted to Classified Ground Points & Point Cloud LAS files using LiDAR 360, Cloud Compare or TopoDOT.
LAS File Conversion
These LAS files are then converted to Classified Ground Points & Point Cloud LAS files using LiDAR 360, Cloud Compare or TopoDOT.
04
Step 4
Linework Creation
Then, these are converted to .rcp files using ReCap software and these are transferred into Civil3D to create 2D/3D linework on .rcp file.
Linework Creation
Then, these are converted to .rcp files using ReCap software and these are transferred into Civil3D to create 2D/3D linework on .rcp file.
05
Step 5
Contour Generation
After this, a TIN surface is created from XYZ points, clusters are removed by sub-sampling ground points using LiDAR tools & then exported for contours or TIN.
Contour Generation
After this, a TIN surface is created from XYZ points, clusters are removed by sub-sampling ground points using LiDAR tools & then exported for contours or TIN.
06
Step 6
Finalization and Client Satisfaction
Finally, draft is shared with client for final review & then final draft is shared with client after the changes.
Finalization and Client Satisfaction
Finally, draft is shared with client for final review & then final draft is shared with client after the changes.
Case Studies
Using LiDAR Mapping to Unlock Ski Area Potential
Overview
The client needed to develop a Skiing area over mountain terrain. Before developing the Skiing area, the client wanted us to study the terrain and area. The client had data ready using the total station and drone. Using this information, we had to create land contours and match the two data sets; a Digital Terrain Model (DTM) file was to be made, and data processing was needed. This project had many challenges, including the initial data provided for processing, but, using AutoCAD and skilled manual analysis, the final DTM file was provided to the client.
Challenges
The main challenge was the inaccurate drone data because the instructions given to the drone before capturing were incorrect. This made the processing of the data challenging. Another challenge that we encountered was that, after the completion of data processing, the client had more changes. These changes were required after the client revisited the site.
Solutions
- We reprocessed the data 2-3 times before the actual data processing to correct the incorrect drone data.
- Then, using AutoCAD, millions of LiDAR data points were sub-sampled and made into thousands of cloud data points.
- After this, we created contour lines to show waterfalls, elevations, and other landscape features.
- We then shared the draft with the client. After the client had revisited the site, they required certain changes.
- After understanding the changes, a final Digital Terrain Model (DTM) file was created and given to the client.
Result
The final draft of the processed LiDAR data was provided to the client in a Digital Terrain Model (DTM) file.
Using LiDAR Mapping to Unlock Ski Area Potential
Using LiDAR Mapping to Unlock Ski Area Potential
Overview
The client needed to develop a Skiing area over mountain terrain. Before developing the Skiing area, the client wanted us to study the terrain and area. The client had data ready using the total station and drone. Using this information, we had to create land contours and match the two data sets; a Digital Terrain Model (DTM) file was to be made, and data processing was needed. This project had many challenges, including the initial data provided for processing, but, using AutoCAD and skilled manual analysis, the final DTM file was provided to the client.
Challenges
The main challenge was the inaccurate drone data because the instructions given to the drone before capturing were incorrect. This made the processing of the data challenging. Another challenge that we encountered was that, after the completion of data processing, the client had more changes. These changes were required after the client revisited the site.
Solutions
- We reprocessed the data 2-3 times before the actual data processing to correct the incorrect drone data.
- Then, using AutoCAD, millions of LiDAR data points were sub-sampled and made into thousands of cloud data points.
- After this, we created contour lines to show waterfalls, elevations, and other landscape features.
- We then shared the draft with the client. After the client had revisited the site, they required certain changes.
- After understanding the changes, a final Digital Terrain Model (DTM) file was created and given to the client.
Result
The final draft of the processed LiDAR data was provided to the client in a Digital Terrain Model (DTM) file.
A Closer Look at 3D Road Mapping
Overview
The client required us to study a 5-km-long road and provide accurate 3D line work. Using the LiDAR drone-captured images and data, the existing condition of the road was to be studied. The drone-captured data was converted into GeoTIF files for a clearer study. Some challenges were encountered due to the data size, but using AutoCAD and different software, a clear 3D line work and a Digital Terrain Model (DTM) file were provided to the client.
