USE CASES / CONNECTIVITY STEERING & ROAMING CONTROL

Steer connectivity where your margins need it — from the SIM.

Policy-driven network selection, multi-IMSI switching, and SIM file control that acts in near real time — including autonomously, when the device is offline.

// The problem

Network-side steering breaks exactly where it matters.

Core-based steering of roaming works until the device camps on the wrong network anyway, the visited network wins the retry battle, or the device sits in a forbidden-network state no OTA SMS can reach. Conventional multi-IMSI SIMs depend on slow OTA rounds or manual swaps. Meanwhile wholesale costs accrue by the megabyte, and every mis-steered device is either margin lost or experience degraded.

// Why SIM-native

The SIM is where network selection actually happens.

Preferred and forbidden network lists live in SIM files. IMSI identity lives in a SIM file. An applet with secure access to those files can steer, switch, and recover at the source — instantly on command, or autonomously by rule when there's no connectivity for a command to arrive on.

// The SimX approach

What SimX gives you.

{{ g.title }}

{{ g.desc }}
// Example workflows

How teams use it.

{{ w.tag }}

{{ w.desc }}
// THE OUTCOME

Lower wholesale spend, higher attach success, and connectivity products you couldn't build with static SIMs — with steering decisions made where they take effect, and an audit trail behind every change.

// Related
PRODUCT
SimX Dynamic IMSI
The multi-IMSI and steering module →
PROOF
U.S. MVNO case study
Best available network, steered from the SIM →
HOW IT WORKS
The applet, transport, and platform
Architecture, not abstraction →
Related use cases: IoT Resilience & Fleet Assurance → QoE Visibility & Network Intelligence →

Scope a steering use case.

Bring your roaming footprint and cost pain points; we'll map the policy model and pilot design.