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Ask Me Anything Webinar

Introducing the
New SGP.32 Connectivity Model

Watch the on-demand webinar to get real answers from an expert for all your questions on SGP.32.

Watch the webinar

SGP.32 is transforming
IoT connectivity

Shifting from static SIM management to fully programmable, software-defined control.

But with that shift comes complexity:

What does SGP.32 actually change?

How do you implement it in real deployments

How do you scale it without increasing operational overhead?

SGP.32 is transforming <br>IoT connectivity

What 'Ask me Anything' will cover

SGP.32 is more than a new standard. It’s a shift in how connectivity is designed and managed.

In this session, you’ll explore:

How connectivity becomes a programmable lifecycle asset
What operator independence really means in practice
How to enable instant-on connectivity and remote profile management
Why resilience is critical, and how fallback mechanisms work
What’s required to support global, scalable IoT deployments

Watch the webinar

Why SGP.32 matters now

Transforming IoT Connectivity

SGP.32 eliminates friction in manufacturing and deployment, allowing devices to connect instantly when powered for the first time via a bootstrap profile, with no SIM swaps, manual activation, or post‑deployment configuration. Local profiles can then be added or changed whenever required.

Provider Independence

With the emnify eSIM IoT Manager (eIM), enterprises can remotely switch between operator profiles via portal or API, including third‑party profiles, ensuring long-term flexibility across markets and regulations.

Built-In Resilience

Fallback profiles ensure always‑available connectivity, even when primary networks fail. Automated profile transitions protect critical operations with zero field intervention.