IoT, IPv6 Coming To The Connected Home

The Internet of Things revolution is happening -- one network operator, beach condo, and early-adopting grandfather at a time.

Timothy Winters, Sr. Manager, UNH InterOperability Laboratory

June 9, 2014

4 Min Read
Spiceworks recently <a href="" target="_blank">released a report</a> on the readiness of IT for the Internet of Things, based on a survey of IT professionals and systems admins. It also reveals what's connected now.

Every Fourth of July, my wife and I take our children to the beach for a week at my parents' condo.  This year, my dad called me and asked what temperature I'd like the condo to be when we arrived.

"Don't worry about driving out there," I said. "We'll be fine."

"No driving needed," he said proudly. "I just installed a thermostat that lets me set the temperature using my phone!"

Being a gadget geek myself, I was impressed. My father had joined the Internet of Things revolution by turning his condo into a connected home.

In a connected home, devices from appliances, to toothbrushes, to pillows that take vital signs, to, in my father's case, a thermostat, interact with not just their users but with other devices. A tablet, smartphone, or other computer gives users centralized control. A typical application for a connected home is energy efficiency through the automation and control of thermostats and light bulbs. These kinds of applications are proliferating. Revenue generated from the sales of connected home gear in the US is projected to grow at CAGR of 36% between now and 2018, according to TechNavio.

If that forecast is correct -- and I see no reason to think it isn't -- we'll see a lot more connected homes in the not-so-distant future. If you don't want to be in the position of explaining to your family why your appliances can't communicate like the Joneses' do, make sure your home networks are prepared to support these advances.


The simultaneous depletion of available IPv4 addresses and explosion in the number of IP-enabled devices has led manufacturers of home networking equipment to employ workaround techniques such as network address translation (NAT). As a way to extend the use of IPv4, however, NAT is an imperfect solution. One significant shortcoming is the loss of end-to-end transparency, which allows remote devices to communicate directly with one another.

Without such transparency, you may be unable to locate a device in your home from a cloud service. Now my mom can't see the photos from our week at the beach!

IPv6 solves the scarcity of addresses and restores end-to-end transparency by eliminating the need for NAT. The only current shortcoming to IPv6 is how slowly it's being rolled out, but I see this changing. The latest World IPv6 Launch measurements published by the Internet Society (ISOC) show an increase in network operator deployment. For example, Comcast is currently at 28%, about 10 times its rate from a year ago.  As service providers bring IPv6 connectivity to the home, users need to make sure the appliances and other devices they buy are capable of using IPv6 as a transport.

Your service provider might not be supplying IPv6 yet, but it will soon. Make sure that shiny new connected device won't become a paperweight when IPv6 is brought to your house.

To help users make informed purchasing decisions, the IPv6 Forum has created a test program that allows users to see devices that can be deployed on an IPv6 network. This "IPv6 Ready Logo" program tests interoperability and conformance to the IPv6 standards. (The University of New Hampshire InterOperability Laboratory, where I work, is one of eight international labs approved to perform these tests.)

Only devices that have passed are listed on the site, so users can go directly to the IPv6 Ready Logo site or look on the device for the IPv6 Ready Logo sticker. The Forum recently launched the IPv6 Ready Logo for customer edge routers to help users select routers that will properly support IPv6 IETF Standards. But that's only the beginning.

As the Internet of Things evolves and IPv6 deployments grow, look for innovation in the connected home. Imagine BBQ grills that send messages when the food is ready, light bulbs with dimming controls on your phone, and detectors that can turn off gas furnaces upon detecting a carbon monoxide leak.

When my family shows up at the beach house, we each have at least one device that can connect. That makes four more devices that could control the thermostat or security system. When you're deciding on a new home router, make sure that it supports IPv6 -- and join my dad in the Internet of Things revolution.

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About the Author(s)

Timothy Winters

Sr. Manager, UNH InterOperability Laboratory

Timothy Winters is a senior manager at the University of New Hampshire InterOperability Laboratory (UNH-IOL). He works with companies from all over the world to develop broad-based, flexible testing strategies to cost-effectively meet network interoperability requirements for IPv6, SIP, routing, and home networking. He is the US government IPv6 and IPv6 Ready Logo technical lead for the UNH-IOL. In this role, he oversees various aspects in testing of IPv6 technology, deals with various multi-vendor IPv6 testing scenarios and acts as a liaison between students and vendors during device testing and development. He was instrumental in the UNH-IOL's designation as an ISO-17025 USGv6 accredited laboratory. Timothy has more than 12 years of experience as a UNH-IOL leader. He is an expert in routing protocols OSPF, BGP, and PIM, as well as helping deploy the Moonv6 network in the early days of IPv6 as a connectivity specialist and deployment advisor. Passionate about innovation, he has taken the lead for the IPv6 Forum's IPv6 Ready Logo Program. In addition, he assisted with ISOC World IPv6 Launch by creating the criteria for home networking equipment manufacturers to participate. His ongoing collaboration with industry forums, including the North American IPv6 Task Force, IPv6 Forum, IPv6 Ready Logo Committee, IPSO, Unified Communications Forum, and SIP Forum, demonstrates his dedication and persistence in developing new standards, as well as assisting commercial services providers, network equipment vendors, and government agencies cost-effectively speed go-to-market time for products. Timothy holds a BS in computer science from the University of New Hampshire, Durham.

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