eSIM Technology - Applied to Connected Health Care System

Name: eSIM Technology - Applied to Connected Health Care System
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Practical eSIM/eUICC, Remote SIM Provisioning (M2M, consumer, IoT), Agentic AI Using Autonomous Connectivity using eSIM

Created byPardip Singh

Last updated 5/2026

English

What you'll learn

Explain how SIM technology evolved into eSIM/eUICC and why that shift matters for operators, enterprises, and device makers.
Describe the full Remote SIM Provisioning (RSP) ecosystem and the roles of the key players (SM-DP+, SM-SR, eUICC, EUM, LPA, operator platforms).
Differentiate the three major eSIM/RSP models (M2M, Consumer, and IoT) and choose the right approach for a given product or deployment scenario.
Interpret the GSMA standards at a practical level (what they enable, what they constrain, and how they map to real implementations).
Walk through the end-to-end eSIM lifecycle from manufacturing and onboarding to profile download, activation, switching, and deactivation.
Evaluate security, privacy, and trust architecture in eSIM/RSP—what is protected, how, and where common risks show up.
Compare eSIM vs physical SIM tradeoffs (cost, logistics, scalability, reliability, roaming, and operational complexity) for enterprise deployments.
Apply eSIM concepts to real use cases like industrial IoT, connected healthcare, and smart city deployments, including typical deployment challenges.

Course content

5 sections • 22 lectures • 2h 28m total length

eSIM Technology - Introduction to the Course6:21
In this lecture, I am giving my own introduction and discuss what topics and what level of details we shall be covering in various sections of this course.
eSIM Evolution History - Transition from Physical SIMs9:43
In this lecture we want to go over how the Physical SIM card evolved through Miniaturization from Mini to Nano SIMs and how it became embedded in the device as eSIM.
eSIM Basics Quiz - Multi-Choice Assessment

eSIM Concept of Multiple Profiles7:31
In this lecture we are covering what are the main contents of a subscriber profile and how we moved from handling these profiles on Physical SIM to those stored in eSIM.
eSIM Connectivity Management (ECM)4:45
Here we take an example use case of how the subscriber can download more than one profile belonging to different operators and manage to switch between them as and when required.
Multi Choice Quiz on eSIM Concepts

GSMA defined Standards Refrences for RSP Eco Systems3:54
This lecture gives references of related GSMA documents that we shall be referring when talking about the three RSP models i.e. M2M, Consumer and IoT.
eSIM M2M Architecture - RSP Eco System Design8:38
In this lecture student gets an exposure to various functional components that constitute the architecture of a Machine-to-Machine Remote SIM Provisioning Eco System. Also we talk on a high level flows between different components for downloading or activating the profiles.
eSIM M2M Applications - RSP Eco System Use Cases6:08
In this slide we are going over main list of possible applications that are being deployed or will be deployed using GSMA defined M2M RSP Eco System
eSIM Consumer Architecture - RSP Eco System Framework7:15
In this lecture we cover the Consumer RSP Architecture as defined by GSMA. There are lot of common functional elements when we compare it with M2M Eco System. So our focus will be on talking about main components that are different in this model compared to M2M Model.
eSIM Consumer Applications - RSP Eco System Examples4:06
Here we are talking of some applications that are already using or will be using the Consumer Eco System for their deployment.
eSIM IoT Architecture - RSP Eco System Structure8:01
Here we go over how GSMA has defined the Architecture of RSP for IoT devices. Again we shall focus more on the new functional components in this model compared to M2M and Consumer model.
eSIM IoT Applications - RSP Eco System Implementations5:56
Here we cover some of the applications that can be deployed using the IoT RSP Architecture.
eSIM Security Protocols - Privacy and Provisioning5:44
In this lecture we shall give you some basics of how the RSP architecture takes care of Security and Privacy when provisioning eSIMs with the profiles.
eSIM Provisioning Section Assessment

Smart Ambulance Journey8:09
Now let us try to consolidate and experience all the capabilities that we have discussed in the form of a Ambulance Journey as triggered by the patient.
Connected Health Care System7:28
Lets describe the Business Requirements for a well-connected Healthcare Platform and setup expected Outcomes.
eSIM Connectivity Management6:52
Idea of this lecture is to build the context how the various eSIM subsystems that we discussed in this course so far get applied in this use case.
Connected Health Care Platform Layered Architecture8:31
We want to discuss the whole functionality of the Connected Health care Platform in terms of layers of functions in this lecture.
Connected Health System - Capability Areas7:51
Let's list all the Capability Domains that can be part of this overall platform.
Smart Parking Objectives and Primary Goals6:41
We shall go little more detailed in one of the Capabilities like Smart Parking for its Objectives and Primary Goals.
eSIM and Connected Devices6:52
Discuss the Devices with embedded eSIMs that will part of this Healthcare ECO system
Agentic AI Role in eSIM Enabled Healthcare Eco System7:53
Discuss the role of various AI Agents who collaborate with each other to provide the capabilities that we want from this Healthcare Eco System.
eSIM Technology Pros and Cons6:44
Here we discuss the Pros and Cons of eSIM technology.
eSIM Summary Insights - Conclusions and Overview3:36
Here we conclude the course with a summary, key takeaways and conclusions.
eSIM Applications - Quiz Assessment

