Connectivity
Reliable connectivity is crucial for high-uptime Internet of Things (IoT) applications. Even a brief disruption can result in service level agreement (SLA) violations or costly operational downtime. Embedded SIM (eSIM) technology must adapt in real time for industries that depend on continuous service, like:
- Retail
- Health care
- Critical infrastructure
- Critical asset monitoring
Power Always-On IoT
Why Traditional SIMs Fall Short
Standard SIM cards and basic failover setups often struggle in global or mobile deployments. These systems usually rely on a single carrier. They require manual switching or external controls to restore connectivity during network outages.
That process introduces delays and increases the risk of connection loss, especially in remote or cross-border environments.
The Role of eSIMs in IoT Connectivity
NExT™ eSIM Protect offers a reliable choice. Each SIM profile is associated with a different mobile network operator (MNO). If one network fails or becomes unstable, the SIM automatically switches to an alternative. As devices no longer require manual SIM swaps or redundant hardware, complexity decreases.
eSIMs simplify compliance in procurement settings, especially for tenders and requests for quotation (RFQs) with uptime guarantees or coverage redundancy needs. They reduce operational complexity while supporting high-availability service models.
Always-On Connectivity without Borders
Multiprofile eSIMs are especially effective where consistent coverage and compliance are critical. These scenarios include global rollouts and mission-critical applications.
For mobile and regional deployments, eSIMs enable seamless transitions between networks. They help service stay active:
- In rural areas
- In poor coverage areas
- Along national borders
- During unpredictable outages
This flexibility ensures devices stay connected and eases the workload on support teams.
Key Takeaways
Watch this webinar to explore how to build resilient IoT systems with NExT eSIM Protect. You will gain insights into SIM behavior that supports continuous connectivity and meets demanding SLA requirements.
You’ll learn:
- How to create always-on IoT services with a resilient SIM infrastructure
- What to prioritize in a SIM to avoid complex failover logic
- Ways to simplify procurement for uptime-critical deployments
