WASHINGTON, January 16, 2020 – Speakers advocated civic resiliency and better public health through smart building infrastructure in a webinar discussion hosted by the National Telecommunications and Information Administration on Wednesday.
Limor Schafman, senior director of Smart Buildings Programs at the Telecommunications Industry Association, said as buildings digitize, human experience will improve.
“A smart building uses an interoperable set of technology, systems and infrastructure to optimize building performance and occupant experience,” said Schafman. Smart buildings are not just for megacities. Rather, everyone shares resiliency and wellness concerns, and smart buildings are the answer, she said.
The purpose of a broadband-focused smart building is to digitize the infrastructure while maintaining occupants’ needs at the forefront of the innovation. Smart building infrastructure includes a focus on basic infrastructure, connectivity, power and energy, data, interoperable systems, and intelligence and cognition, said Schafman.
Smart buildings function through wireless or fiber connection and streamline data sharing across departments, combating or inter-departmental stagnation.
Wireless infrastructure also solves the problem of spaghetti wiring, said Benny Lee, Councilman and Director of San Mateo County Public Wi-Fi, in Northern California.
While wired building need dozens of switches on every floor, wireless buildings only need one or two.
Most 5G deployments using higher radio frequencies pose problems because such signals cannot travel through walls, said Lee. The “FCC has been discussing adding 6 [GigaHertz] spectrum to Wi-Fi, which promises connectivity speeds upwards of 5 [Gigabits per second]s,” he said.
Jiri Skopek, of a group called 2030 District Networks, argued that smart buildings save money while improving occupants’ quality of life. Speaking of smart buildings, he said, “we expect them now to respond to our needs, and even our wishes.”
Productivity increases, he said, because users can control the environment: lighting, air quality, temperature, occupancy sensing, shade control, white noise control, etc. These factors foster health and convenience.
Because smart buildings operate through microgrids, Skopek said, they run on direct current, which can integrate renewable energy.
In the case of natural disasters or emergencies, first responders can arrive quicker and know where the exact danger area is.
Schafman said municipalities can view the status of the building’s infrastructure because it has a virtual image. The buildings can also be run remotely, added Skopek.
Senate Advances Legislation Creating Office of Internet Connectivity Within Commerce Department’s NTIA
WASHINGTON, March 12, 2020 – The Senate Commerce Committee on Wednesday voted to advance a version of legislation creating a new office with the Commerce Department, and re-authorizing the Federal Trade Commission’s authority to protect consumers from deceptive internet marketing.
One bill would establish an Office of Internet Connectivity and Growth within the National Telecommunications and Infrastructure Administration of the Commerce Department.
While senators approved both the reauthorization of the US SAFEWEB Act and the Advancing Critical Connectivity Expands Service, Small Business Resources, Opportunities, Access, and Data Based on Assessed Need and Demand Act by voice vote.
The ACCESS BROADBAND Act requires the administrator of NTIA to establish a new Office of Internet Connectivity and Growth within 180 days of the bill’s enacting date, with the aim of coordinating and streamlining the process of applying for various federal broadband support programs.
However, the amended version of the bill includes language authored by Sen. Cory Gardner, R-Colo., which specifically excludes the Universal Service Fund’s programs from the office’s mandate.
The bill would also require the new office to create a single application for the various federal programs under its auspices, as well as a website which would be a one-stop shop for individuals and institutions seeking to learn more about federal programs for expanding broadband access.
In her opening remarks before the committee began consideration of the bill, Sen. Maria Cantwell, D-Wash., the committee’s ranking member, praised the “good bipartisan work” that went into drafting it.
“Closing the digital divide that so many communities particularly in our rural communities face is a priority for many members on this committee, and this bill is an important step in addressing that challenge,” she said.
“And I would I would say that this coronavirus is also a very strong learning lesson for us, as it relates to the gaps in broadband because you certainly need it as it relates to so many aspects of delivering on education and healthcare during this time period.”
Sen. Kyrsten Sinema, D-Ariz., later added that the bill, which she co-sponsored, will be helpful to Arizonans living in rural areas who may need help accessing better broadband services.
“Nearly 25 million Arizonans living in rural areas do not have access to high speed internet, so it’s crucial for Arizona that rural communities are afforded the same opportunity to stay connected as our urban areas, and the ACCESS BROADBAND Act moves us in the right direction,” she said. “It’s an essential step to help us close the digital divide and ensure everyone in my state and across our country can access quality, high speed internet and the opportunities that come with it.”
Speaking at Commerce Department Symposium, Federal Agencies Doubt Benefits of Spectrum Plan
WASHINGTON, September 10, 2019- Federal agencies speaking at radiofrequency symposium hosted on Tuesday by the National Telecommunications and Information Administration Symposium expressed doubts that any kind of a national spectrum strategy would be useful.
Addressing speculation that the Commerce Department’s NTIA might unveil such a national spectrum strategy, the officials each seemed focused on their doubts that such a strategy would be beneficial for their respective agencies.
Spectrum management needs to meet constantly changing demands, said R. J. Balanga, senior regulatory and policy adviser at the National Aeronautics and Space Administration. Increased spectrum usage and higher data-rate transmissions are required for human and robotic operations in space.
NASA’s main objective, he said, is to enhance interoperability by further cooperation with the commercial space industry and its international partners.