Challenges Faced
The main challenge was the data size of the 5 km long road. Data processing of this data was time-consuming and difficult. Another challenge was point snapping and drafting the data in 3D. This data was difficult to be marked and analyzed in 3D.
Solution
The large image dataset was divided into small sections to be processed and analyzed. To work on the image in AutoCAD, we made 20 sections. Now, for point snapping and drafting of the data in 3D different views and angles of the area were used. To view and analyze the image in various views, ReCAP was used. After this, the file was drafted in an asymmetric view. To get better 3D line work, cross-sections were made every 50m to show elevations and descriptions of each point.
After creating the line work, contours were made. Using these contours and line work, utilities on the road, manholes, strippings, center lines, markings, curves, gutters, sidewalks, edges of pavements, and other details were captured and created. Finally, after the 3D line work, elevation marking, and data processing were completed, 3D line work, a DTM file, and a point file were provided to the client.
Results
Three files were prepared and sent to the client: a point file, a DTM file, and accurate 3D line work.
A Closer Look at 3D Road Mapping
A Closer Look at 3D Road Mapping
Overview
The client required us to study a 5-km-long road and provide accurate 3D line work. Using the LiDAR drone-captured images and data, the existing condition of the road was to be studied. The drone-captured data was converted into GeoTIF files for a clearer study. Some challenges were encountered due to the data size, but using AutoCAD and different software, a clear 3D line work and a Digital Terrain Model (DTM) file were provided to the client.
Challenges Faced
The main challenge was the data size of the 5 km long road. Data processing of this data was time-consuming and difficult. Another challenge was point snapping and drafting the data in 3D. This data was difficult to be marked and analyzed in 3D.
Solution
The large image dataset was divided into small sections to be processed and analyzed. To work on the image in AutoCAD, we made 20 sections. Now, for point snapping and drafting of the data in 3D different views and angles of the area were used. To view and analyze the image in various views, ReCAP was used. After this, the file was drafted in an asymmetric view. To get better 3D line work, cross-sections were made every 50m to show elevations and descriptions of each point.
After creating the line work, contours were made. Using these contours and line work, utilities on the road, manholes, strippings, center lines, markings, curves, gutters, sidewalks, edges of pavements, and other details were captured and created. Finally, after the 3D line work, elevation marking, and data processing were completed, 3D line work, a DTM file, and a point file were provided to the client.
Results
Three files were prepared and sent to the client: a point file, a DTM file, and accurate 3D line work.
Creating Point Cloud Information for Mortgaged Properties
Overview
The client required a point-cloud draft of a mortgaged house. We had the ortho images, drone-captured images, lash files, and CAD drawings of the property. Using these files, we had to create the point cloud data and the drafted file for the client.
Challenges Faced
The main hallenge was the unclear drone images from the client. Another issue came from having to process a large number of files from the customer in one day.
Solution
Due to the outdated software and fewer file outputs, the number of files from the client was reduced. The unclear drone images were sent back to the client for recapture. The lash files received from the client were converted using the ReCAP software, and then these files were drafted. Finally, the changes were made to the file according to the client’s standards, and a point cloud-drafted file was submitted.
Results
The final results were submitted to the client as a point cloud-drafted file.
Creating Point Cloud Information for Mortgaged Properties
Creating Point Cloud Information for Mortgaged Properties
Overview
The client required a point-cloud draft of a mortgaged house. We had the ortho images, drone-captured images, lash files, and CAD drawings of the property. Using these files, we had to create the point cloud data and the drafted file for the client.
Challenges Faced
The main hallenge was the unclear drone images from the client. Another issue came from having to process a large number of files from the customer in one day.
Solution
Due to the outdated software and fewer file outputs, the number of files from the client was reduced. The unclear drone images were sent back to the client for recapture. The lash files received from the client were converted using the ReCAP software, and then these files were drafted. Finally, the changes were made to the file according to the client’s standards, and a point cloud-drafted file was submitted.
Results
The final results were submitted to the client as a point cloud-drafted file.
Why choose Gsource?
Renowned Standing
Due to skills we uphold, both large and small roll-out firms want to benefit from our knowledge and expertise.
Modern Tech Solutions
We use high-tech solutions like an AI-based LiDAR Data processing system to get apt data for clients.
Modern Tech Solutions
We use high-tech solutions like an AI-based LiDAR Data processing system to get apt data for clients.
