How does a private APN work for industrial IoT?
Private APNs secure industrial IoT by isolating device traffic from the public internet. Discover how they work, why they matter, and key use cases.
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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.
How to Avoid Vendor Lock-in in IoT Connectivity
IoT vendor lock-in is a technical problem, not just a contract problem. Learn where it hides, what SIM technologies reduce it, and what to look for in a connectivity provider built for flexibility.
The secure SIM for IoT: why VPN isn’t enough
VPN was built for users, not devices. Learn why it fails in IoT environments and how Zero Trust security eliminates the attack surface without client software.
NIS2 Compliance for IoT and OT: What Most Organizations Are Getting Wrong
NIS2 requires organizations to secure every network system supporting critical services, including IoT and OT devices. Here's the gap most compliance programs miss, and how Zero Trust closes it.
What Is the Best Zero Trust SIM for Securing IoT Devices?
Discover how Zero Trust SIMs protect IoT devices with private networking, segmentation, and identity based access. Compare providers and learn why full MVNO Zero Trust solutions offer the strongest security.
Why VPN Is Not Enough for IoT Security
VPNs were built for laptops, not IoT. Learn why VPN limitations create blind spots in IoT security and what secure remote access looks like for connected device fleets.