Guide to IoT Now CEO at IFPP 2024 Conference
In the latest issue of our publication, the focus is on groundbreaking changes in IoT device manufacturing, with the In-Factory Provisioning Platform (IFPP) taking centre stage. This innovative technology is significantly impacting the future of IoT device manufacturing by embedding digital credentials and connectivity profiles directly at the point of manufacture or first boot.
IFPP automates the secure loading of connectivity profiles (such as eSIM profiles) during production, minimising manual intervention and potential errors. This modern approach ensures devices leave the factory with out-of-the-box connectivity, accelerating time-to-market and simplifying user experience.
The platform aligns with existing eSIM standards (SGP.21, SGP.31) to maintain compatibility, fostering industry adaptability despite ongoing technical specification developments (SGP.42 still in progress). When combined with private 5G networks, IFPP forms a robust foundation for Industrial IoT systems, supporting ultra-reliable, low-latency, and secure connectivity essential for smart factories and industrial environments.
The benefits of IFPP include accelerating production and simplifying the implementation of eSIM solutions. For instance, China aims for 3.6 billion mobile IoT connections, and IFPP could play a crucial role in achieving this ambitious goal by streamlining the manufacturing process.
Matt Hatton, an expert in the field, explains what IFPP is and its benefits for connected device makers. Dr. Philipp Schulte, CEO of Giesecke+Devrient Mobile Security, shares his vision for the future in an exclusive interview, discussing IFPP's role in device manufacturing transformation.
Meanwhile, Giesecke+Devrient's AirOn360 In-Factory eSIM offerings are aiding in revolutionizing device connectivity. However, the article delves into the details of the AirOn360 In-Factory eSIM's benefits or how these innovations will shape the future of IoT.
In the world of technology, innovation never stops, and experts are already analyzing how these innovations will shape the future of IoT. Qualcomm's recent acquisition of Sequans 4G technology is one such development that could have significant implications.
Editor's Comment: George Malim discusses SIMbiotic relationships, shedding light on the interconnectedness of these advancements and their potential impact on the industry.
The CEO guide, available for free registration, provides further insights into these transformative technologies. Memfault, a company specialising in device reliability, has also joined STMicroelectronics' partner program, further emphasising the industry's focus on secure, efficient, and reliable IoT device manufacturing.
In summary, IFPP is transforming IoT device manufacturing by embedding connectivity securely and efficiently within the production process. This modernization supports autonomous, data-driven operations, enhances industrial productivity, and reduces security risks in future IoT deployments. As the industry continues to evolve, it's clear that IFPP will play a key role in shaping the future of IoT.
[1] [Source for IFPP details] [2] [Source for IFPP benefits and technical specifications]
Data-and-cloud-computing technologies are crucial for the In-Factory Provisioning Platform (IFPP), as it relies on cloud infrastructure to automate the secure loading of connectivity profiles during production. In the world of technology, where innovation never ceases, experts also view technology as a key enabler for the success of IFPP and its potential to transform the future of IoT.
