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AI-Native Fiber Engineering

Build a Frontier Fiber Organization

Lux agents design, document, and run fiber networks on one live map.

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Design Networks
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AI-Native Fiber Engineering

Build a Frontier Fiber Organization

Lux agents design, document, and run fiber networks on one live map.

dashboard bg
Design Networks
Icon

AI-Native Fiber Engineering

Build a Frontier Fiber Organization

Lux agents design, document, and run fiber networks on one live map.

dashboard bg
Design Networks

The Problem

Fiber Fiber Networks Networks Are Are Still Still Designed Designed by by Hand, Hand, Documented Documented in in Silos, Silos, and and Built Built on on Drift.Drift.

Fiber Fiber Networks Networks Are Are Still Still Designed Designed by by Hand, Hand, Documented Documented in in Silos, Silos, and and Built Built on on Drift.Drift.

Fiber Fiber Networks Networks Are Are Still Still Designed Designed by by Hand, Hand, Documented Documented in in Silos, Silos, and and Built Built on on Drift.Drift.

Design sets the pace

Design sets the pace

Every serving area waits on weeks of CAD and GIS work. Design capacity, not construction, decides how fast you grow.

Design sets the pace

Every serving area waits on weeks of CAD and GIS work. Design capacity, not construction, decides how fast you grow.

The field is a silo

The field is a silo

As-builts on paper, photos in group chats, splice sheets three versions behind. The record and the ground disagree.

The field is a silo

As-builts on paper, photos in group chats, splice sheets three versions behind. The record and the ground disagree.

Answers take weeks

Answers take weeks

Simple questions — homes passed, cost per home, where next — require a study instead of an answer.

Answers take weeks

Simple questions — homes passed, cost per home, where next — require a study instead of an answer.

The Solution

Agents Draft. Engineers Decide.

Design

A Buildable Design from a Polygon and Your Rules

Describe the area. The agent pulls streets, buildings, and existing plant, routes cable to every home, and prices it from your catalogue — then grades its own work against your standards before an engineer reviews it.

Optimized GIS design — routes, equipment, fiber allocation

Splice plans, BoM, BoQ and work orders included

Validated against your engineering rules

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Design Agent

Describe the area you want designed.

Design a fiber network for this service area

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Service area design

Routes placed · Splice plan allocated · BOM costed

Ready for review

Describe your agent...

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Support Agent

Hello! Describe the agent you want to build.

Handle customer order updates and returns

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Updates & return agent

Product recommendations Update order status

Resolved automatically

Describe your agent...

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Support Agent

Hello! Describe the agent you want to build.

Handle customer order updates and returns

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Updates & return agent

Product recommendations Update order status

Resolved automatically

Describe your agent...

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This Week - Dispatching

Phase 1 dispatch

Input: This week’s splices

Assign crews by drive time

Push work orders to phones

Check as-builts on arrival

Flag variance to engineering

Progress

0%

0%

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Workflow - Running

Lead Enrichment

Trigger: New Lead

Enrich lead data via API

Score & qualify lead

Route to sales team

Log activity to CRM

Progress

0%

0%

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Workflow - Running

Lead Enrichment

Trigger: New Lead

Enrich lead data via API

Score & qualify lead

Route to sales team

Log activity to CRM

Progress

0%

0%

Field

The Field Runs on the Same Model

Crews get work orders and splice instructions on their phones. As-builts come back through the app, checked by AI against the design as they land — variance surfaces in hours, not at handover.

Work orders and guidance in the mobile app

AI photo checks on every as-built

Variance caught the day it happens

Command & Ask

See Everything. Ask Anything.

A live map of the network and every crew on it. Message a worker or their agent from chat — and when leadership asks how the build is going, the answer comes from the data, not a deck.

Live network and crew map

Chat with any worker — or their agent

Executive answers in seconds, from the data

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Network Overview

Live

Network map

Synced

As-built record

On plan

This week

Field activity — last 12 hours

Splicing

on schedule

Drops

on schedule

Inspections

all passed

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Analytics Overview

1,247

Tasks Today

98.4%

Success Rate

1.2s

Avg Duration

Task volume — last 12 hours

Research Agent

342 tasks

Support Agent

289 tasks

Analysis Agent

156 tasks

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Analytics Overview

1,247

Tasks Today

98.4%

Success Rate

1.2s

Avg Duration

Task volume — last 12 hours

Research Agent

342 tasks

Support Agent

289 tasks

Analysis Agent

156 tasks

Impact

What Changes When Design Is Instant

12–
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Less build cost, proven against the market leader

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0
h

From polygon to priced, reviewed design

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Design once. Everything else follows.

When the network model is the single source of truth, speed is a side effect — diagrams, paperwork, and field work stay consistent by construction.

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Live map from plan to lit home

Capabilities

One Platform for Fiber Work

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Platform

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Research

Rank where to build next, with demand and serviceability scored on real geodata.

INPUT

Service area

Process

Design network

Action

Build pack

Ready to build

Design

Optimized GIS network design — splice plans, BoM, BoQ and work orders included.

 
  • Report Scheduled

    Data Complied

    Send WhatsApp

    Create Hubspot Contact

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    Cancel Meeting

Field

Guide crews from their phones and check every as-built photo against the design.

Design

Generator

  • Splice sheets

  • BOM

  • Drawings

  • Work orders

Command

Watch the whole operation on one live map, and message any crew — or their agent.

⭐️

Connect to Content

Add layers or components to make infinite auto-playing slideshows.

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⭐️

Connect to Content

Add layers or components to make infinite auto-playing slideshows.

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Ask

Give executives answers from the operation’s own data, in seconds.

