Skip to content
SplicePoint

Built specifically for fiber & OSP teams.

Fiber Construction.Connected.

Track your fiber build from the field to final closeout.

Upload construction prints, document production, capture field proof, track fiber infrastructure, create as-builts, organize network records, and prepare billing from one platform.

Product preview with simulated project data. SplicePoint is in development.

Stop Managing Fiber Builds Across Paper, Text Messages and Spreadsheets.

Every build produces the same evidence: footage, structures, photos, splices, tests. The trouble is that it lands in a dozen places, and someone has to chase it down before the job can close.

SplicePoint brings the entire fiber construction workflow together.

  • Construction prints covered in handwritten redlines.

  • Photos scattered across phones and text messages.

  • Footages tracked in spreadsheets.

  • Splicing information stored separately.

  • Crews reporting progress differently.

  • Project managers waiting for field updates.

  • Missing GPS information.

  • As-builts assembled manually at the end of the project.

  • Billing delayed because supporting documentation is incomplete.

  • Closeout packages taking days or weeks to assemble.

One System.
From Construction Print to Project Closeout.

Four stages, one record. What a crew captures in the field is the same record a manager reviews and the same record that ends up in the closeout package.

  1. Step 01

    Create Your Project

    Upload drawings and establish the project.

    • PDF construction prints
    • Project boundaries
    • Scope
    • Crews
    • Customers
    • Billing codes
    • Network information
    • Project documentation
  2. Step 02

    Build From the Field

    Crews document work directly from phones and tablets.

    • Draw completed routes
    • Record footage
    • Add structures
    • Capture GPS photos
    • Complete forms
    • Record production
    • Document sequentials
    • Document splice locations
    • Report issues
    • Offline-ready architecture
  3. Step 03

    Inspect & Manage

    Managers see project status as work happens.

    • Production tracking
    • Quality control
    • Crew activity
    • Project progress
    • Missing documentation
    • Inspection status
    • Subcontractor reporting
    • Construction quantities
    • Issue management
  4. Step 04

    Closeout & Bill

    Turn field records into usable project documentation.

    • As-builts
    • Redlines
    • Production reports
    • Photo reports
    • Billing quantities
    • Closeout documentation
    • Testing records
    • Project history

Built for the People Actually Building the Network.

Give crews a simple field application designed for fiber construction instead of forcing them to manage jobs through texts, paper prints and spreadsheets.

One tap to start
Field work starts from actions — Record Work, Add Structure, Add Photo — not from long forms.
Made for gloves and sunlight
Large touch targets, high-contrast type and controls kept within thumb reach.
Location attached by default
Photos, structures and footage carry GPS position and time so the proof stays with the work.
  • View construction prints
  • Interactive GIS maps
  • Draw completed routes
  • Drop structures
  • GPS-tagged photos
  • Record footage
  • Daily production
  • Fiber sequentials
  • Splice locations
  • Issue reporting
  • Inspection forms
  • Daily reports
  • Offline-ready architecture
  • Automatic synchronization

See Your Entire Fiber Build From One Dashboard.

Footage, structures, inspections, issues and billing-ready quantities roll up from every crew and every project as work is recorded — so the weekly status meeting starts with answers instead of phone calls.

Product preview. Projects, figures and map are simulated.

Designed for the complete fiber lifecycle

Document More Than Construction.
Document the Network.

SplicePoint is designed to connect project construction records with the infrastructure being built. A handhole is not just a line item on a production report — it is a structure on a route, holding a closure, feeding a terminal, serving a customer.

SplicePoint is being designed to eventually manage:

  • Fiber cables
  • Buffer tubes
  • Fiber strands
  • Splice closures
  • Splice trays
  • Ports
  • Splitters
  • Handholes
  • Vaults
  • Pedestals
  • Poles
  • FDHs
  • Terminals
  • Drops
  • OTDR testing
  • Power meter results
  • Network paths

Network path

Temple FTTH · Product preview
  1. Central OfficeOLT · Temple CO
  2. Feeder Fiber288 ct · F1-A → F1-C
  3. FDH / CabinetFDH-04 · 1×32 splitters
  4. Distribution Fiber144 ct · D-12
  5. Splice ClosureSP-042 · 24 splices
  6. TerminalT-102 · 8 ports
  7. Customer Drop1204 Bluebonnet Dr
SplicePoint Network Intelligence — In Development

Know Where Every Fiber Goes.

Splice records belong to the network, not to a PDF. SplicePoint is building toward strand-level documentation: which fiber enters a closure, which tray it is fused in, and which terminal port it serves.

Scroll sideways to follow each fiber.

Splice closure SP-042, tray 1: Cable A 144-count blue buffer tube fibers 1 to 12 spliced to Cable B fibers 1 to 12. Fiber 1 to terminal T-102, fiber 2 to terminal T-103; fibers 9 to 12 available or reserved.Cable A144 count · 12 tubesBlueOrangeGreenBrownSlateWhiteRedBlackYellowVioletRoseAquaTube 1 · Fibers 1–12SP-042 · Tray 1Splice closure · 8 of 12 fused112233445566778899101011111212Cable B → Terminals12 count · Dist D-12Fiber 1→ T-102 · Port 1Fiber 2→ T-103 · Port 1Fiber 3→ T-102 · Port 2Fiber 4→ T-103 · Port 2Fiber 5→ T-104 · Port 1Fiber 6→ T-104 · Port 2Fiber 7→ T-105 · Port 1Fiber 8→ T-105 · Port 2Fiber 9→ AvailableFiber 10→ AvailableFiber 11→ Reserved · FDH-04Fiber 12→ Available

Planned splicing capabilities

  • Fiber tracing
  • Splice history
  • Tray documentation
  • Port assignments
  • Splitter documentation
  • Strand status
  • Fiber availability
  • Network path tracing

See the Network, Not Just the Project.

