Blue Falcon Aerial


Rock Cloud: Premium LiDAR Data Management Solution

We proudly use the Rock Cloud system for secure, scalable, and fast LiDAR data processing and delivery. Our three main deliverables include:

  1. Rock Surveyor: Detailed ground topography insights for various applications.
  2. Vegetation Management: Assessing vegetation around power lines and transmission corridors for safety and reliability.
  3. Planimetrics: Two-dimensional representation of geographic features for diverse industries.

All deliverables undergo expert manual quality control, ensuring accurate and reliable results.

Introducing Rock Cloud by Rock Robotic: The Ultimate LiDAR Data Management Solution for a Range of Industries

Rock Robotic has developed Rock Cloud, a groundbreaking cloud-based data management system specifically designed for storing, processing, and delivering LiDAR data to clients. This innovative platform provides a secure, scalable, and user-friendly environment, empowering clients to efficiently manage their data across a variety of industries and applications.

Speed and Accuracy: Real-Time Data Processing for Critical Applications

One of the most significant advantages of Rock Cloud is its ability to deliver LiDAR data rapidly and accurately. The system is engineered to handle vast data volumes and process them quickly, making it indispensable for applications that demand real-time data, such as emergency response, environmental monitoring, and infrastructure development.

Rock Cloud

Scalability: A Future-Proof Solution that Grows with Your Data Needs

Another key benefit of Rock Cloud is its scalability, allowing clients to store and process extensive amounts of data without worrying about storage limitations or processing power constraints. This adaptability ensures that clients can effectively respond to evolving data needs over time, making Rock Cloud a future-proof solution for organizations of all sizes.

Security: Robust Data Protection and Access Control

Rock Cloud guarantees a secure platform for data storage and management by storing data confidentially and using encryption to protect it. This approach prevents unauthorized access and ensures that clients’ sensitive information remains secure. Additionally, the platform includes tools for managing data access and permissions, providing clients with full control over who has access to their data and how it is used.

Area Example

Precision and Efficiency: State-of-the-Art Tools for Accurate Measurements and Stockpile Analysis

Rock Cloud boasts an extensive range of tools and features that facilitate accurate measurements and stockpile analysis using LiDAR data. By leveraging advanced algorithms, machine learning, and stringent quality control processes, the platform generates precise and detailed 3D point clouds. This capability enables users to measure and analyze various elements with high accuracy and efficiency, driving better decision-making and enhanced project outcomes.

Versatile Measurement Tool: An Essential Component for Multiple Industries

The Rock Cloud platform includes a versatile measurement tool that allows users to directly measure distances, areas, volumes, and angles from the LiDAR point cloud. This functionality is critical in industries such as construction, mining, surveying, and many others, where accurate measurements are crucial for project success. The platform supports a variety of measurement types, including point-to-point distance, perimeter distance, area, and more, making it a comprehensive solution for professionals across various sectors.

Stockpile Analysis Rock Robotic

Harness the Power of Rock Cloud: A Comprehensive Platform for All Your LiDAR Data Management Needs

In conclusion, Rock Cloud is an essential platform for clients who need to store, process, and manage large volumes of LiDAR data. Its fast processing speeds, scalability, and robust security features make it the ideal solution for a wide array of applications, from environmental monitoring and infrastructure development to powerline management and natural resource management. Embrace the power of Rock Cloud to streamline your LiDAR data management processes and unlock new opportunities for growth and innovation.


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Rock Robotics Presents: Rock Surveyor – Precision Ground Topography Solutions

Rock Robotics introduces the Rock Surveyor deliverable, offering a comprehensive understanding of ground topography through the generation of a Digital Elevation Model (DEM) and Contours. These deliverables are crucial for various applications, including land development, engineering, and environmental studies.