Proficient R&D Team
We have an R&D team that can handle vast data collection, which can feel like a task for other companies.
Proficient R&D Team
We have an R&D team that can handle vast data collection, which can feel like a task for other companies.
Quick Turnaround Time
Timely actions and efficient outputs minimize delays, maximizing productivity and ensuring prompt LiDAR Data Processing and Mapping service for our clients.
Quick Turnaround Time
Timely actions and efficient outputs minimize delays, maximizing productivity and ensuring prompt LiDAR Data Processing and Mapping service for our clients.
Close to the Mark Output
The data used by us for creating topographic maps, volume calculations & distance measurements provides results to the point.
Close to the Mark Output
The data used by us for creating topographic maps, volume calculations & distance measurements provides results to the point.
High Competent Staff
The experience that our team holds is what sets us apart. With training programs, our team of 300 members can deliver top-tier results laid over a 30,000-square-foot Class A Office space.
High Competent Staff
The experience that our team holds is what sets us apart. With training programs, our team of 300 members can deliver top-tier results laid over a 30,000-square-foot Class A Office space.
Affiliation with Reputable Entities
We are active members of national and international surveying, architectural, engineering & geospatial organizations.
Affiliation with Reputable Entities
We are active members of national and international surveying, architectural, engineering & geospatial organizations.
Advancing the field of LiDAR Data Processing
As a service provider, we’ve supported and served companies across the US. Our dedication produces excellent quality that propels industry success.
Advancing the field of LiDAR Data Processing
As a service provider, we’ve supported and served companies across the US. Our dedication produces excellent quality that propels industry success.
FAQ’s
LiDAR Data Processing includes several stages, such as gathering data, removing noise, creating point clouds & grouping these points into categories like terrain, vegetation & structures. Digital elevation models (DEMs) and 3D models may be created as a result of further processing.
Yes, we can provide customized services as per the client’s requirements. Whether our customers need assistance with historical site documentation, environmental monitoring or comprehensive urban planning, we work closely with them to understand their unique needs and customize our services to meet those needs.
LiDAR mapping services cost is usually set by project's scope, which includes the size of region to be mapped, the intricacy of the terrain & the desired level of detail in output data.
There is a range of LiDAR-processed outputs that we offer like Digital Terrain and Surface Models, Feature Extractions, Scan to Building Information Models (BIM) files, Roads and Powerline Models, Utility Mapped Models, Product Information Models (PIM), Asset Library Creations, 2D Plans, Schematic Drawing creation & more.
The time taken to deliver a project depends on size and complexity of area mapped, the level of detail required & any other specific deliverables required. For smaller projects, a minimum of 2 days is required, whereas, for larger projects, it depends on the size and complexity of the project. To ensure the timelines, we work closely with client to deliver output on time.
Yes, Gsource Data has infrastructure and capacity to effectively manage projects involving processing of huge amounts of LiDAR data. Our staff has expertise overseeing projects of all shapes and sizes, guaranteeing immediate completion and excellent outcomes.
Yes. Our portfolio of completed LiDAR data processing and mapping projects showcases our qualifications and experience. To further convey the potential and range of our work, we would be pleased to provide samples related to your sector or use.
We at Gsource ensure that data from our clients is kept confidential and safe. We have strong rules and technologies used to keep your information private and secure. Security and confidentiality are our top priorities. We always use best methods to keep it safe from any unauthorized access or use.
When it comes to client satisfaction, we ensure to assist our clients whether in troubleshooting, file understanding, rework requirements, additional data analysis or mapping or any other support. Our main goal is to ensure client satisfaction with all results we have provided & further maintain a client relationship for future.
Our Quality Check (QC) team analyzes the data prepared using a checklist. These parameters are checked in processed data and if any of it is missed, the team is allotted with rework. After completely checking off the list, final data is submitted to client.
To stay updated with latest industry trends and technologies, our team at Gsource takes part in different national and international events and expos. These expos and events let us know about industry insights and then these trends and technologies are incorporated into our company. These events and expos let us connect to industry experts, new ventures & more people who benefit our business.
Some of the specific software we use for LiDAR Data processing and mapping are Pix4D, QGIS, LEICA, AutoCAD & Cyclon.
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