Transforma Insights Interview: IoT Connectivity Trends

Telit Cinterion · Beginner ·🏗️ Systems Design & Architecture ·1y ago

About this lesson

Listen as Matt Hatton of Transforma Insights and Jose Sanchez of Telit Cinterion discuss connectivity trends and challenges at CES 2025. Explore cellular-based solutions and discover the primary drivers of IoT connectivity adoption. Request a free NExT™ starter kit: https://www.telit.com/connectivity/. The demand for cost-efficient, seamless global connectivity for IoT devices has been constant. However, the methods to achieve it are evolving. One advancement is the introduction of the GSMA SGP.32 specification, the latest remote SIM provisioning standard. It provides customers with flexible, future-proof connectivity options and enables mobile network operators (MNOs) with resilient, global coverage. SGP.32 simplifies the connectivity process and enhances the user experience. The interview also explores IoT connectivity cybersecurity risks. Platforms like remote SIM provisioning increase the IoT device attack surface and introduce other cyberthreats. Moreover, regulations vary across countries, posing privacy risks as some regulations mandate sharing data with authorities. Adopting a security by design approach to connectivity will help overcome these obstacles. Selecting a connectivity provider with a robust cybersecurity infrastructure is critical. This provider should also comply with confidentiality and availability standards. In addition, you must consider the data sharing laws of the provider’s country to ensure privacy. Watch this interview to learn: → Insights into what’s driving cellular-based IoT connectivity adoption → The impact of the GSMA SGP.32 specification on connectivity for customers and MNOs → How to overcome security risks with a security by design approach ▶ In-Factory SIM Provisioning (Part 1): Global IoT Scalability: https://youtu.be/b6GC20b74tM?si=nNcHGtH1UrePzP5w ▶ In-Factory SIM Provisioning (Part 2): Secure iSIM Technology: https://telit.com/resources/webinars/in-factory-sim-provisioning-secure-isim-technology-part-2/ ▶ How the

Original Description

Listen as Matt Hatton of Transforma Insights and Jose Sanchez of Telit Cinterion discuss connectivity trends and challenges at CES 2025. Explore cellular-based solutions and discover the primary drivers of IoT connectivity adoption. Request a free NExT™ starter kit: https://www.telit.com/connectivity/. The demand for cost-efficient, seamless global connectivity for IoT devices has been constant. However, the methods to achieve it are evolving. One advancement is the introduction of the GSMA SGP.32 specification, the latest remote SIM provisioning standard. It provides customers with flexible, future-proof connectivity options and enables mobile network operators (MNOs) with resilient, global coverage. SGP.32 simplifies the connectivity process and enhances the user experience. The interview also explores IoT connectivity cybersecurity risks. Platforms like remote SIM provisioning increase the IoT device attack surface and introduce other cyberthreats. Moreover, regulations vary across countries, posing privacy risks as some regulations mandate sharing data with authorities. Adopting a security by design approach to connectivity will help overcome these obstacles. Selecting a connectivity provider with a robust cybersecurity infrastructure is critical. This provider should also comply with confidentiality and availability standards. In addition, you must consider the data sharing laws of the provider’s country to ensure privacy. Watch this interview to learn: → Insights into what’s driving cellular-based IoT connectivity adoption → The impact of the GSMA SGP.32 specification on connectivity for customers and MNOs → How to overcome security risks with a security by design approach ▶ In-Factory SIM Provisioning (Part 1): Global IoT Scalability: https://youtu.be/b6GC20b74tM?si=nNcHGtH1UrePzP5w ▶ In-Factory SIM Provisioning (Part 2): Secure iSIM Technology: https://telit.com/resources/webinars/in-factory-sim-provisioning-secure-isim-technology-part-2/ ▶ How the
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