Episode 388: Insurers come for the smart home

This week launched with a bang for those interested in the role insurers might play in the smart home as State Farm agreed to make a 1.2 billion equity investment in security firm ADT. This follows on the heels of Google’s equity investment in ADT in 2020 and signals a shift in the way insurance companies are thinking about the smart home. Google also said it would add more money to its ADT partnership. We then discuss a Matter demonstration at IFA and give some updates on what to expect from the protocol. After that we discuss the upcoming Google event and the Apple event from this week before taking a quick break.

The Flair vents work with a temperature-sensing puck. Image courtesy of Flair.

We don’t have a guest this week so we dove right back into the news with a trio of big fundings for the internet of things. First up is funding for a satellite IoT company called OQ that is special because it can use existing NB-IoT and LTE-M radios. The second funding is $140 million for Morse Micro, a chip company that is making chips for Wi-Fi HaLow deployments. The final funding is for Flair, a maker of connected HVAC vents for the home, which raised $7.6 million. We then talk about Ring adding end-to-end encryption for its wireless doorbell and video camera products, new ways to address your Nest Hub Max without saying “Hey Google” first, and new lights from Philips Hue. I also review the Hue Tap Dial Switch and realize my love of buttons is going to force me to do some serious work when Matter arrives. We end the show by answering a listener question about a smart button (or maybe a dumb one) for a smart garage door opener.

Hosts: Stacey Higginbotham and Kevin Tofel
Sponsors:  Infineon and Silicon Labs

  • With the smart home, insurers can make sure you’re staying secure
  • Matter previewed at IFA
  • Wi-Fi HaLow got a big boost with Morse Micro funding
  • Climate change and energy conservation is driving smarter HVAC
  • I really love the Hue Tap Dial Switch

Episode 387: Is Kickstarter still relevant for smart devices?

This week we start off talking about the Federal Trade Commission suing a data broker for sharing sensitive location data. It’s a topic we’re following closely, in part because location information can’t be anonymized even when companies promise that it strips identifying information from it. With that in mind, Fight for the Future, a nonprofit focused on consumer privacy, is asking the FTC to prevent large tech firms from getting access to car data. In more data-sharing news, we talk about Adrich, a Pennsylvania company that has found some success selling Bluetooth tags that track how much of a product has been used and can reorder them for consumers. But it also shares product data usage with the company making the product. Then we kick off the IFA conference with some news bits from the Home Connectivity Alliance adding new members and a plug fest, as well as updated products from Eve. Also, Tado has created a subscription plan to optimize low-energy prices. For those interested in the evolution of the security business, check out ADT’s deal with Uber to monitor drivers and riders on request. And for those who want to understand the consolidation happening in the IoT connectivity sector, we talk about Telit’s latest acquisition. We then answer a listener question about what he needs to run Hue bulbs even when the internet is out.

Image courtesy of Woosh.

This week’s guest is Winston Mok, the founder and product lead of Woosh, a company making a connected air filter. We talk about how Woosh works, its focus on sustainability, and how it plans to integrate within existing smart home services. We also talk about Mok’s decision to use Kickstarter to launch the connected air filter, a decision that would have been a no brainer back in 2014, but seems almost quaint now. Mok explains why he thinks Kickstarter was a good option for Woosh and shares some of the benefits he got from launching on the platform. He also discusses how it it helped prepare for manufacturing at scale amidst the chip shortage, and shared advice on dealing with that situation. It’s a really useful interview.

Hosts: Stacey Higginbotham and Kevin Tofel
Guest: Winston Mok, founder and product lead, Woosh
Sponsors: Infineon and Silicon Labs

  • The FTC is taking action against sellers of location data
  • This company can tell how quickly you eat your peanut butter
  • A standard for connected appliances gets a boost
  • Smart air filters? Why not?
  • Is Kickstarter still relevant for launching a smart device?

Episode 217: Lutron has saved the smart bulb!

This week, Lutron introduced the Aurora dimmer switch, which attaches to a traditional light switch to control your smart bulbs without any need of an electrician or tools. We love it! We also discuss the launch of Wyze’s light bulbs and newly added Google Assistant integration, Comcast’s proposed health sensors and Mediatek’s new chips for IoT.  From there we chat about GDPR, over-the-air updates for cars and Google’s new version of Glass. Our news bits feature Savant, Arduino Nano, Tado and Lenovo. This week’s hotline question concerns how to track when people are in a room for automation purposes, so we introduce RoomMe and a new security device called Minut as possible solutions.

The Lutron Aurora sells for $40 and is easy to install.

The guest this week is Zach Supalla, the CEO of Particle, who shares the results from a company-commissioned a survey of 800 IoT developers. We talk about the industries spending money on IoT and their use cases and then talk about the things that companies tend to struggle with once they scale up an IoT project. Surprisingly data isn’t the challenge you need to worry about. There are good learnings here.

Hosts: Stacey Higginbotham and Kevin Tofel
Guest:  Zach Supalla, the CEO of Particle
Sponsors: Dell Technologies and Nordic Semiconductor

  • Lutron Aurora is a must-have for renters
  • Do you want Comcast all up in your health?
  • Microsoft wants GDPR-style regulations in the US too
  • Here are the top five industries buying IoT
  • Here are the top three use cases so far for industrial IoT

 

 

Episode 107: How the internet of things came to be

This week’s IoT Podcast starts with a focus on security, beginning with bot bricking connected devices, IKEA’s smart lights and Microsoft’s Project Sopris efforts. After security, we talk about a new home hub from Fibaro, TP-Link’s new mesh router, Alexa’s new lighting skills and Ring’s new video recording plan. We also cover the results from my week spent with Google Home in place of the Echo in my kitchen/living room, and Richard installed smart blinds. (Astute listeners might notice that instead of Kevin, my co-host this week is Richard Gunther, who has his own smart home podcast called Home: On.)

Have you ever wondered how the internet of things got its name? Well wonder no more, as this week’s guest explains how the phrase came to be. Kevin Ashton, who is the author of How to Fly a Horse, joins me to talk about the beginnings of IoT, his optimism about the future and how the world he imagined back in the late 90s measures up to today.

The possibilities afforded by interconnected devices are of a huge benefit to businesses. IoT technology has totally changed the way companies think about cloud computing and customer relationship management, and as a result, new solutions to common issues are constantly entering the fray. For example, companies that use Pipedrive CRM platforms can now complete a pipedrive google contacts sync to compile a comprehensive database of customer information that can be used in outreach and to highlight areas of improvement.

Over all, it is a fun episode that will take you back to the pre-dot com era.

Hosts: Stacey Higginbotham and Richard Gunther of The Digital Media Zone
Guest: Kevin Ashton, author of How to Fly a Horse
Sponsor: Samsung ARTIK

  • Security is getting better?
  • I swapped my Echo for a Google Home and this happened!
  • Want Smart Blinds? Try these.
  • Cisco’s John Chambers helped give the Internet of Things its name
  • Computer vision couldn’t have happened without connected sensors