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IoT eSIM Test Bed
The document discusses an IoT eSIM test bed for fast prototyping of IoT devices using GSMA eSIM. It provides an overview of the IoT market trends of growing connected devices and the dominance of eSIM. The test bed architecture includes IoT prototyping boards, a software radio, eSIM stacks in different form factors, and a GSMA subscription management platform connected to IoT clouds. It supports Local Provisioning Agent configurations and eSIM form factors to enable fast prototyping and deployment of IoT devices using eSIM.
IoT eSIM Test Bed
- 1. IoT eSIM TestBed Fast Prototyping of IoT Devices with GSMA eSIM
- 2. Understanding IoT Market Development ▸ Internet ofthings is where objects connect to each other directly ▸ Number of connected devices and connections will grow rapidly over next few years at a CAGR of 29.98% during the period 2016-2020 ▸ eSIM will dominate the M2M market, counting 50% of connections by 2020, says Juniper ▸ New LPWA access technologies including NB IoT ▸ Introduction of 5G Standards ▸ Most communicating objects will be simple low power IoT devices with low or no security at all
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- 5. IoT Test Bed Architecture Sensor Node Sensors Software radio YateBTSwith USRP B210 GSMA RSP eSIM Ø The complete system can be prototyped on the table including: subscription management platform, software radio, IoT boards and sensors. Ø There are MQTT connectors to enable data publishing to IoT clouds IoT Clouds IoT prototyping board with cellular module GSMA Subscription and device management platform
- 6. Supported LPA configura=ons Ø LPA ina device (LPAd) provides a full flexibility to order, download and manage eUICC profiles. Can be used for different devices with or without UI Ø LPA in IoT.SIM (LPAe) provides out of the box agent enabling basic provisioning operations such as profile activation relying on modem BIP support. Ideal for M2M only devices without UI. IoT Test Bed supports 2 LPA configurations: IoT.SIM-based Device-based
- 7. Supported eSIM form factors Ø GSMA-based eSIMcompliant solution for emerging IoT market including wearables and data only devices Ø eSIM in SIM-form factor Ø Software eSIM Stack runnable at application processor or baseband In order to support different applications 3 configurations are provided: WLCSP SoRware TEE 2FF 3FF 4FF Hardware SoVware ASIC ASIC DFN6/DFN8
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- 9. Device deployment with eSIM ▸ Vanilla, notactivated, device without bootstrap subscription ▸ Non-activated device with a bootstrap profile ▸ Non-activated device with a commercial profile There are several device deployments options with eSIM: • Activation and subscription provisioning should be implemented via Local Provisioning Agent (LPA) / Companion Device or Connection • Device can go online and can pull proper subscription or get provisioned • Only activation required, no provisioning needed
- 10. Celsium SM-DP+ Operator End User EUM CI Celsium IoT.SIM Device LUIdLPDd LPAd ES2+ ES10c ESeum ESeu ESop ES10b ES9+ ES8+ ES6 LDSd ES10a SM-DS ES12 ES11 ES15 ESci ESci Partof IoT Test Bed SM Roles Provisioning Architecture with LPAd
- 11. Provisioning Architecture with LPAe Celsium SM-DP+ Operator End User EUM CI eUICC Device ES2+ ESeum ESeu ESop ES6 SM-DS ES12 ES11 ES15 ESci ESci LUIeLPDe LPAe LDSe ES8+ ES9+ Evolution ofthe original Remote Provisioning for M2M Part of IoT Test Bed
- 12. Thank you foryour attention! We’re pleased to answer your Questions! Thank you for your aen=on! Email: office@cellnetrix.com Web: www.cellnetrix.com Cellnetrix GmbH Holstenkamp 54, D-22525 Hamburg, Germany Tel. + 49 40 49022 360 Fax.+ 49 40 49022 358