Book a demo
A focused demo, mapped to your network and your processes — run by someone who has migrated networks like yours. Or start with the question that changes everything: how good is your data, really?
PNI — Physical Network Inventory
From head-end to customer — every cable, every fibre, every splice, documented.
Scope
Fibre (PON, P2P, FTTH/FTTP including FTTO, aerial, underground), coax and HFC, and backbone / long-haul / transmission — including high-fibre-count B2B and international networks with strict SLAs. End to end: racks, shelves, active equipment, ports, patches, fibres, cables, microducts, ducts, splices, splitters, overlength, OSP and ISP (with floor plans). One unified data model holds FTTP and HFC side by side.
Capabilities
Everything engineers need to design, validate and manage telecom networks — in one integrated environment.
Design Sessions
Isolated, versioned design on live production data; role-gated promote-to-production; abandoned studies auto-release reserved resources and names.
Versioning & locking
Branch versioning, draft what-ifs, and optimistic, context-aware locking.
Topological tracing
Upstream/downstream, shared-segment detection, impact analysis, end-to-end paths.
Telecom-native views
Butterfly view, schematic/synoptic diagrams, tabular splice matrices.
RF & optical calculations
HFC real-time RF/signal, low-voltage power-basin tracing, fibre attenuation / optical-budget.
Inner World View
Vertical MDU / in-building design.
Reservation
Reserve capacity with configurable thresholds.
Auto-generation
BoM / BoQ, splicing plans and jetting schemes.
Rules & naming engine
Engineering rules and naming conventions, distinct for FTTP and HFC.
Compare & print
Study vs production vs as-built; before/after; Map Series A0–A4.
