Securing devices that cannot run agents: 8 lessons from IXT and Illumio
Eight lessons from IXT and Illumio on securing IoT and OT devices that cannot run agents: patch limits, Zero Trust, visibility and lateral movement.
One SIM. One platform. Unlimited possibilities
Curious about how IXT can help your IoT project?
At IXT, we're IoT connectivity experts dedicated to simplifying your telecom challenges. A conversation with us is all about understanding your specific needs and helping you find the most suitable solutions, no strings attached. Here's what you'll get from our conversation:
What happens after the chat? After our initial conversation with one of our IoT experts, you'll receive a personalised summary outlining clear recommendations and potential next steps.
If you're keen to move forward, we'll collaborate to tailor the perfect solution for your IoT connectivity needs. If you're still deciding, no worries, our team is always here when you need us. Want to just contact us directly? Send an email to raymond@ixt.io.
Book a time with us
Chat with one of our IoT experts to discuss your IoT project. Book a meeting or reach out to find a suitable time.
Initial conversation
We want to understand your specific needs and help you find the most suitable solutions—without any strings attached.
Personalised recommendation
After the meeting we will summarise our conversation for you and let you know how IXT can solve your IoT connectivity needs.
Next steps
If you want to move forward we will partner with you to tailor the best suited solution for you. If you need more time we will catch up whenever you are ready.
Explore our content
Eight lessons from IXT and Illumio on securing IoT and OT devices that cannot run agents: patch limits, Zero Trust, visibility and lateral movement.
Multi-IMSI and eUICC reduce permanent roaming risk in different ways. How each supports IoT compliance, where each stops, and what to check first.
Where permanent roaming creates IoT compliance risk in 2026, how to assess it by market, and when to use local breakout, multi-IMSI, or eUICC instead.