How To Download Esim Profile

With eSIM.me, you can download eSIM profiles (digital SIM cards) directly from the Internet to your smartphone. Instead of carrying many different physical SIM cards, you can now store them digitally and securely on the eSIM.me Card.

With eSIM.me, you benefit from the flexibility to use your eSIM profiles on any device with a SIM card slot. Once an eSIM profile is installed and activated via the eSIM.me APP, you can move the eSIM.me card to another device and use it there.

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If you have a PC from your organization or you bought your device from your mobile operator, an eSIM profile might already be added to your PC. If you select eSIM profiles and see an eSIM profile for a mobile operator you expect to find, you can skip this procedure and go to the next one to get connected.

If you have a PC from your organization, an eSIM profile might already be added to your PC. If you select Manage eSIM profiles and see an eSIM profile for a mobile operator you expect to find, you can skip this procedure and go to the next one to get connected.

If you don't want to use a profile anymore, you can delete it from your PC. If you delete the profile and want to add it again later, you'll need to download the profile again and might need to contact your mobile operator.

Trusted Connectivity Alliance has been tracking the development of the eSIM market since its nascent phase. The latest figures collectively reported by TCA members showed significant growth in the global adoption of eSIM technology in 2022, with consumer and M2M eSIM profile downloads collectively increasing by 135%. Increased adoption also coincided with the growing deployment of eSIM-enabled devices, as eSIM shipment volumes increased 13% year-on-year to reach 382 million units.

The eUICC Profile Package: Interoperable Format Test Specification version 3.3.1 has the objective of testing if a profile is correctly interpreted and correctly loaded on an eUICC. It includes tests for eUICCs supporting IoT minimal profile. It provides a globally standardised means of testing products which implement Version 3.3, Version 3.2, Version 3.1, Version 2.3.1, Version 2.2, or Version 2.1 of the eUICC Profile Package: Interoperable Format Technical Specification.

The Specific_ASN1_definitions shall be used when creating the DER code for Test Case 8.2.11.4 (check unknown tag in Profile Package) at least for the DF-CUSTOM-by-Generic-File-Management-4 profile element.

This specification is based on the following Trusted Connectivity Alliance document: eUICC Profile Package: Interoperability Functional Requirements. Major updates have been made to the specification to support the remote loading of eSIM profiles onto network-constrained IoT devices, as well as full alignment with 3GPP Release 17 to enable enhanced 5G functionality and emerging use-cases. It also includes clarifications and guidance to further promote eSIM interoperability.

It is intended primarily for Profile Creator providers, Profile Creator users (i.e. Mobile Network Operators or MNOs) and eUICC vendors in order for them to elaborate and exchange profiles with guaranteed interoperability.

An eUICC (which originates from the term embedded UICC) is a UICC which enables the remote and/or local management of profiles in a secure way that meets GSMA requirements for Remote SIM Provisioning and is certified in accordance with the GSMA compliance programme.

Remote SIM Provisioning refers to the process of downloading, installing, enabling, disabling,and deleting a profile on an eSIM. Remote SIM Provisioning is enabled by specialised secure servers called eSIM Subscription Manager (SM) platforms.

Remote SIM provisioning or RSP, allows for secure and remote operator profile management. This includes the authentication and activation of eSIMs and their enabling, disabling and deleting. This over-the-air process removes the need for physical access or SIM card swapping while changing carriers.

(2) If the module (SIM7000G ou SIM7070G) be supplied, and having the cellular antenna and eSIM connected to it, is this sufficient to be able to install/write the profile in the eSIM through the cellular network?"

In addition to the term eSIM, you will also likely read or hear people referring to the eSIM profile. In simple terms, this is the information required to identify an operator and the subscription that relates to a given device. In other words, it enables the device to connect to a network, under the terms of the agreement with the operator.

While eSIM dramatically changes the distribution and management of SIMs, simplifying the supply chain and, ultimately, leading to cost savings for MNOs and for companies with significant fleets of mobile and IoT devices, perhaps the most interesting feature it unlocks is the ability to support multiple profiles.

With eSIM, compatible devices can typically support multiple profiles. Of course, only one can be active at any given time, but users can switch from one profile to another, allowing them to change the network connectivity options that are available to them.

