Be a Virtual Mobile Network for your M2M/IoT Devices, Martin Giess, EMnify
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Be a Virtual Mobile Network for your M2M/IoT Devices Presented at TADSummit Lisbon 17th November 2015 Martin Giess Co-Founder EMnify Its never been easier to act as an MVNO and take control over mobile connectivity. Management and provisioning of SIM cards and mobile network resources is easy through APIs. We’ll show a demo of provisioning, SMS, data session control, and even voice.
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Be a Virtual Mobile Network for your M2M/IoT Devices, Martin Giess, EMnify
- 1. Create Your Own Virtual Mobile Network for Your IoT Devices TADS 2015 / 16th Nov 2015 / Lisbon Martin Giess, martin.giess@emnify.com
- 2. 19 November 2015 Probrietary and Confidential. Prepared for TWILIO. Please do not distribute. 2
- 3. Traditional mobile networks as separate silos Core Network Radio Access Network SIM MNO #1 MNO #2 MNO #3 MNO #4 4G 3G 2G SAT Domestic Access to a single Radio Network / Steered Roaming Access
- 4. Difficulties to achieve flexible, secure and global mobile connectivity for M2M/IoT devices • High integration effort needed in terms of SIMs of multiple providers, different APIs, Network and Device Configurations • Limited in terms of flexibility as feature set and service profile is depending on core network capabilities of the respective MNO • Complex and difficult to enforce usage and security policies
- 5. Transforming network access for the “Internet Of Things” Your EMnify SIM • Network agnostic • Carrier neutral • API programmable Core Network Radio Access Network MNO #1 MNO #2 MNO #3 MNO #4 4G 3G 2G SAT • Access to IMSI Pool • Bring Your Own IMSI • Instant global access
- 6. EMnify Cloud - Elastic Core Network - Globally Distributed - API Programmable Radio Access Network 4G 3G 2G SAT Your EMnify SIM • Network agnostic • Carrier neutral • API programmable • Access to IMSI Pool • Bring Your Own IMSI • Instant global access
- 7. SCF OCS EMnify Cloud Service Delivery Infrastructure (IaaS) HLR HSS AuC GGSN PGW Management and Control Functions (SaaS) Provision Manage Control Monetize PCRF API GUI SMSC USSD Local Breakout
- 8. TADS 2015 Presentation – WWW.EMNIFY.COM
- 9. TADS 2015 Presentation – WWW.EMNIFY.COM
- 10. TADS 2015 Presentation – WWW.EMNIFY.COM
- 11. TADS 2015 Presentation – WWW.EMNIFY.COM
- 12. TADS 2015 Presentation – WWW.EMNIFY.COM PATCHING ENDPOINT CONFIGURATION • Enable Endpoint • Change Service Profile to use 2G only • Change IP address to 10.199.1.123
- 13. TADS 2015 Presentation – WWW.EMNIFY.COM
- 14. TADS 2015 Presentation – WWW.EMNIFY.COM 100% API driven Endpoints SIMs Service Profiles Tariff Profiles Network Events Statistics Mobile Data SMS USSD VOICE Location
- 15. Your Own Virtual Mobile Network • Issue your own SIM cards • Attach your devices to the radio network with the best signal • Separate your own devices from other mobile stations • Use your own numbering resources: IMSIs, MSISDNs and IPv4/6 Address Allocation • Breakout IP traffic on a global scale or into your Cloud Setup • Implement stringent network, service and security policies
- 16. If you missed to get your EMnify SIM please contact us at sales@emnify.com or talk to Martin Giess at TADS 2015. THANK YOU! Martin Giess martin.giess@emnify.com Start Your Own Virtual Mobile Network Today
Notas do Editor
- Hello everybody, welcome to my todays Presentation. I will show you today how easy it is to setup your own virtual mobile network for your iot/m2m devices.
- Personal Introduction My name is Martin Giess, I’m one of the co-founder of a company called EMnify. Company Intro and Mission At EMnify we develop and offer cloud services enabling the Internet of Things One of our main products is to provide mobile connectivity to IoT devices
- So IoT devices can certainly connect through a lot of different way, but in my todays presentation I will focus cellular connectivity. So usually you source or purchase mobile connectivity from your favorite local mobile operator, which ever is operating in your area. For M2M 2/3G networks are commonly used Also 4G can provide advantages, but due to higher cost of the modules does not allow all M2M use cases And you have backhaul via satellite network as an complementary connectivity option So you can see we have 3 important layers here: The SIM card in the device, which you get issued by our operator The Radio access network The core network, so also the management functions to authenticate the subscribers Defining the available features service profiles And the integration point with your infrastructure
- So for a scalable IoT setup you have at least 3 basic requiremenrts You want to be flexible: what features you want to use Which technology Which radio network you want to use at a given time And so on You want control Security And the solution must work on a global scale to support million devices deployed all around the planet If you need to integrate with multiple operators, SIM providers Multiple differents APIs Maybe having different network and device configurations That is not scalable approach and is very hard to achive your requirements on a global scale.
- At we give 2 things to overcome that First we give you a Network agnostic Carrier-neutrial SIM card That you can completely provision yourself via our API And we gain instantly global access By having access to large pool of IMSI And you can use them on your SIMs as you like So it is completely multi-IMSI enabled and SIM can be reconfigured via OTA Or you bring even your own IMSI and you make your own airtime deals
- Secondly we give an Extreme scalable Completely cloud-base Globally distributed Core Network at your hand that replaces the core of our existing operator So you can see only the radio network is left, which is still a little bit hard to virtualize ;-) Our Elastic Core Network has been reinvented from the scratch to use latest technology And was designed from the start to run in a distributed cloud setup, to be extremely scalable, fault tolerant and flexible. We are using interesting technologies like Scala and the Akka, which gives you are very nice facility of large-scale, distributed transaction processing, but we also for example the SS7 stacks here from our friends at Telestax. So every signal or GTP packet we convert into Akka message send it as Scala or Java object.
- So you can what you get from EMnify As SaaS/IaaS Is the complete management and control layer But also a complete core with all important components Like an HLR/HSS, GGSN/PGW and so on And the good news is this is very very easy to use and to integrate, so we do not have too much time left, but I will show quick demo on a simple use case what it does:
- Explain basic setup Pi connected with EMnify SIM Explain UI elements & info show Explain Pi log as connected
- Explain action buttons Disable endpoint Remove Release and assign SIM
- So in a nutshell you get your virtual mobile network Talk through bullet points Issue your own SIM cards Attach your devices to the radio network with the best signal Separate your own devices from other mobile stations Use your own numbering resources: IMSIs, MSISDNs and IPv4/6 Address Allocation Breakout IP traffic on a global scale or into your Cloud Setup Implement stringent network, service and security policies IMEI lock, so marry the device with SIM Add a network based firewall
- If you like to try our platform you maybe already got your EMnify, If not please let me know and I will get you one. Thank you!
- Personal Introduction Company Intro and Mission