e-Sim ▪️📲

Hey Folks, it has been a while since I wrote something 😔. Nevertheless 🤗, let me give a small brief about the recent silence, actually after posting my last blog post in 2022, I was engulfed with school leaving examination, then a ton of paperwork for my college, and again I would focus on ton because I came to USA as an international student, there is a lot in it.

Welcome Back 🙏!

Now, after this signature welcome, it would be quite obvious since I already spoiled the topic of this Byte in the header 😂.

So, after this obviousness, today in this series we are going to understand what exactly is an

e-Sim ▪️📲 in a fun and a quirky way.

Trying to be ambitious 😅!

So, lets start with the its fundamental instinct,

What?

The embedded Universal Integrated Circuit Card (eUICC), also known as the eSIM/Embedded SIM and measuring just 6 mm in length and 5 mm in breadth, is a smaller version of the removable SIM that is soldered onto the motherboard of a device the moment of manufacture. It is capable of M2M (Machine to Machine) and remote provisioning.

Sounds complex, right? 🤔 let it be like a physical sim but in a much shorter format and be embedded into the device's hardware in utility.

Proof of our Scientific Progress 💪!

Now,

Possibilities are immense 🤯!

As evident from the infographics above, the utilities and applications for an e-sim remain high. Also, we must refrain from forgetting that upcoming pieces of technology may further accelerate growth 😏.

The idea behind electronic SIM cards is to keep your phone number and other personal information separate from your phone's hardware. This way, if your phone is lost or stolen, you can still use it without worrying about personal information. Traditional SIM cards are secure because they're made with certain facilities and loaded with software and operator credentials. The operator's logistics team distributes SIM cards to the right places, like retail outlets, business partners, or enterprise customers who use fleets of connected devices. An eSIM is like a virtual card that helps you use secure facilities at different places, even if you're not physically there. The eSIM protocol helps keep your data safe and sound when transferring it between devices. SIM cards have a lot of different features, and they need different business-related functions to work correctly. Some channels may dictate who has control of device connections. It is impossible to create a single, practical solution that combines the two forms of logic.

There are many different types of challenges that you will face while you are learning. Some are harder than others 🥱, but you can overcome them if you are persistent.

That should be enough for this Byte, but on the ending note, I have something exciting to end. Here, I present you the infinite space scroll 😎,

Tip: Try Zooming In 😏 (Also, you can go full-screen)

Courtesy: sketchfab.com