We kick off this week’s podcast with a focus on chips and hardware starting with an explainer on Arm’s new Total Solutions for IoT and why it will help developers and device makers speed up time-to-market for connected products. We then talk about plans to put Linux on Arduino devices that were outed in a release from Foundries.io and plans for scalable ways to provision and secure connected devices at the manufacturing stage from Infineon. We skipped over to Amazon’s new Alexa Connect Kit SDK and what it means before tackling the new colors for Apple’s HomePod mini and a hew Apple hire. In smaller news, we discuss Tesla’s insurance plans, Wyze’s new battery-enabled doorbell, and why I should have purchased a Pixel 6 Pro, despite its giant size. We then share a crowdfunding campaign designed to bring one of the original connected devices of yesteryear back to life. Click here to resurrect your Nabaztag connected bunny. Finally, we talk about your responses to our question from the IoT Podcast Hotline related to connected devices for workshops.
Our guest this week is John Cowan, co-founder and CEO of EDJX, a company building out a distributed software platform for developers. We start off talking about a new project EDJX is implementing with the military at Camp Mabry in Austin. We talk about the necessary hardware for sensor deployments in cities and how those might become the new infrastructure for edge computing. Cowan then explains why containers aren’t the correct match for a highly distributed computing platform at scale, and how serverless solutions can help answer this need. We discuss compute, networking and databases, so prepare to get nerdy. Enjoy the show.
Hosts: Stacey Higginbotham and Kevin Tofel Guest: John Cowan, co-founder and CEO of EDJX Sponsors: Very
Details on Arm’s plans to help the IoT
Amazon’s new SDK takes Alexa to more hardware
Bring a vintage IoT bunny back from the dead
Why the military needs low-latency edge computing today
Our guest this week is Rob Aitken, a fellow and director of technology at Arm, who came on the show to discuss the new priorities in designing chips now that Moore’s Law is less of a driver for innovations in silicon. His argument is that price-performance per watt is the new focus for designers, although flexibility and cost still matter a lot. We talk about the drivers for chip innovation in the past and he also shares his thoughts on a future where chip design is less focused on the latest process node, and embraces older alternatives. This might also help us mitigate some of the problems associated with the chip shortage. Aitken packs a lot of insights into his interview, and you’ll learn something even if you aren’t a huge chip nerd.
Hosts: Stacey Higginbotham and Kevin Tofel Guest: Rob Aitken, a fellow and director of technology at Arm Sponsors: Very
Why Swarm got snapped up by SpaceX
Helium’s 5G network needs more details
Samsung’s new smartwatch isn’t bad
Why Moore’s Law matters less
Chip designers have more freedom to play without Moore’s Law
Our guest this week is Michael Martin, CEO of RapidSOS, a company that provides software to 9-1-1 providers that lets phones, cars, and IoT devices send sensor data to 9-1-1. The 9-1-1 infrastructure has been having trouble adapting to the end of stable location data provided by landlines and the adoption of cell phones, so when people call for help on a cell phone, 9-1-1 agents can have trouble getting their location. RapidSOS has deals with Apple and Google to use a phone’s GPS to share location and is also working with clients in the vehicle space and now in the smart home to bring in new sources of data for emergency workers. Martin talks about what sensors would be most useful for first responders and what the future might entail. It’s a good glimpse of how the smart home might help people in the years ahead.
Our guest this week is Mary Beth Hall, director of wireless strategy and marketing with Panasonic. We dig into the reality of 5G deployments inside manufacturing plants and what it will take to actually see real deployments instead of mere pilots. She’s responsible for putting 5G inside Panasonic’s line of Toughbook handheld computers used in industrial settings, so she has good insights into what’s real and what’s hype. She also shares her thoughts about what 5G will offer manufacturing customers when they finally adopt it. But she can’t actually tell us when that moment will come. I enjoyed her honesty.
Also in honor of Earth Day, our guest this week is Phil Skipper, head of business development and strategy for IoT at Vodafone Business. Skipper explains how Vodafone is trying to reduce the carbon footprint of its networks and IoT devices. For example, Vodafone uses an integrated SIM card for some of its devices to cut down on plastic. In other designs, it is using different batteries that are more recyclable than lithium-ion batteries. The company is trying to extend the life of its equipment by selling it to other network operators, which ensures that the carbon created to produce the equipment at least is spread out over a longer life. He also touches on how Vodafone is helping customers reduce their carbon footprints using connected products provided by Vodafone. Enjoy.