Requirements

Basic understanding of mobile or IoT connectivity concepts (SIM card, cellular network basics, roaming at a high level).
Comfort with common networking terms like IP, APN, authentication, provisioning, and device onboarding (no deep networking required).
Familiarity with how connected devices are built and deployed (even at a conceptual level—device + modem + platform/cloud).
Helpful (but not required): exposure to telecom/IoT standards language—you don’t need to read specs fluently, just be open to architecture diagrams and terminology.
Helpful (but not required): experience with device management or enterprise deployments (fleet rollouts, lifecycle management, operational constraints).
Willingness to learn a new vocabulary (eUICC, SM-DP+, SM-SR, LPA, profiles, RSP flows) and follow end-to-end processes.

Description

eSIM is changing how connected devices get online—eliminating physical SIM logistics, enabling remote onboarding, and making it practical to manage connectivity at scale across IoT and enterprise fleets. In this course, you’ll get a clear, standards-aware understanding of eSIM/eUICC and Remote SIM Provisioning (RSP), explained in a practical way that connects the technology, the ecosystem, and real deployment scenarios.

You’ll start with the basics and historical evolution of SIM technology, then build a strong technical foundation around how eSIM works, what makes it different from a removable SIM, and why it matters for product design and operations. From there, we’ll unpack the RSP ecosystem—the key components, actors, and workflows involved in securely delivering and managing profiles over the air.

A major focus of this course is helping you confidently differentiate and apply the three major RSP models:

M2M RSP (traditional machine-to-machine deployments)
Consumer RSP (smartphone-led experiences and user-driven flows)
IoT/Enterprise patterns (fleet operations, large-scale onboarding, and lifecycle management)

You’ll also learn how standards and reference architectures connect to real implementations—so you can speak the language of the industry without getting lost in dense documentation. Along the way, we’ll cover the end-to-end eSIM lifecycle: manufacturing context, onboarding, profile download, activation, switching, deactivation, and operational considerations when devices live in the field for years.

Finally, we’ll bring it all together with practical applications and real-world use cases such as industrial IoT, Connected Healthcare System, including common challenges teams face (scale, reliability, roaming, cost, compliance, device constraints, and operational ownership). We’ll close with an accessible but solid overview of security, privacy, and trust fundamentals, plus a forward-looking discussion on where eSIM is headed.

Whether you’re building connected products, supporting enterprise deployments, or explaining eSIM solutions to customers, this course will give you a structured mental model and practical vocabulary to operate confidently in the eSIM/RSP space.

Who this course is for:

IoT Solutions Architects (designing connected products and deciding connectivity strategy)
Telecom / Mobile Network Engineers (network, core, provisioning, roaming, SIM lifecycle)
Product Managers for Connected Devices (wearables, automotive, industrial devices, consumer electronics)
Embedded Systems & Firmware Engineers (working with modems, eUICC, LPA/LPAd flows, device bring-up)
IoT Platform / Cloud Engineers (device onboarding, identity, fleet management, provisioning workflows)
Connectivity / MVNO Program Managers (operator partnerships, eSIM product offers, provisioning operations)
Industrial IoT Engineers & Operations Teams (manufacturing, utilities, logistics deployments at scale)
Cybersecurity / Security Architects (SIM trust model, credentials, secure element concepts, threat/risk)
Enterprise Mobility / Device Management (MDM/UEM) Specialists (fleet devices, policy, remote lifecycle control)
Technical Sales Engineers / Pre-Sales Consultants in telecom/IoT (explaining architectures and use cases to customers)

eSIM Technology - Applied to Connected Health Care System

What you'll learn

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Course content

eSIM Basics and Historical Context2 lectures • 16min

eSIM Technical Foundations2 lectures • 12min

eSIM - Remote SIM Provisioning Ecosystem8 lectures • 50min

eSIM Practical Applications and Ecosystems10 lectures • 1hr 11min

Pros and Cons of eSIM Technology and Wrap up of the Course0

Requirements

Description

Who this course is for: