How 5G and IoT Will Impact Sustainability | Inseego's Dan Picker | Internet of Things Podcast

IoT For All Podcast · 18 Oct 2022 · 20m

What this episode covers

Dan Picker, CTO of Inseego, discusses how 5G technology enables sustainability by improving efficiency across industries, citing an Accenture report that 5G use cases could save the carbon equivalent of 80 million cars annually. He explains that 5G’s low latency and high bandwidth allow for real-time monitoring of resources like water and energy, enabling applications such as drone-based agricultural surveying and smart traffic systems. Picker also addresses the challenges of 5G adoption, including the gradual rollout of infrastructure, the need for affordable machine-to-machine service plans, and the importance of security features like Inseego’s ST Edge for remote work.

Other shows on the same ground, closest first.

  • EE Times Current · 55m

    5G and the Internet of Everything

    John Smee, Vice President of Engineering at Qualcomm Technologies, discusses the evolution of 5G from mobile broadband to the 'Internet of Everything,' covering 3GPP releases 15 through 18 and the upcoming 5G Advanced standard. He details how 5G enables private networks, fixed wireless access, and industrial IoT applications in logistics centers and factories, emphasizing the shift toward edge computing and on-device AI for latency and privacy. Smee also highlights the role of augmented and virtual reality (XR) in transforming human-computer interfaces and the importance of industry-specific alliances like 5G-ACIA and 5G-AAA in prioritizing use cases.

  • Moore's Lobby · 47m

    5G and IoT: What Will It Take for Them to Get Along?

    Thomas Keller, Director of Platforms and Core Technology at u-blox, discusses the challenges of integrating low-power IoT devices with 5G networks. He explains that while 5G was designed for high capacity and low latency, the industry currently relies on LTE-based technologies like Cat M1 and NB-IoT for IoT, with 'RedCap' (Reduced Capability) devices emerging as a transitional 5G standard. Keller highlights the tension between network operators needing to support legacy LTE infrastructure and the long-term shift to 5G Standalone, noting that true low-power 5G IoT optimization will take several specification releases to mature.

  • Over the Air · 30m

    Q&A with Rob Tiffany Part 1: 5G, CBRS, Edge, IIoT & Agile

    Rob Tiffany, Managing Director at Digital Insights, and Bill Flaherty, Director of Hardware Engineering at Very, discuss the industrial applications of 5G and CBRS, explaining how private networks offer superior security and capacity for IIoT compared to Wi-Fi. They analyze the intersection of lean manufacturing and Industrial IoT, arguing that predictive maintenance and edge computing are essential to maintaining the robustness of just-in-time supply chains during disruptions. The conversation concludes with strategies for bridging the cultural gap between IT and OT teams, advocating for parallel test beds and agile methodologies to mitigate risk in factory modernization.

  • Over the Air · 24m

    Emerging Technologies in IoT with Patrick Wilbur, Co-Founder at Hologram

    Patrick Wilbur, Co-Founder and CTO at Hologram, discusses the evolution of cellular connectivity for IoT, highlighting the shift from low-data sensor telemetry to high-bandwidth applications like robotics and drones. He explains how Hologram’s platform leverages eSIM technology to enable traffic localization and self-optimization for lower latency while maintaining global roaming coverage. Wilbur also emphasizes the importance of using high-quality data to make strategic bets and introduces homomorphic encryption as a critical emerging technology for securing data in distributed edge computing environments.

  • OnTrack · 46m

    ESG, Sustainability, & the Future of Electronics w/ Tom Raftery

    Tom Raftery, an independent technology and sustainability consultant and host of the Climate Confident and Sustainable Supply Chain podcasts, explains how ESG regulations and technology are reshaping supply chains. He details how 80-90% of corporate emissions originate from upstream suppliers, driving procurement strategies that prioritize carbon footprint alongside price and availability. Raftery highlights the role of IoT sensors, private 5G networks from companies like Wire Pass, and AI in enabling the transparency and auditability required by new EU regulations like the Deforestation Regulation and Carbon Border Adjustment Mechanism.

The summary, chapters and topics are generated from the episode’s audio by this directory, not written by IoT For All Podcast. The episode itself belongs to its publisher.