The register of the low-voltage distribution network

Every pole. Named, mapped, and proven.

Walk the feeder, name it, see it on a map, prove it with a photo. ASCURE is the authoritative register of a utility’s low-voltage distribution network — captured pole by pole in the field, and re-surveyed every cycle so the record never goes stale.

Live platform metrics
Poles inspected & proven
Distinct assets with a submitted, photo-backed inspection
Inspections performed
Assets in the register
Defects identified

Real numbers, straight from the field — aggregate counts only, refreshed continuously.

In the field

The whole survey, in your crew’s pocket

Capture-grade tooling built for where the network actually is — no base data, no signal, a clearance gauge twelve metres up a pole. The inspection is the asset record.

09:41Inspect5G
Offline · 3
POLE A-12LV SURVEY
Ground clearance5.8 m
Pole conditionPASS
Stay wireFAIL
Submit to queue

Map & inspect

09:41Maintain5G
🚨

Emergency · POLE D-7

Conductor down — respond now

Ready to claim · 2

POLE A-12HIGH

Stay wire broken

Claim & start
POLE B-3MEDIUM

Cracked insulator

Maintenance & repair

09:41Sensor5G

Ground clearance

5.8 m

READ

OCR smart-sensor

Offline-first capture

Inspect, add poles and queue work with zero signal — it syncs the moment you're back in range.

On-device OCR readings

Snap the gauge; the value is read off the photo on the phone — no transcription, no transposition.

Timestamped photo proof

Every observation is anchored to a moment and a GPS fix — evidence, not assertion.

Map & route

Drop a pin, name it in sequence, navigate the feeder — and never re-walk what's already proven.

The soul test

Four words every feature has to earn

If a capability doesn’t make the network more legible, navigable, provable or perpetual, it’s seasoning — not ASCURE.

Legible

Every asset carries a human-readable sequential number — arranged by structure, painted on the pole itself. The crew and the system read the same name.

Navigable

Not a flat list — a real graph the system can traverse. Feeders, branches and NOP tie-points the system can route and isolate across.

Provable

Every observation is backed by a timestamped photo or a sensor reading. Evidence, not assertion — captured at the pole, the moment it's seen.

Perpetual

Re-surveyed on a fixed cycle. Year one lays the baseline; every cycle after records the delta. The data compounds.

One lifecycle, per survey cycle

From walking the feeder to a frozen report

A single, honest state machine replaces the old governance ceremony. The inspector owns the defect call; the data controller owns data quality and the documents. Stage labels are configurable — the ones below come from a live deployment.

  1. 01

    In survey

    DALAM RONDAAN

    The field crew walks the feeder, tagging & inspecting each asset.

  2. 02

    Inspection locked

    RONDAAN SELESAI

    The inspector owns the defect call — authoritative on submit.

  3. 03if needed

    Amendments

    PERLU PINDAAN

    The data controller returns any quality issues to fix.

  4. 04

    Report compiled

    LAPORAN SELESAI

    The document factory compiles the cycle's reports.

  5. 05

    Archived

    ARKIB

    The cycle is archived — the persistent asset lives on.

Year 1lays the baseline — tag, topology and first condition.

Year Nre-surveys it and records the delta — what moved, what’s new, what changed source.

Built for the field

The technology under the register

No signal, faded labels, a clearance gauge on a pole twelve metres up — the hard parts of the field are exactly what ASCURE is engineered around.

Offline-first field capture

Most sites have no base data and no signal. Inspection is asset creation — captured offline, synced when back in range.

OCR smart-sensor readings

Snap the ground-clearance gauge; on-device ML reads the value off the photo. No transcription, no transposition errors.

Timestamped photo proof

Every reading is anchored to a moment with a timestamp overlay — the audit trail is the workflow, not an afterthought.

Network-graph isolation view

Open this breaker and these poles de-energize; close that NOP and feeder G back-feeds. Graph traversal no spreadsheet can match.

Document factory

Your standard deliverables — inspection forms, clearance tables, schematic drawings — compiled from the same network edges and frozen at sign-off.

Map & discovery mode

Drop a pin, name it sequentially, inspect it. The global map plans the route and avoids re-walking what's already proven.

Proven in the field. Built to scale to any utility.

The model that earns its keep on a national low-voltage network — the asset register, the network graph, the survey cycle — is multi-tenant from the ground up, ready for the next distribution operator.

Multi-tenant by designRegion & operating-area geography Capability-based access