Netza Technologies operates at the apex of civil geospatial engineering and cloud computing. From sub-decimeter fiber FTTH architecture to aerial LiDAR transmission models, we build the spatial infrastructure that powers everyday life.
We replace fragmented CAD silos and legacy paper workflows with integrated spatial pipelines, strict topological validation, and automated GIS intelligence.
High-throughput fiber route engineering, conduit clash diagnostics, optical splice schematics, pole loading permits, and small-cell 5G spatial clustering.
Automated least-cost path routing, municipal right-of-way spatial feasibility, environmental sensitivity modeling, and CAD-to-GIS vector harmonization.
Mobile and UAV laser scanning, dense point cloud classification, high-resolution orthomosaic rectification, and planimetric feature extraction.
Distributed spatial database clustering (PostGIS, GeoServer, ArcGIS Enterprise), custom web viewports, real-time telemetry streaming, and ERP bridging.
Scale-tested case archives deployed across nationwide telecommunication providers and major electrical transmission networks.
Architected an automated GIS micro-routing engine that analyzed 450,000 road segments and underground conduits, slashing engineering turnaround time by 64% while maintaining sub-meter asset fidelity.
Processed 85TB of UAV drone LiDAR point clouds to generate high-fidelity 3D wireframe mesh simulations of high-voltage transmission lines, automatically classifying vegetation encroachment hazards with machine vision.
Unified multi-decade legacy paper blueprints, ground penetrating radar (GPR) records, and modern RTK GPS telemetry into an interactive WebGL digital twin, preventing utility strikes and excavation disruptions.
Our continuous spatial integration pipeline ingests raw field telemetry, enforces strict topology rules, and publishes instantly across enterprise GIS platforms.
Drone photogrammetry, terrestrial mobile LiDAR, and RTK GNSS field surveys.
Snapping validation, undershoot/overshoot remediation, and network connectivity checks.
GeoParquet, PostGIS, Mapbox Vector Tiles, and ArcGIS Utility Network synchronization.
Key details on formats, tolerances, delivery pipelines, and enterprise GIS integration.
We deliver in all major open and enterprise formats: ESRI File Geodatabase (GDB), Shapefile, GeoPackage, PostGIS, AutoCAD DWG/DXF with full spatial attribute binding, Bentley MicroStation DGN, GeoJSON, and Cloud-Optimized GeoTIFFs (COG) / LAS / LAZ point clouds.
Our field surveyors utilize multi-band RTK GNSS tied directly to regional CORS reference stations. Mobile and aerial LiDAR point clouds undergo strict ground control point (GCP) alignment and independent RMSE residual checks to ensure sub-decimeter horizontal and vertical fidelity.
Yes. We regularly interface with ArcGIS Enterprise Utility Network, GE Smallworld, Bentley Communications, and Schneider Electric ArcFM via automated Python/FME pipelines and secure API webhooks.
Our production team can process, draft, and QA between 150 to 500 kilometers of high-density fiber route engineering per week, utilizing automated CAD-to-GIS spatial conversion scripts and parallelized review teams.