Best of all, they can also add new profiles without terminating any existing arrangements. So, this means that they can retain an existing plan, if that is optimised for their home country, but can also build relationships with other providers who might better serve their needs in other locations. Similarly, new or temporary recruits who are locked into existing contracts can be added to corporate roaming plans.

I would like to set up an SM-DP+ server to provision my own eSIM profiles. These usually get certified by GSMA and are used for large-scale Remote SIM Provisioning, but I would want to use this for home testing only, so getting official certification would be overkill.

I understand that I will need my own mobile network to work with it, which I also want to set up at home. My main concern is that either Android or the device manufacturers impose limitations that would only allow certified eSIM profiles to be installed on a device. I was thinking of using a Google Pixel 3A for testing, so I would be installing the eSIM profiles on this phone.

Android provides downloadable test profiles for testing the radioimplementation of devices supporting eSIM. For testers that need todownload a test profile defined in TS.48, Android provides a mechanismin its SM-DP+ to facilitate the download of up-to-date test profiles.When a tester scans a QR code for a test profile, the SM-DP+ downloadsthe test profile to the target device. Because there are no downloador profile policy rules implemented, there are no limits to the numberof downloads or the devices that can download the profiles. The devicedownloading the test profiles must have a test certificate issued by aGSMA CI.

Usually, only the eUICC manufacturer/provider has the keys necessary to modify the concerned eUICC's content.Therefore, you will not be able to install your TLS certificate or your key(s) into it.This means that your DP+ needs to have a certificate which is issued by the GSMA Certificate Issuer in order to install a profile on your Google Pixel 3a. (This is the way the Android Open Source Project went. You ruled it out as overkill.)

The Test-eUICC has 3GPP test key material (specified in SGP.26) installed on it. Using the private key of the test key root CA you can then sign your own eSIM profiles as well as generate the derived SM-DP+ TLS certificate. That way you can then install your own eSIM certificates using your own SM-DP+ on your own eUICCs.

E.g. let's say the chip is blank, or only has a provisioning profile on it - and I get a binary image of the profile into RAM (via OTA or WiFi, say) - how do I get that binary image onto the eSim chip?

The Mobile Plans app has a built-in retry solution that attempts to repair situations where the eSIM profile download does not complete successfully. However, in some scenarios, intervention from the mobile operator is necessary to ensure that the eSIM is installed on the device. Mobile operators can support eSIM error handling in their web portal to delight their consumers.

Push Model in case of the M2M variant, which is the SM-DP/SM-SR servers driven option. This model relies on the back-end infrastructure of SM-DP/SM-SR for the execution of any eSIM profiles related to management operations.

Pull Model in the case of the Consumer variant, with an eUICC/device client-driven option. This model puts a client, located either on an eUICC or a consumer device in the centre of control for any eSIM profiles management operations.

SM-DP (Data Preparation) being responsible for secure storage of eSIM profiles and their subscriptions, their personalisation with required subscription data, and preparation for secure download and installation onto the eUICC.

SM-SR (Secure Routing) being responsible for the establishment of a secure channel to each individual eUICC registered to the SM-SR, which later allows for passing remote management operations of download/install, enable, disable, delete, and other functions directly to the eUICC or eSIM profiles.

SM-DP+ (Data Preparation and Secure Routing) with both responsibilities covered in a single platform. Integration of two functions lowers the complexity of the entire solution and as an effect of shortening implementation time of the project. On the other hand, it does keep a fixed dependency between eSIM profile owner (Mobile Operator) and eUICC owner (Service Provider).

QR activation code, arguably the most popular option, and the most reliable backup option if other more sophisticated methods fail. In its 2D barcode format, it contains a Matching ID number and SM-DP+ address, which are used for reaching a dedicated SM-DP+ server and downloading a dedicated eSIM profile package identified with the MatchingID.

In order to be able to handle eSIM profiles management directly from the eUICC and device, the Consumer variant architecture requires one more additional element which is Local Profile Assistant (LPA). LPA represents a local identity responsible for direct communication with SM-DP+, and it can reside either in the device (more frequent) or on the eUICC (less popular). 006ab0faaa