Ground Classification: The Foundation of Accurate Deliverables

The initial step in creating precise deliverables involves classifying the ground using the Rock Cloud AI Engine. The ground classification options available include:

  1. Ground Only
  2. Enhanced Classification – Ground, Buildings, and High Vegetation
  3. Enhanced Classification Plus – Ground, Buildings, Vegetation, Roads, Water, Bridges, and Transmission

The classification process facilitates the detection and removal of non-ground objects, such as buildings, vegetation, and other obstacles, ensuring the accuracy of the final deliverables. Rock Cloud provides the flexibility to accommodate custom LiDAR classification schemes, recognizing that not all organizations follow the ASPRS classification scheme. Industries such as autonomous vehicle companies, utility companies, and other organizations with unique classification schemes can benefit from this feature.

Contours with Rock Robotics

Generating DEM and Contours

Once the ground has been accurately determined, a DEM and contours can be generated. Contour lines are delivered in popular formats, including SHP, DXF, and CSV, making it easy to import them into any CAD or GIS software package. Moreover, users can view the contours directly on the Rock Cloud platform.

Enhancing Contour Accuracy: Breaklines and Strip Alignment Add-ons

To improve contour accuracy, add-ons such as Breaklines and Strip Alignment are available. Breaklines add supplemental elevation data to contour lines, ensuring greater accuracy in areas with significant elevation changes. Strip Alignment enhances point cloud accuracy by aligning multiple passes over a strip of land.

Accuracy Report

Rock Surveyor Deliverables

The deliverables provided by Rock Surveyor include a ground classified laz file, SHP file containing geometry data, DBF attribute format file, SHX shape index file, and a DEM in TIF format. Additionally, an accuracy report is included, offering detailed information about the accuracy and quality of the deliverables. Example of the Accuracy Report.

Conclusion: Rock Surveyor – An Essential Topography Tool

In summary, Rock Surveyor equips users with accurate and detailed ground topography information, making it an indispensable tool for a wide range of applications.

Check out this Example Rock Surveyor Dataset.

Planimetrics: Accurate 2D Representation for Various Industries

Planimetrics is a cartography subfield that focuses on the two-dimensional representation of diverse geographic features, such as roads, buildings, trees, water bodies, and other physical objects. This tool is invaluable across numerous industries, including urban planning, civil engineering, environmental management, and real estate.

ROCK Planimetrics: Cutting-Edge Technology by Rock Robotics

ROCK Planimetrics, developed by Rock Robotics, employs artificial intelligence, machine learning, and quality control to deliver highly accurate planimetric deliverables. With this innovative technology, users can select and pay for specific dataset areas, ensuring they only pay for the acreage they require.

ROCK Planimetric Layers: Diverse Applications

The ROCK Planimetric Layers list encompasses various physical features, such as concrete top and bottom, footpaths, paved and unpaved driveways, buildings, treelines, fences, and manholes. These planimetric layers serve numerous purposes:

  1. Urban Planning: Accurate representation of buildings, roads, and trees is essential for creating precise maps of an area.
  2. Civil Engineering: Planimetrics can be used to design and construct infrastructure, such as roads, bridges, and dams.
  3. Environmental Management: Planimetrics enables the creation of accurate maps to plan and manage environmental conservation efforts.
  4. Real Estate: Planimetrics can be employed to develop accurate site plans and market properties effectively.

Conclusion: ROCK Planimetrics – An Essential Mapping Tool

In summary, planimetrics is a vital tool for creating accurate maps of an area and is a crucial component in various industries. ROCK Planimetrics technology from Rock Robotics offers highly accurate planimetric deliverables, benefiting a wide range of users.

Check out this Example Planimetrics Dataset.

LiDAR-Based Vegetation Management: Ensuring Safety and Reliability

Vegetation management using LiDAR technology entails conducting aerial surveys to assess vegetation around power lines and transmission corridors. The objective of this assessment is to pinpoint any vegetation encroachment on power lines, which can be hazardous and lead to power outages.

