AI-Powered Telecom Engineering Consulting

NORTHAXIS

Fibre Optic Networks · AI-Driven Engineering · ROW Permitting

NorthAxis delivers end-to-end engineering consulting for telecommunications fibre optic networks — combining deep OSP expertise with intelligent AI workflows to design, permit, and deploy next-generation connectivity at scale.

Our Services See AI Workflow
3,200+
Fibre Permits Issued
15,000+
Route Miles Designed
38
US States Served
$42B
BEAD Market
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// Engineering Consulting Services
AI-AUGMENTED
TELECOM ENGINEERING

From network feasibility through construction closeout — NorthAxis delivers end-to-end engineering consulting for fibre optic telecommunications infrastructure, powered by intelligent AI workflows at every stage.

🧠
01 —
Network Feasibility & AI Planning
AI-driven feasibility analysis for FTTH, FTTB, and backhaul deployments. Machine learning models evaluate terrain, demand zones, cost-per-passing, and competitive overlap to generate optimized build strategies before a single shovel breaks ground.
AI AnalysisDemand ModelingCost Optimization
🗺️
02 —
GIS Network Design (LLD / HLD)
Complete geospatial network engineering from High Level Design through Low Level Design — AI-assisted route optimization, fibre splicing schematics, node placement, and full GIS deliverables across ArcGIS Pro, IQGeo, and Vetro FiberMap platforms.
ArcGIS ProLLD / HLDAI Route Opt.
⛏️
03 —
OSP Engineering & Construction Design
Outside Plant engineering for underground and aerial fibre — trench routing, HDD bore design, duct bank cross-sections, vault siting, aerial make-ready, pole loading analysis, and permit-ready construction drawings produced with AI-assisted CAD workflows.
UndergroundAerial OSPMake-Ready
📋
04 —
ROW Permitting & Compliance
End-to-end right-of-way permit management across all US jurisdictions — AI auto-generates applications, tracks every AHJ in real time, parses permit conditions into actionable project milestones, and manages closeout documentation through final as-built submission.
AHJ TrackingAuto-fill AICloseout
🤖
05 —
AI Workflow Integration & Automation
Custom AI pipelines embedded into your existing project management stack — connecting GIS platforms, OSP design tools, permitting portals, and construction management systems. LLM-powered document generation, computer vision field verification, and predictive schedule analytics.
LLM AutomationGIS IntegrationCV Verification
📡
06 —
Program Management & BEAD Advisory
Strategic consulting for ISPs, rural electric cooperatives, and municipal broadband networks navigating BEAD, ReConnect, and state broadband grant programs. AI-assisted grant documentation, challenge process support, and full construction program oversight.
BEADGrant AdvisoryProgram Mgmt
PCT
🌐
07 —
Point Cloud Processing & Digital Twin
LiDAR and photogrammetry point cloud capture, registration, and processing — fused with GIS and telecom network models to produce living digital twins of OSP corridors, conduit routes, cell tower structures, and network facilities. AI-augmented scan processing extracts as-built conditions directly from raw data for infrastructure documentation and change detection.
LiDARDigital TwinAI AugmentationOSP Corridors
Core Engineering Fibre Optic Network Design & OSP Engineering
Telecom Infrastructure · FTTH · FTTB · Backhaul · BEAD
// AI-Powered Engineering Consulting
FIBRE NETWORK
ENGINEERING

NorthAxis delivers the complete fibre optic engineering and permitting chain — from AI-assisted feasibility and GIS network planning through CAD-based OSP construction design and full right-of-way permit management across all US jurisdictions. We serve ISPs, CLECs, rural electric cooperatives, and municipal broadband networks.

