Which industries are leading the way in embracing smarter IoT connectivity?
In the world of IoT, we talk a lot about growth — but not enough about friction.
As connected devices multiply across industries, traditional SIM provisioning and lifecycle management are struggling to keep up. Managing plastic SIMs, coordinating logistics, and scaling across borders aren’t just operational headaches — they’re barriers to progress.
That’s why eSIM, and more specifically SGP.32, is starting to shift the conversation. It’s not just a new spec — it’s a new model for IoT device connectivity: remote, dynamic, and global by design.
But which industries are actually making the leap? And what can we learn from them?
Logistics & Asset Tracking
These devices move — often across borders and networks and eSIM is helping to solve:
Global coverage without needing local SIMs
Remote subscription provisioning, no physical swap
Scalability for high-volume, low-touch deployments
SGP.32 brings the flexibility needed to maintain connectivity, reduce truck rolls, and onboard new connectivity partners without touching the device.
POS Terminals & Payment Devices
These are mission-critical, but often small and hard to access. With eSIM and other key SGP.32 components such as an eSIM IoT Remote Manager (eIM) some of the solved problems are:
No need for on-site SIM replacement
Resilience: switch carriers in case of local outages
Easy integration in compact devices
For POS terminals, connectivity uptime equals revenue. SGP.32 lets providers manage devices proactively and securely, at scale.
Smart Buildings & Utilities
These deployments require long device lifespans and minimal maintenance, making eSIM ideal for:
Future-proofing for network sunsets (2G/3G shutdowns)
Simplified management across many sites
Lower TCO (Total Cost of Ownership) over time
Here, SGP.32 means installing once and managing remotely for years — without truck rolls or tenant disruption.
CPEs, Gateways & Fixed Wireless Access
These are often deployed in semi-permanent locations and expected to last. With eSIM, a number of problems are addressed including:
Flexibility to change operators post-deployment
Support for private/public network transitions
Simplified provisioning for enterprises and end-users
SGP.32 offers a way to future-proof connectivity for broadband replacement and edge connectivity, especially in under-served areas.
So, what’s the common thread?
All of these early adopters face one or more of these pressures:
Devices are deployed remotely or globally
Maintenance is expensive or difficult
Networks change, but hardware can’t
Business models require scale, speed, and control
The industries adopting eSIM under SGP.32 aren’t just solving operational challenges — they’re reshaping how IoT infrastructure is built and scaled. These early use cases offer a blueprint: if your devices need to move, grow, or stay connected over time, now is the moment to reimagine connectivity as software, not hardware.
The Industries to Watch
Beyond the frontrunners, we’re seeing growing interest in:
Automotive & Telematics
eHealth & Medical Devices
Industrial IoT & Remote Monitoring
Micro-mobility & Smart City Infrastructure
As SGP.32 matures and ecosystem support grows, expect these sectors to accelerate.
The real opportunity? Learning from those leading the way.