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AI worms are no longer a “someday” threat, and cellular IoT is where they’ll hide. Earlier this month, Anthropic's Frontier Red Team showed that small AI models may soon be able to copy themselves across inexpensive IoT hardware and run there, with no datacenter required. Unlike Mirai, an AI worm doesn’t need a script for each device type. It figures out unfamiliar hardware on its own. Now look at the enterprise edge: remote medical equipment, EV chargers, security cameras, fleet telematics, utility smart meters, industrial gateways. The vast majority of devices connect over cellular. That traffic never touches your firewall, NAC, or SPAN port, and most of these devices cannot run an agent. To your mission critical SOC, they don’t exist. In the latest IoT Now piece, Simetric CRO Matthew Coleman explains: → Why leading security platforms weren’t built for networks you rent rather than own → What an AI worm looks like at the SIM level → How carrier data, normalized across every operator, becomes the detection and quarantine layer security teams are missing The encouraging part is that these threats spread over days, not seconds. Teams that can unify control of their cellular and satellite fleet have time to act in a manner they govern. The article closes with three questions every security leader should ask this week. Worth the six minutes. #SPoG #IoTSecurity #CellularIoT #Cybersecurity #AI #eSIM #EdgeSecurity https://lnkd.in/eHtTmjwM

Every connected device you ship is locked to whichever carrier you chose at the factory. Changing that later means re-provisioning, or a truck roll, or a new SKU per region. Simetric Validated eSIM Orchestration puts carrier choice under software control. One platform, one integration, and the ability to move a device between operators after it has left your loading dock.

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Anthropic just showed an AI model can copy itself across cheap IoT devices. Here's the problem: your cellular IoT never touches your network. That traffic goes straight to the carrier, so your firewall, NAC and EDR never see it. If a device is compromised, nobody on your security team finds out. Here's how to close that blind spot.

A connected medical device can stay in service for ten years. Carrier contracts and cellular networks do not. Simetric Validated eSIM Orchestration lets you change networks without touching hardware. Provision at manufacture, switch operators remotely, and keep devices connected across sunsets and coverage changes for the life of the product.