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Transforming Data into Precision Insights

With a focus on creativity, innovation, and data-driven strategies, our LiDAR solutions empower industries with accurate and actionable geospatial data. At CODESCRIBO, we specialize in processing, classifying, and modeling LiDAR datasets to support applications in urban planning, environmental monitoring, and resource management. Partner with us to streamline your mapping workflow and achieve success in producing precise geo-content.

Let’s elevate mapping to the next dimension.

OUR What We Do

We help organizations implement and scale advanced AI capabilities through specialized services across:

  • Filtering of Point Clouds
  • Bare Earth and Non-Ground Classification
  • Building and Above Ground Feature Classification
  • Processing of Utilities (Power Line & 2D Mapping)
  • 2D/3D Vectorization
  • 3D Tower, Catenary, and POA Modeling
  • DTM / DSM / DEM Classification
  • Contour / Break Line & Spot Height Mapping
  • Technologies
Filtering of Point Clouds
  • Advanced filtering techniques to remove noise and irrelevant data from raw LiDAR point clouds.
  • Ensures enhanced data quality and improves subsequent classification and modeling accuracy.
Bare Earth and Non-Ground Classification
  • Separation of ground and non-ground points to generate accurate terrain models.
  • Essential for flood mapping, topographic analysis, and infrastructure planning.
Building and Above Ground Feature Classification
  • Identifying and classifying man-made structures and vegetation within LiDAR datasets.
  • Supports 3D modeling, asset management, and change detection workflows.
Processing of Utilities (Power Line & 2D Mapping)
  • Accurate extraction and modeling of powerline corridors and related infrastructure.
  • Enables efficient maintenance planning and network monitoring.
2D/3D Vectorization
  • Conversion of LiDAR point cloud data into precise 2D and 3D vector maps.
  • Enhances visualization and supports CAD and GIS integration.
3D Tower, Catenary, and POA Modeling
  • High-accuracy 3D modeling of transmission towers, catenaries, and points of attachment.
  • Essential for power network design, validation, and engineering simulations.
DTM / DSM / DEM Classification
  • Generation and classification of Digital Terrain Models (DTM), Digital Surface Models (DSM), and Digital Elevation Models (DEM) from LiDAR data.
  • Used for flood modeling, infrastructure development, and topographic analysis.
Contour / Break Line & Spot Height Mapping
  • Creation of contours, break lines, and spot height features for detailed topographic representation.
  • Supports civil engineering, land development, and terrain visualization projects.
Here’s a comprehensive list of the AI tools, frameworks, and technologies we specialize in.
3ds-max
AutoCAD
autodesk-revit
autodesk
blender
bricscad
mbs
sketchup
claude
apache-spark
dbt
enscape

OUR OFFERINGS

We generate high-accuracy 3D digital twins of wireless towers, rooftops, and surrounding radio environments to improve RF planning, structural reviews, and deployment accuracy.

Filtering of Point Clouds

We capture and maintain complete wireless asset inventories, including antennas, RRUs, cables, power units, and small cells—ensuring real-time visibility, optimized audits, and accurate field reporting.

Bare Earth and Non-Ground Classification

We map antenna placements, RRH locations, azimuths, tilt angles, and mounting heights to create precise tower layouts that support RF optimization and upgrade planning.

Building and Above Ground Feature Classification

We analyze mount load capacity, equipment weight, wind impact, and structural behavior to validate wireless antenna installations and ensure safe, compliant tower usage.

Processing of Utilities (Power Line & 2D Mapping)

We document field-installed wireless equipment, cable runs, GPS locations, and configuration changes, ensuring accurate site records for operations, audits, and future expansions.

2D/3D Vectorization

We assess structural integrity, load-bearing capacity, and equipment weight limits using engineering models to support new antenna additions, upgrades, and compliance checks.

3D Tower, Catenary, and POA Modeling

We assess structural integrity, load-bearing capacity, and equipment weight limits using engineering models to support new antenna additions, upgrades, and compliance checks.

DTM / DSM / DEM Classification

We assess structural integrity, load-bearing capacity, and equipment weight limits using engineering models to support new antenna additions, upgrades, and compliance checks.

Contour / Break Line & Spot Height Mapping

Industries We Serve

  • Telecom Operators – Fiber network planning, deployment, and optimization
  • Engineering & Construction – High- and low-level design, permitting, and make-ready engineering
  • Utilities & Infrastructure – Pole load analysis, traffic control planning, and LiDAR mapping
  • Smart Cities & IoT – Network readiness, geospatial mapping, and FTTH rollout support

Why CodeScribo Telecom Services?

  • End-to-End Telecom Solutions – From network planning, high- & low-level design to deployment and maintenance
  • Accurate & Efficient Execution – Geospatial mapping, address validation, fiber network optimization, and permitting
  • Standards & Compliance – Adhering to NESC, G.O.095, CSA, and client-specific guidelines
  • Advanced Tools & Technology – Leveraging Katapult Pro, IKE Office, OCALC, and SPIDACALC for precise engineering
  • Reliable Project Support – Traffic control plans, pole analysis, make-ready engineering, and as-built updates

Client Highlights

  • FTTH Deployment: Successfully validated addresses and optimized fiber routes for multiple telecom operators.
  • Pole Load & Make-Ready: Conducted pole load assessments and engineered make-ready solutions ensuring regulatory compliance.
  • Network Planning: Designed high- and low-level network layouts using advanced geospatial and mapping tools to reduce deployment errors and costs.

GET IN TOUCH

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