Design Progression Pipeline
01
CAD Basemapping
Aerial imagery, survey data & utility records compiled into CAD base
02
GIS Inventory
Spatial data modeled in ArcGIS — parcels, poles, conduit, ROW boundaries
03
Low Level Design
Detailed OSP design — splicing, route, equipment & drop assignments
04
High Level Design
Network architecture — fibre count, capacity, aggregation & topology
05
ROW Permitting
AI-accelerated permit applications across all AHJs along the route
CAD & GIS Design Services — LLD vs HLD
Low Level Design (LLD) — Field-Ready Detail
CAD Basemapping & Site Survey Integration
Compilation of aerial imagery, utility locates, municipal GIS data, and field survey records into a unified CAD base layer. Georeferenced and scaled for construction use.
Strand Map & Route Design
Detailed CAD drawings showing exact cable routes, conduit assignments, duct bank cross-sections, pole attachment points, and span lengths for every segment.
Splicing & Equipment Placement
Splice enclosure locations, fibre distribution hub siting, handhole and vault placement, and lateral drop assignments to every service address.
OSP Construction Drawings
Plan & profile sheets, trench detail drawings, bore crossing exhibits, pole attachment diagrams, and bill of materials — formatted for permit submission and field crews.
As-Built Documentation
Post-construction CAD and GIS as-built capture — updated strand maps, splice records, and GPS-tagged infrastructure for NOC and asset management system import.
High Level Design (HLD) — Network Architecture
GIS Network Planning & Feasibility
ArcGIS-based analysis of service territory — address density, topography, existing infrastructure, competition mapping, and build cost modeling to determine optimal network footprint.
Fibre Architecture & Topology Design
Network topology decisions — PON vs Active Ethernet, feeder vs distribution fibre counts, optical splitter ratios, aggregation node locations, and transport ring design.
Capacity Planning & Scalability Modeling
Fibre count sizing for current deployment plus future growth. Dark fibre reserve planning, conduit duct fill analysis, and upgrade path modeling to XGS-PON and beyond.
BEAD Program Network Design
HLD deliverables formatted to meet NTIA/state BEAD program requirements — coverage maps, serviceable location lists, network diagrams, and cost-per-location reporting for grant applications.
GIS Data Management & Portal Delivery
All network data delivered as structured GIS layers — ArcGIS Online portal, Esri SDE geodatabase, or platform-specific export (OSPInsight, IQGeo, Vetro FiberMap) for ongoing network management.
Underground & Aerial Design · ROW Permitting
🗺️
F-01 —
CAD Basemapping Services
Production of georeferenced CAD base maps from aerial imagery, county GIS, utility records, and field data. Covers street centerlines, parcel boundaries, existing overhead and underground utilities, ROW limits, and survey control.
AutoCADCivil 3DGeoreferenced
📡
F-02 —
GIS Network Design (LLD & HLD)
Full GIS-based fibre network design from feasibility mapping through detailed LLD strand maps. ArcGIS Pro workflows, network analysis, and structured geodatabase deliverables for OSPInsight, IQGeo, and Vetro FiberMap.
ArcGISLLD/HLDOSPInsight
⛏️
F-03 —
Underground Fibre Design
Detailed underground design including trench routing, HDD bore crossings, conduit system layout, duct bank cross-sections, vault and handhole siting, SUE conflict avoidance, and restoration specifications — permit-ready and construction-ready.
TrenchingHDD BoresDuct Banks
🗼
F-04 —
Aerial Fibre Design & Make-Ready
Aerial OSP design including pole inventory, make-ready engineering, attachment height and clearance analysis per NESC, sag and tension calculations, transfer and replacement recommendations, and joint-use coordination with utilities.
NESCMake-ReadyPole Loading
📋
F-05 —
Underground ROW Permitting
End-to-end underground permit management — municipal encroachment permits, county road permits, state DOT highway permits, railroad crossing licenses, and utility crossing agreements. AI-accelerated application prep and live status tracking.
MunicipalState DOTRailroad
🛡️
F-06 —
Aerial ROW & Pole Attachment
Pole attachment applications (NECA/NRECA/investor-owned utilities), aerial franchise agreements, IRU licensing, and make-ready work orders. Survey-to-permit pipeline managed from field data collection through final attachment authorization.
Pole AttachmentIRUFranchise
Fibre Platforms
AutoCADCivil 3DArcGIS Pro OSPInsightIQGeoVetro FiberMap Bentley OpenRoadsGoogle Earth Pro
🗺️
GIS Deliverables
SHP, GDB, KMZ, GeoJSON, CSV
📐
CAD Drawings
DWG, PDF — permit & construction ready
📋
Permit Packages
All AHJs — underground & aerial
👁️
CV-Verified
Computer vision field verification & as-built checks
🌐
Advanced Spatial Intelligence
Point Cloud Processing · Network Scanning · Digital Twin
LiDAR capture, AI-augmented scan processing, and point cloud fusion with GIS and telecom network models — producing living digital twins of OSP corridors, conduit routes, network facilities, and cell tower structures.
View Service
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// How It Works
AI-AUGMENTED
ENGINEERING WORKFLOW

Every stage of our telecom engineering process is accelerated by AI — reducing design cycles, permit timelines, and deployment risk by an average of 67% compared to traditional methods.