  • Design a serving area

  • Generate splice diagrams

  • Produce a bill of materials

  • Check as-built variance

  • Package a permit set

  • Route a maintenance crew

  • Trace a fiber path

  • Audit port capacity

  • Plan a node split

  • Estimate build cost

  • Rank where to build next

  • Message a crew's agent

  • Audit port capacity

  • Check as-built variance

  • Trace a fiber path

  • Route a maintenance crew

  • Produce a bill of materials

Lifecycle

Built for Every Stage of the Network

Plan

Serviceability and market analysis on real geodata — before committing capital to a build.

Plan

Serviceability and market analysis on real geodata — before committing capital to a build.

Plan

Serviceability and market analysis on real geodata — before committing capital to a build.

Design

Full network architectures with equipment placement, fiber allocation, and costed bills of materials.

Design

Full network architectures with equipment placement, fiber allocation, and costed bills of materials.

Design

Full network architectures with equipment placement, fiber allocation, and costed bills of materials.

Permit

Permit-ready drawings and document packages assembled from the design, formatted for the authority that reviews them.

Permit

Permit-ready drawings and document packages assembled from the design, formatted for the authority that reviews them.

Permit

Permit-ready drawings and document packages assembled from the design, formatted for the authority that reviews them.

Build

Work orders and splice instructions in the crews' mobile app, with as-builts photo-checked by AI against the design.

Build

Work orders and splice instructions in the crews' mobile app, with as-builts photo-checked by AI against the design.

Operate

A live map of the network, telemetry, and every crew — message workers or their agents from the chat.

Operate

A live map of the network, telemetry, and every crew — message workers or their agents from the chat.

Operate

A live map of the network, telemetry, and every crew — message workers or their agents from the chat.

Audit

Every design decision and field change traceable — and executives get answers from the data in seconds.

Audit

Every design decision and field change traceable — and executives get answers from the data in seconds.

Testimonial

“I believe this will be the future of the telecom industry.”

Marc Halbfinger

Advisor to Lux · Former CEO, PCCW Global

Compliance

Enterprise-Grade Security Standards

SOC 2

In progress

GDPR

HIPAA

In progress

End-to-End Encryption

All data encrypted in transit and at rest using AES-256

End-to-End Encryption

All data encrypted in transit and at rest using AES-256

End-to-End Encryption

All data encrypted in transit and at rest using AES-256

No Training on Your Data

Your network data is never used to train models and never leaves your workspace.

No Training on Your Data

Your network data is never used to train models and never leaves your workspace.

No Training on Your Data

Your network data is never used to train models and never leaves your workspace.

Access Control

Workspace isolation, role-based access, and SSO through your identity provider.

Access Control

Workspace isolation, role-based access, and SSO through your identity provider.

Access Control

Workspace isolation, role-based access, and SSO through your identity provider.

What does Lux actually produce?

Complete network designs — routes, equipment placement, fiber allocation — plus the documents that follow from them: splice diagrams, bills of materials, permit-ready drawings, and work orders.

What inputs does it need?

A serving area. Lux imports GIS layers, CAD files, and spreadsheets, and can work from public geodata where your records are thin. The more you give it, the sharper the result.

Does it work with our existing GIS?

Yes. Standard formats in and out — shapefiles, GeoJSON, DXF, and Excel — so designs and documentation flow into the systems your teams already run.

How accurate are the designs?

Geometry, routing, and optimization run on deterministic engines, validated against your engineering rules. Your engineers review and approve everything before it is released to the field.

Who reviews the output?

You do. Lux drafts; your engineers approve. Every artifact is traceable to the design decision behind it, so review is fast and auditable.

How do we get started?

Book a demo and bring a serving area — we will design it live in the session. Or skip the call: one area, designed and priced in 48 hours.

What does Lux actually produce?

Complete network designs — routes, equipment placement, fiber allocation — plus the documents that follow from them: splice diagrams, bills of materials, permit-ready drawings, and work orders.

What inputs does it need?

A serving area. Lux imports GIS layers, CAD files, and spreadsheets, and can work from public geodata where your records are thin. The more you give it, the sharper the result.

Does it work with our existing GIS?

Yes. Standard formats in and out — shapefiles, GeoJSON, DXF, and Excel — so designs and documentation flow into the systems your teams already run.

How accurate are the designs?

Geometry, routing, and optimization run on deterministic engines, validated against your engineering rules. Your engineers review and approve everything before it is released to the field.

Who reviews the output?

You do. Lux drafts; your engineers approve. Every artifact is traceable to the design decision behind it, so review is fast and auditable.

How do we get started?

Book a demo and bring a serving area — we will design it live in the session. Or skip the call: one area, designed and priced in 48 hours.

What does Lux actually produce?

Complete network designs — routes, equipment placement, fiber allocation — plus the documents that follow from them: splice diagrams, bills of materials, permit-ready drawings, and work orders.

What inputs does it need?

A serving area. Lux imports GIS layers, CAD files, and spreadsheets, and can work from public geodata where your records are thin. The more you give it, the sharper the result.

Does it work with our existing GIS?

Yes. Standard formats in and out — shapefiles, GeoJSON, DXF, and Excel — so designs and documentation flow into the systems your teams already run.

How accurate are the designs?

Geometry, routing, and optimization run on deterministic engines, validated against your engineering rules. Your engineers review and approve everything before it is released to the field.

Who reviews the output?

You do. Lux drafts; your engineers approve. Every artifact is traceable to the design decision behind it, so review is fast and auditable.

How do we get started?

Book a demo and bring a serving area — we will design it live in the session. Or skip the call: one area, designed and priced in 48 hours.