USE CASES / QOE VISIBILITY & NETWORK INTELLIGENCE

See the network the way your subscribers do.

SIM-based QoE monitoring captures real service experience from inside the device — including feature phones, IoT, and roamers your probes and apps will never see.

// The problem

Network-side tools see the network. They don't see the experience.

Probes and counters measure what the network served, not what the device received. Drive tests sample a sliver of geography a few times a year, at fleet-and-fuel cost. App-based measurement needs installs, OS permissions, and battery budget — and doesn't exist on feature phones or headless IoT. The result: coverage complaints you can't reproduce, roaming quality you take on your partner's word, and churn drivers that hide inside averages.

// Why SIM-native

The SIM is the one vantage point present in every device.

The SIM sits between the device and the network in every cellular product, under operator control. An applet there observes service state, signal quality, call outcomes, rejection causes, and cell context — for every subscriber population, on every OS, at home and while roaming. No installs. No permissions. No hardware.

// The SimX approach

What SimX gives you.

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// Example workflows

How teams use it.

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// THE OUTCOME

An always-on, subscriber-level view of real service quality across your entire footprint and roaming partners — at a fraction of the cost and coverage limits of probes, panels, and drive tests. Evidence for engineering, care, procurement, and regulators from one source of truth.

// Related
PRODUCT
SimX Qmax
The QoE telemetry module →
PROOF
National-operator case study
21,000 cells · 98,000 measurements · rejects −99% →
HOW IT WORKS
The applet, transport, and platform
Architecture, not abstraction →

Scope a QoE use case.

Tell us which blind spot hurts most — coverage, roaming, care, or churn — and we'll map a pilot to it.