Enabling the future of connectivity with eSIM

eSIM visualization on circuit board

eSIMs are probably not as flashy or as hyperbolic as 5G with ludicrous speeds or movie downloads in seconds.  eSIMs are the nascent/quiet revolution in telecom, as significant as streaming was to music. In fact, the impact is likely to be much more meaningful because connectivity is more ubiquitously embedded in our lives—our phones, cars, security systems, wearables, laptops. Envision a world where you can scan a code and connect your phone, watch, drone, or grandma’s iPad from across the country. 

The impact of eSIMS will be enhanced by the connectivity potential that the proliferation of 5G is unlocking. With 5G, the density of devices that can connect is magnitudes higher than 4G, and consumers and brands will be looking to tap into that. The current way of building and connecting those devices is not feasible for all the devices that 5G has the bandwidth for. 

Right now, manufacturers build SIM-less devices, deliver to brands, then brands (or consumers) get SIMs delivered from carriers, insert it into the device, and repeat the last 2 steps if they ever want to change plans. This sort of deployment already resources intensive as is. For example, think about foot-traffic sensors for stores—if GAP wanted to install sensors in all their stores they’d have to receive a batch of devices from a manufacturer, a batch of SIM cards from a carrier, install the SIMS, and then ship them back out to stores. 

With 5G stores can and will want to connect 10X more sensors, but without eSIMs, that deployment will be nightmarish. Making any changes also becomes exponentially large in terms of cost and time. With eSIMs on the other hand, the manufacturer would embed the eSIM into the device, ship it directly to the stores, and plans can be provisioned remotely. If GAP ever wanted to change their connectivity provider they could do it from a dashboard. 

 It’s the same thing for consumers as well. Imagine having to replace SIMs in dozens of devices like the one in the dash of the car, the SIM in that wire-free camera on the roof, or the ten iPhones, and tablets that a family has spread out all over the house. Physical SIMS just don’t have a future in the modern digital world. While 5G vanguards the connectivity revolution, eSIMs will digitize that connectivity and spark new ecosystems of connected devices and services that that will transform the way we live and work, similar to how the internet digitized and democratized retail.

As a carrier built as a technology company with a customizable platform, US Mobile was built from the ground up to meet rapidly changing and diverse needs. eSIMs shed the physical and logistical constraints of SIM cards from devices—and our Connectivity OS is the most natural, most modern, most user-friendly and the most advanced platform that can tap the openness of this new eSIM enabled hardware ecosystem.  

We’re really happy to announce that our brand new global Esim platform today gives our users the ability to instantly buy data plans for any eSIM enabled device in more than 150 countries instantly. 

The delightful way we did is a testament to our design ethos and the incredible team at US Mobile. We are really excited to see how users will combine the flexibility that our Connectivity OS affords with the flexibility of eSIMs.

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