No clear picture of the estate
SIMs, modules, APNs, platforms and contracts live across suppliers, spreadsheets and former colleagues.

We help utilities, metering operators and product manufacturers assess, design, procure and improve the connectivity behind smart meters, grid devices and connected-device fleets.
Bearer, module and platform decisions are locked in for the life of the asset — and they are usually made with information supplied by the people selling the SIMs, meters or hardware. We give you an independent basis for those decisions.
SIMs, modules, APNs, platforms and contracts live across suppliers, spreadsheets and former colleagues.
Pooled data, per-SIM fees and platform charges differ enough that the cheapest headline rate becomes the most expensive contract.
Architecture reflects the vendor's module and bearer range rather than your coverage, power and lifecycle constraints.
Five disciplines that take a device programme from an unclear estate to a live, optimised, defensible rollout.
An independent, evidence-based view of how your metering and device estate connects today, where it is fragile and what to do next.
Understand the device estate, deployment locations, traffic profiles, bearers, platforms, contracts and business objectives — and establish what is actually in the field today.
Identify the coverage, lifecycle, security, operational and commercial risks across the estate, and agree which of them matter most.
Develop realistic bearer, device and platform options with whole-life costs, dependencies and trade-offs, so decisions rest on evidence rather than vendor preference.
Support procurement, pilots, governance and rollout assurance until devices are live, reporting reliably and the benefits are demonstrable.
Every engagement leaves a documented, defensible basis for the decisions that follow.
Three anonymised engagements — the challenge, the approach and the metric that mattered.
A 2G/3G switch-off date loomed over a mixed meter estate with no consistent bearer strategy, risking stranded devices and read gaps across whole regions.
Sequenced the migration by cell-site sunset dates, layering cellular primary with RF-mesh fallback at the rural edge, and proving coverage on each cohort before the mast came down.
Protection and control schemes acted on the worst-case latency, not the mean — but the estate ran over a public internet path with no determinism guarantees.
Designed a private APN core with hybrid public reach for the rural tail, specified end-to-end latency budgets, and instrumented the path so the tail, not the average, was governed.
A 95,000-device programme was being scored on the headline per-device rate, hiding the integration, switching and exit costs that would decide the lifetime bill.
Built a whole-life cost model against the utility's cost of capital, then wrote measurable SLAs, conformance tests and a contracted exit remedy into the chosen hybrid model.
A vendor-neutral Smart Metering Operations Console. It connects your existing AMI and enterprise systems into one common layer — no replacement, no data migration, no vendor lock-in.
Visit smoc.cloudMeters, comms, HES, MDMS, GIS and ADMS in one common operational view.
Correlate systems to pinpoint whether an issue sits with the meter, network, HES or upstream grid.
On-demand reads, remote operations, triage, firmware campaigns and field work from one console.
KPIs, SLA compliance and operational reporting that evidence performance rather than assume it.
Commentary and updates published to the CEHG LinkedIn page — on connectivity, smart metering and the device estate.
Once the CEHG company page is live and publishing, the latest posts will surface here in real time.
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