LiDAR Data: Accurate Vegetation Classification for Power Companies

Utilizing LiDAR data to generate a detailed 3D point cloud of an area allows power companies to rapidly and accurately classify vegetation as low, medium, or high based on its height and distance from power lines. This information helps prioritize areas that require maintenance or vegetation removal, reducing the risk of power outages and ensuring the safety of both workers and the public.

Vegetation Management

ROCK Vegetation Management: Comprehensive Solution for Power Line Corridors

The ROCK Vegetation Management deliverable is a comprehensive solution that integrates machine learning, artificial intelligence, and quality control to provide precise information about vegetation encroachments within power line corridors. This information is presented in various deliverables, including:

  1. Classified LAS/LAZ file: Offers an accurate depiction of vegetation.
  2. 3D polygons: Identify areas of vegetation encroachment.
  3. SHP file: Contains danger points.
  4. Obstruction report: Provides a summary of the overall risk to the power line corridor.

The danger points SHP file supplies detailed information about specific vegetation areas posing a danger to power lines, while the obstruction report summarizes the overall risk to the power line corridor. The map display of danger points enables users to quickly visualize areas of concern and prioritize maintenance efforts. Example Obstruction Report.

Obstruction Report

Conclusion: LiDAR Technology – A Critical Tool for Vegetation Management

In summary, LiDAR-based vegetation management is an essential tool for power companies aiming to ensure the safety and reliability of their infrastructure. By harnessing LiDAR technology, power companies can swiftly and accurately identify risk areas and take action to address them, reducing the risk of power outages and ensuring their infrastructure remains safe and reliable.

Check out this Example Vegetation Management Data.

Get Vegetation Management Deliverables for Your Project with Blue Falcon Aerial

To implement these advanced vegetation management deliverables for your own project, contact Blue Falcon Aerial. Their team of experts can provide comprehensive LiDAR data solutions tailored to your specific needs, ensuring the safety and reliability of your power infrastructure. Don’t hesitate – reach out to Blue Falcon Aerial today and experience the benefits of cutting-edge LiDAR technology for your vegetation management needs.

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Frequently Asked Questions

Aerial lidar is commonly used in the construction industry for tasks such as creating digital terrain models, measuring volumes of stockpiles and cut/fill areas, and identifying potential issues with a construction site before work begins.

Aerial lidar (light detection and ranging) is a remote sensing method that uses laser technology to measure the distance to a target. It differs from other forms of remote sensing such as photogrammetry and radar in that it can collect high-resolution, precise 3D data in a relatively short amount of time.

Aerial lidar measurements can be extremely accurate, with typical horizontal and vertical accuracy levels of less than 10 cm. The level of accuracy is dependent on factors such as the density of the point cloud data collected and the quality of the sensor used.

Orthomosaic is a type of mosaic that has been geometrically corrected to minimize distortion and ensure that each pixel represents the same ground area throughout the image. A regular mosaic is a composite image made up of several overlapping images, but it does not have the same geometric correction.

Orthomosaics can be used in construction for tasks such as creating accurate maps, measuring distances and areas, and identifying potential issues with a construction site. They can also be used to monitor progress on a construction site over time.

To ensure that data obtained from aerial lidar and orthomosaics is accurate, it is important to use high-quality sensors and to properly process the data using specialized software. Additionally, ground control points can be used to accurately align the data with known coordinates.

radar point
Aerial LiDAR Mapping

A remote sensing technology that uses laser pulses to create high-resolution 3D point clouds of the earth's surface.

Orthomosaic Mapping
Orthomosaic Mapping

The process of stitching multiple aerial images to create a single, geometrically-corrected image.

Matterport Virtual Tours

3D digital replicas of physical spaces, captured using specialized cameras, providing an immersive and interactive experience.

Camera Drone
Precision Drone Photography

The use of UAV technology to capture high-resolution images in challenging or dangerous environments.


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