Tag: LTE

Episode 427: What it takes to put LTE on the moon

We start this week’s show with a review of DeviceScript, a limited subset of the TypeScript programming language, built by Microsoft to bring a more modern programming option to connected device programing. Kevin downloaded the code and tried it out on a simulated device and shares his thoughts. Also in programming news, Google released a script language for programming complex automations in the Google Home. Even I can use it. We also look at a new product offering from Vivint, which is selling connected light bulbs as part of a smart lighting service that will cost users $5 a month. Then we go to a dark place, discussing two reports from Wired about a loss of privacy today. The first concerns the FBI and other government agencies paying data brokers for phone location data and credit card information to get around needing a warrant, and the second is about the use of a connected systems with sensors and wearables to monitor prisoners. The prison system even tracks the inmates heartbeats! Before we leave, we talk about an innovation in an in-ear wearable from STAT Health Informatics that can predict fainting, a video keypad for your garage door, and Arm’s attempts to get Intel to help invest in its initial public offering. Finally, we answer a listener question about finding a smart lock for an exterior gate.

The STAT wearable in someone’s ear above a set of AirPods. Image courtesy of STAT Health Informatics.

Our guest this week is Thierry Klein, president, Bell Labs solutions research, at Nokia Bell Labs, who is on the show to talk about building an LTE network on the moon. We talk about why Nokia is building a network on the moon and what we can learn from it for the IoT. Klein also explains the challenges of the moon environment, such as temperature, vibrations (rocket launches are tough on delicate electronics), and radiation. Plus, with no one around to configure the network or reboot it if there are problems, Nokia has had to figure out ways to automatically configure and operate the equipment. All of this will help when bringing connectivity to remote areas such as mines or oil rigs. It’s a really fun show.

Hosts: Stacey Higginbotham and Kevin Tofel
Guest: Thierry Klein, at Nokia Bell Labs
Sponsors: Blynk and Particle

  • Check out DeviceScript if you want a modern IoT programming language
  • Now, there’s even less privacy in prisons thanks to the IoT
  • This in-ear device detects fainting before it happens
  • Why build and LTE network on the moon
  • What can IoT learn from lunar LTE?

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Episode 392: Matter is here. Now what?

Matter is now official after almost three years of waiting, and Kevin and I are super excited. Well, I am. Kevin is more measured, but we talk about what to expect and when to expect Matter to start changing your smart home. In related news, we discuss Google’s new doorbell, mesh router, and plans for the Home app. Google is also adding more sensing capabilities to the smart home through its existing hubs. In November, IKEA plans to launch its latest smart home hub, the Dirigera, which will cost about $60. This will replace the Trådfri hub, but will also let users bridge their older IKEA devices to the Matter protocol. Kevin gets to tell me that he told me so, as Amazon kills the Glow video-calling device for kids, and we lay out the five principles that are part of a new U.S. blueprint for legislation related to AI. We end by answering a question from a listener about using their SmartRent Hub as a secondary Z-wave controller.

Like other big name smart home vendors, Google already has plans for Matter. Image courtesy of Google.

Our guests this week are both from John Deere. We have Tracy Schrauben, manager, manufacturing emerging technologies at John Deere, who represents the operational technology side of the manufacturing plant. Also joining is Jason Wallin, principal architect at John Deere, who is handling IT. Both are on the show for an exclusive look at how the agricultural company is deploying the CBRS spectrum it purchased in 2020. In its Moline, Ill. plant, John Deere has deployed 14 microcells that today provide LTE connectivity to various pieces of equipment. But the plan is to get to an all-5G network as end devices become available. Our guests explain why they are unwiring the factory, some of the use cases, and what it’s like to build and manage your own private wireless network. This is a must-listen for folks who care about factory 5G.

Hosts: Stacey Higginbotham and Kevin Tofel
Guests: Tracy Schrauben and Jason Wallin of John Deere
Sponsors: Nordic Semiconductor and Firewalla

  • Matter is live, and now we get to test it in our homes!
  • Google’s new Home app is a much needed improvement
  • The U.S. now has a good framework for AI legislation
  • Why John Deere invested in its own spectrum for factory 5G
  • How John Deere plans to unwire its factories

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