Hosts: Stacey Higginbotham and Kevin Tofel Guest: Phil Skipper, Vodafone Business Sponsors: DigiCert and Qt
Apple’s AirTags go above and beyond the traditional Bluetooth trackers
What the EU gets right with its proposed AI legislation
Two new security standards for the IoT
Don’t forget reuse when thinking about your carbon footprint
Om Malik takes Kevin’s place this week as my co-host and also doubles as my guest. Malik is my former boss at GigaOm, is currently a partner at True Ventures, and writes thoughtfully about technology on his own blog. We start the show focused on chips, specifically Arm’s brand new v9 architecture and the vision Arm has for secure, distributed computing. Both Om and I are big believers that chip architectures can help us predict the future, so we spend time discussing what the silicon tea leaves are telling us.
After touching a bit on the chip shortage, we dig into the Bluetooth Special Interest Group’s latest market update. Bluetooth growth was flat, but the smart home had a few bright spots. I review the second-generation Google Nest hub which reminded me how much Google knows about me. I also focus on Tesla’s in-cabin cameras. Malik uses my worries to explain why we need a regulatory framework for thinking about our rights in what will essentially become a surveillance state. We both are excited about the Biden administration’s plan to back broadband and I wonder what Tonal will do with $250 million in funding. We end the episode by answering a question from a listener about the best sprinkler systems or hose timers to buy ahead of summer. Enjoy the show.
Our guest this week is Katia Obraczka, a professor of computer science and electrical engineering at UC Santa Cruz. She’s designing a sensor network to detect and monitor wildfires. She explains how she’s handling a lack of connectivity, power constraints, and budget constraints, all while trying to build in resiliency. After all, elements of this network are in fire-prone areas, and it stands to reason some of it will burn. She discusses how she’s using simulations of the network to figure out power budgets and what types of sensors she needs. She also talks about using drones as flying access points to build in more resiliency in case other forms of connectivity burn. It’s a good way to think about building a sensor network for a harsh environment.
Hosts: Stacey Higginbotham and Kevin Tofel Guest: Katia Obraczka, a professor of computer science and electrical engineering at UC Santa Cruz Sponsors: Calix and Teracode
Project CHIP has commercial ambitions but needs a better name
TinyML is a big deal and the tools are getting better
Eero Pro is expensive but does provide quite the speed boost
What matters most in building a sensor network for detecting wildfire
Repurpose drones as flying Wi-Fi access points to make your network resilient
Our guest this week is Manolo Arana, GM of Amazon’s Sidewalk network. He explains how the network will work for consumers and device makers. For now, you’ll need an Amazon device with a Sidewalk-compatible radio in it to connect devices to the network. We also talk about how much bandwidth Amazon wants to use on your network and which radios will support the Sidewalk protocol. For those wondering when we’ll see devices for the network and how much it will cost, he talks about that too. Enjoy.
Our guest this week is Mike Cerilli, VP Marketing, Commercial Digital Solutions at Ecolab, discussing how Ecolab is using Hololens and IoT to save time and keep workers away from manufacturing plants. Ecolab provides sensors and services to ensure water quality for industrial clients. Cerilli explains how different industries use water and what the company has learned after 25 years of offering a custom-designed connected sensor. He also shares tips on augmented reality and how it’s helping Ecolab keep workers remote.
Hosts: Stacey Higginbotham and Kevin Tofel Guest: Mike Cerilli, VP Marketing, Commercial Digital Solutions at Ecolab Sponsors: Perceive and Very
The average IoT project deployment takes 12 months
ARM and Nvidia’s CEOs think the deal will go through (but it will be slow)
Nest Audio fits on your shelf and sounds great for $99
Can augmented reality help cram a week’s worth of training in a few hours?
IoT is going to help companies with water use and conservation
Our guest this week is Emily Anthes, a science journalist, and the author of The Great Indoors, a book that covers how we live now. Anthes talks about how the smart home is turning into a medical device to meet the needs of the elderly and how important people still are in figuring out what to do with connected device data. She then talks about how employers are using sensors in the workplace to help boost health and productivity. However, boosting productivity can be benign or almost totalitarian depending on the employer so we discuss surveillance and how to ensure people’s rights aren’t trampled in the process of making workplaces smarter. You’ll enjoy the show.