What is a global IoT SIM for M2M communication
A global IoT SIM connects devices across countries and mobile networks on one contract. Here is how IoT SIM cards authenticate, roam, and stay under control.
.png)
Filter articles
.png)
Securing Global Cellular IoT Deployments in 2026
How to secure cross-border cellular IoT with Zero Trust, private APNs and multi-IMSI resilience. A practical guide for enterprise IoT and network security leaders.
.png)
How to Compare Enterprise IoT Connectivity in 2026
A buyer framework for evaluating IoT connectivity providers on security architecture, coverage resilience, platform control, compliance and pricing.
IXT Zero Trust and EU Compliance: NIS2 and the Cyber Resilience Act
A technical breakdown of how IXT Zero Trust maps to NIS2 Article 21 requirements and supports manufacturers preparing for the Cyber Resilience Act.
.png)
How to Manage Global IoT SIMs in 2026
Learn how to manage global IoT SIMs at scale in 2026, covering eSIM, iSIM, Zero Trust connectivity, and fleet management for enterprise IoT deployments.
.png)
Top 7 Secure Global IoT Providers for Enterprises
Compare 7 secure global IoT providers for enterprises. IXT leads with Zero Trust security, full-MVNO control, and NIS2-ready architecture for multi-country deployments.
Rethinking IoT security: The Zero Trust approach
Explore the urgent need for Zero Trust security in IoT deployments, the rising threats, and practical steps for securing IoT connectivity.
NIS2 and IoT Connectivity: What the Directive Actually Requires
NIS2 covers IoT and OT devices. Standard SIM connectivity leaves most organisations exposed. Here is what the directive actually requires and why it matters for connected devices.
Third-party access: The weakest link in IoT security
Third-party vendor access is one of the most common entry points for cyberattacks on industrial and IoT environments. Here is what the risk actually looks like, why traditional access methods make it worse, and what a more secure approach requires.