Construction status, structures, splice points, photos, issues and test results on one map — layered the way telecom engineers read a plant record, not the way a consumer map shows directions.

Project

Temple FTTH Expansion

Phase 1 · 24.8 route miles

Layers
Construction status
W Adams AveNugent AveAvenue HS 31st StS 25th StS 19th StBluebonnet DrTemple COFDH-04V-118HH-201HH-204HH-207HH-209HH-212HH-215SP-042SP-047SP-039PED-31PED-33P-1P-2P-3T-102T-103T-104
31.0982° N, 97.3428° W · Simulated data

Interactive preview with simulated geometry. Toggle layers and construction status to explore.

Purpose-Built for Fiber Infrastructure.

Twenty capabilities organized around how a fiber job actually runs — from the first plan set to the final invoice.

Plan

Set up the job the way it was designed.

  • Construction Prints

    Upload PDF plan sets and keep the current revision in front of every crew.

  • GIS Mapping

    Routes, structures and network assets on a map built for outside plant.

  • Project Documents

    Permits, contracts, specs and plan sets organized by project.

Build

Capture the work while it happens.

  • Field Reporting

    Simple field actions instead of long forms.

  • Production Tracking

    Footage and units by crew, day, route and billing code.

  • GPS Photo Documentation

    Photos tied to location, time, structure and crew.

  • Daily Reports

    End-of-day reports assembled from the work already recorded.

  • Crew Management

    Who is where, on what, and how much they placed.

  • Subcontractor Tracking

    Subcontractor production and documentation held to the same standard.

  • Offline Field Access

    Architected for crews working without a signal.

Document

Record the network, not just the labor.

  • Fiber Sequentials

    Start and end sequentials recorded against the cable and route.

  • Splice Documentation

    Closures, trays and splices tied to the structures that hold them.

  • Structures & Assets

    Handholes, vaults, pedestals, poles, FDHs and terminals.

  • Network Documentation

    Cables, tubes and strands connected from CO to drop.

  • Testing Records

    OTDR and power meter results attached to the fibers they test.

Close

Finish the job with the proof already attached.

  • Quality Control

    Catch missing photos, footage gaps and incomplete records early.

  • Inspections

    Inspection status and findings tracked by structure and segment.

  • As-Builts

    As-built records that grow as construction happens.

  • Closeout Packages

    Photos, reports, tests and as-builts packaged per project.

  • Billing Quantities

    Billable units backed by the field records that prove them.

SplicePoint is in development. Capabilities are released progressively through early access.

Spend Less Time Chasing Documentation.
Spend More Time Building.

  • Know what was built.
  • Know where it was built.
  • Know when it was built.
  • Know who built it.
  • Know how much was completed.
  • Keep proof attached to the work.
  • Catch missing information before closeout.
  • Build as-builts as construction happens.
  • Prepare billing faster.
  • Keep network records organized.
  • Reduce paperwork.
  • Reduce project closeout time.
  • Improve owner visibility.

Before and After SplicePoint.

How fiber project documentation changes with SplicePoint
Before SplicePointAfter SplicePoint
Paper printsConnected field records
Text messagesLive project visibility
Disconnected spreadsheetsDigital production
Photos on personal phonesCentralized photos
Missing field documentationGPS documentation
Manual redlinesOrganized as-builts
Manual closeoutFaster closeout
Delayed billingBilling-ready quantities
Separate fiber recordsStructured network data
No single project truthComplete project history
Future capability

Your Network Data Should Work For You.

SplicePoint is being designed as more than a field reporting system. By organizing construction and network records into structured data, future SplicePoint intelligence can help teams identify missing documentation, analyze production, detect project risks, trace network paths, accelerate closeout and understand infrastructure faster.

  • Missing-document detection
  • Automatic closeout review
  • Project risk alerts
  • Fiber path tracing
  • Production forecasting
  • Quantity validation
  • As-built assistance
  • Testing review
  • Construction discrepancy detection
  • Natural-language project search

Ask about Temple FTTH Expansion…

  • “Show me every splice location on Phase 1 missing closeout photos.”
  • “Trace fiber 37 from FDH-04 to its terminal.”
  • “Which subcontractor production entries are missing supporting photos?”

Example questions for future SplicePoint intelligence. Not yet available.

Built for the Entire Fiber Lifecycle.

Early access starts with field construction and closeout. The platform is being built to follow the network through splicing, testing and operation.

  1. Plan

    • Projects
    • Drawings
    • Routes
    • Scope
    • Resources
  2. Build

    • Crews
    • Production
    • Structures
    • Photos
    • Construction
  3. Splice

    • Closures
    • Trays
    • Fibers
    • Ports
    • Splitters
  4. Test

    • OTDR
    • Power Meter
    • Quality
    • Acceptance
  5. Close

    • As-Builts
    • Reports
    • Documentation
    • Billing
  6. Operate

    • Network Records
    • Fiber Tracing
    • Maintenance
    • Intelligence

Build Fiber Smarter.

Bring your projects, crews, construction records and fiber network documentation together with SplicePoint.

SplicePoint is currently in development.

Request Early Access

Tell us about your team. Early access opens to fiber contractors in stages.

No spam. We only use this to contact you about SplicePoint.