1
Route & Jurisdiction Intake
🤖 AI-Powered
You submit your GIS route file or address range. Our AI instantly identifies every AHJ along the route — municipalities, counties, state DOT districts, railroad crossings, utility corridors — and generates a complete jurisdiction matrix with known permit fees and typical timelines.
2
Requirements Analysis
🤖 AI-Powered
AI scans our proprietary database of 3,000+ US jurisdictions to pull the specific permit requirements, application forms, bond amounts, insurance certificates, traffic control standards, and restoration specifications for your project area.
3
Document Generation
🤖 AI-Powered
LLM-powered document generation produces draft permit applications, cover letters, and supporting exhibits pre-filled with your project data. Expert review ensures accuracy before submission. Turnaround: hours, not weeks.
4
Submission & Active Tracking
🤖 AI-Powered
Applications submitted electronically where available, or via certified delivery. Our system auto-tracks status, surfaces comments and corrections, and drafts responses to agency questions — keeping every permit moving forward in real time.
5
Approval & Conditions Management
🤖 AI-Powered
When permits are issued, AI parses every condition and creates actionable items in your project schedule. Bonding deadlines, insurance renewals, inspection requirements, and as-built submission dates are all tracked automatically.
6
Computer Vision Field Verification
👁️ Computer Vision · AI-Powered
AI-driven computer vision analyzes field photos and drone imagery to automatically verify as-built conditions against permit drawings. The system detects utility conflicts, pavement cut dimensions, pole clearances, and restoration compliance — flagging discrepancies before final sign-off. Outputs geo-tagged inspection reports accepted by most AHJs.
Route Analysis Output AI Processing
Project RouteSR-42 Corridor, OH
Route Length24.7 miles
AHJs Identified14 jurisdictions
State DOT RequiredYes — ODOT permit
Railroad Crossings2 (CSX, Norfolk S.)
Est. Total Fees$18,400–$24,100
🤖 AI Insight
Harrison County requires 90-day advance notice for any state highway encroachment. Recommend accelerating permit filing for segments 4–7 to avoid schedule impact.
Analysis Progress100%
// Ask Anything
PERMIT AI
ASSISTANT

Get instant answers on ROW requirements, permit processes, timelines, and regulations across US jurisdictions. Powered by real permitting expertise.

Quick Questions
This AI assistant is trained on US telecom ROW regulations, BEAD program requirements, and permitting best practices across 38 states. Always verify with your permitting specialist for project-specific guidance.
AI
NorthAxis Permit AI
● Online — ROW Intelligence Active
AI
Hello! I'm the NorthAxis Permit AI — your expert on FTTH right-of-way permitting across the US. I can help with jurisdiction requirements, permit timelines, BEAD program compliance, bonding and insurance, railroad crossings, and much more. What's your permitting question?
NorthAxis AI · Now
// Get Started
SUBMIT YOUR
PROJECT

Tell us about your fiber project and we'll provide an AI-generated permit scope, timeline estimate, and cost range within 24 hours.

Project Information
Construction Details
Contact Information
What Happens Next
1
AI Scope Generation
Within 2 hours, our AI generates a preliminary permit scope covering all AHJs, estimated fees, and timelines for your route.
2
Expert Review Call
A permitting specialist reviews the AI output with you and confirms scope, identifies any complex items, and provides a fixed-fee proposal.
3
Permit Team Assigned
Your dedicated permit team begins jurisdiction outreach, document preparation, and application submission on your schedule.
4
Live Dashboard Access
Track every permit's status in real time from a single dashboard. No more hunting down permit clerks.
Typical Turnaround
AI Scope Report2–4 hours
Permit Applications Ready3–5 business days
Municipal Approvals3–12 weeks (varies)
State DOT Permits6–16 weeks
Railroad Crossing8–24 weeks
// Client Results
TRUSTED BY
FIBER BUILDERS
★★★★★
NorthAxis cut our permit cycle time in half on a 60-mile rural Ohio build. The AI jurisdiction scan alone saved us three weeks of manual research. They know every county road engineer by name.
Director of Engineering
Regional CLEC — Ohio & Indiana
★★★★★
NorthAxis processed our entire 340-mile OSP corridor LiDAR dataset in under two weeks. The AI-extracted as-built model matched field conditions within 2mm — we handed it straight to construction without a single site verification visit.
Project Manager
Residential Developer — Southeast US
★★★★★
NorthAxis handled our GIS low-level design and all underground ROW permitting simultaneously. Their LLD strand maps were construction-ready from day one, and the permit team kept every AHJ on track across four counties.
VP of Network Development
Rural Electric Cooperative — Tennessee