Network coverage

Critical network coverage.

Electric utility worker repairing overhead power lines

Electricity networks

Capture poles, conductors, substations, switchgear, transformers, protection devices, condition grades, defects, and safety exceptions.

Worker inspecting pipe installation in an underground utility trench

Gas and pipeline assets

Structure mains, valves, markers, crossings, pressure assets, easement evidence, risk observations, and regulated inspection outcomes.

Fiber optic patch cables in a telecommunications rack

Fiber infrastructure

Survey chambers, ducts, cabinets, ODFs, route sections, splice points, capacity, photos, and connectivity records for future planning.

Technicians working on mobile communication tower infrastructure

Mobile infrastructure

Audit towers, rooftop sites, antenna systems, power feeds, cabinets, access conditions, safety evidence, and planned maintenance work.

Utility worker inspecting underground water infrastructure

Water and wastewater

Inspect mains, valves, hydrants, pumping stations, treatment assets, chambers, condition codes, leakage indicators, and remediation tasks.

Construction worker carrying blue communications cable on a city street

Highway communications

Map roadside cabinets, traffic systems, cameras, signs, duct runs, power interfaces, environmental conditions, and access constraints.

Detailed asset evidence

Cabinets, chambers, enclosures, and roadside assets.

Outdoor electrical power cabinet installed beside a street wall — **Electric distribution cabinets** Record identity, feeder references, labels, condition, access, and safety evidence.

Street mounted electricity boxes and meters with pipes and wiring — **Roadside power assets** Audit meter details, enclosure damage, cable entry points, and service risk.

Fiber optic manhole installation in a road excavation — **Fiber road chambers** Capture chamber location, cover condition, duct routes, and access constraints.

Outdoor optical fiber distribution cabinet for FTTX networks — **FTTH distribution cabinets** Document cabinet type, splitter capacity, patching state, locks, labels, and access.

Telecommunication mast with cellular antennas against a blue sky — **Mobile tower masts** Survey antenna assets, mounts, cabinets, power feeds, access, and maintenance evidence.

Fiber optic splice closure and enclosure detail — **Splice enclosures** Document closure type, cable management, sealing quality, capacity, and exceptions.

Redundant assets and net zero

Reduce energy and carbon.

Many streets contain cabinets, power feeds, enclosures, meters, and legacy network equipment that remain live long after the business need has changed. AMS Capture helps infrastructure teams identify what exists, confirm whether it is active or redundant, and create the evidence needed to consolidate, retire, or modernise assets.

Painted electricity cabinet on a city sidewalk — Street cabinet inventory

Open telecommunications street cabinet showing internal wiring — Internal status evidence

AMS map screenshot showing clustered network assets and route evidence — Redundancy map evidence

Asset lifecycle intelligence Net-zero ready evidence

Discover
Locate cabinets, chambers, meters, feeds, and enclosures in the field.
Verify
Confirm live, idle, abandoned, unsafe, or unknown operational status.
Energy view
Link powered equipment to load, dependency, consumption, and cost.
Rationalise
Plan consolidation, removal, upgrade, or reuse with evidence.
Report
Visualise avoided energy, carbon reduction, and net-zero progress.

Build a trusted network register

Improve your asset data.

Use AMS Capture to standardize inspections, create defensible records, support ISO 55000 / ISO 55001 asset management processes, and unlock the intelligence needed for future planning. Choose cloud or on-premises deployment, then tailor forms, workflows, reports, integrations, and asset hierarchies around your utility network.

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