The Department of Defense occupies a great number of spectrum bands, said Colonel Frederick Williams, director of spectrum policy and programs at the Pentagon. He said spectrum has becoming increasingly congested.
Agencies must work together to combat spectrum issues, he said. The Citizens Broadband Radio Service, for instance, was established by the Federal Communications Commission as a way for shared wireless broadband use of the 3.5 GHz band.
Karen Van Dyke, principal technical adviser for Global Positioning Systems at the Department of Transportation, said that spectrum affects all modes of transportation. Therefore, it’s important that GPS are protected from harmful radio-frequency interference.
Furthermore, she said, close cooperation with private industries is required to best utilize spectrum innovation.
The government has so many layers of spectrum management that it’s difficult to determine the exact process, said Ian Atkins, director of the Federal Aviation Administration spectrum strategy and policy.
The FAA is committed to utilizing the least amount of spectrum possible, he said. However, what the agency is looking for is a return of investment to make sure that valuable spectrum programs are enacted.
With 5G approaching mass deployment, efficient spectrum management is key.
Dynamic spectrum sharing as well as extended range millimeter waves are going to dramatically increase 5G deployment, said Dean Brenner, senior vice president for spectrum strategy and technology policy at Qualcomm.
The hype surrounding the deployment of wireless 5G technology demonstrates that the public often gravitates its focus on a single set of technologies, said Christopher Szymanski, director of product marketing and government affairs at Broadcom. But there needs to be focus on the backhaul and wireless aspects of spectrum as well.
Cisco has projected increased usage of unlicensed spectrum in the coming years, said Szymanski. However, the U.S. lacks enough channels of spectrum to keep up with demand.
Hence why spectrum and infrastructure policies are necessary on both the state and federal level, said Hank Hultquist, vice president of federal regulatory for AT&T.
Drew Clark: Broadband Maps Are a Mess, So Now Let’s Focus on Actually Improving Them
The Founder of Broadband Census and Breakfast Breakfast, and the former executive director of the Partnership for a Connected Illinois – one of the State Broadband Initiatives that actually created the National Broadband Map – comments on a growing controversy.
First, the good news: Everyone now at least says that they want better broadband maps.
Broadband mapping has been in for a lot of criticism recently. On a recent episode of the Netflix show “Patriot Act,” titled “Why Your Internet Sucks,” comedian and commentator Hasan Minhaj took on the Federal Communications Commission’s mess on mapping. The heart of the show featured a medley of bipartisan congressional disgust:
Sen. Jerry Moran, R-Kansas: “The accuracy or the value of the map is nearly nil in my view.”
Rep. Peter Welch, D-Vermont: “These maps are bogus. These are phony maps.”
Sen. John Tester, D-Montana: “I got to hear a lot of conversation about the maps. The maps stink, basically. We need to kick somebody’s ass, truthfully.”
Ten years after the federal government began in earnest with a major effort to collect and publish broadband data, everyone agrees that something has gone badly wrong.
But to get at what the problem is, and how broadband mapping needs to be fixed, we need to look at different reasons and motivations for collecting and publishing broadband data. Part of the problem is that there are at least four different perspectives on collecting broadband data and maps. Each perspective calls for progressively more data to be made available:
- Some providers (such as cable companies) want to offer broadband services but generally aren’t interested in obtaining Universal Service Fund subsidies.
- Rural telecommunications and wireless providers recognize the importance of the government mapping out areas that are served and unserved.
- New entrants want to bring high-capacity fiber deployments to areas that currently have lower-capacity cable or DSL or wireless service, as do economic development advocates seeking to bring better broadband to their communities.
- Academics, consumers and government oversight bodies could seek to hold broadband providers accountable for their promised levels of service.
Because each group approaches broadband mapping with a slightly different agenda, each pushes Congress and the FCC to recognize only its needs in broadband mapping. Understanding the history – and different perspectives on why broadband mapping is important – helps make sense of current policy and other initiatives, including new efforts of the U.S. Commerce Department and the industry group US Telecom.
With Broadband Mapping, Past is Prologue
In the beginning, with the passage of the Telecommunications Act of 1996, Congress mandated that the FCC collect broadband information on a semiannual basis. The FCC, which at the time defined broadband as 200 Kbps download or upload, required providers to indicate on Form 477 the ZIP codes where they offered service. Although a limited summary of this data was publicly released, the FCC did not release information about which particular carriers operated in which particular ZIP codes. In a Freedom of Information Act lawsuit seeking release of Form 477, the FCC and the incumbents actually opposed disclosure of this data on the grounds that doing so would lead to more broadband competition and hence harm existing providers.
With the passage of the American Recovery and Reinvestment Act under President Obama in February 2009, the government took a more active role, seeking better-quality and transparent data about U.S. broadband infrastructure. This measure launched the National Broadband Plan, released in March 2010, and the National Broadband Map, released in February 2011. Partly in response to the release of the plan, in 2010 the FCC increased the speed at which it defined broadband, to 4 Mbps download and 1 Mbps upload.
A key public policy problem leading to both these initiatives was that citizen-consumers and policymakers lacked basic information about broadband. Although the United States spends more than $8 billion per year on statistics, much of that goes to fund the Census Bureau and data collection about agricultural and labor markets, such as the monthly unemployment report. Very little of this statistical spending goes to compiling information about broadband, the infrastructure of the knowledge-based economy.
Worse, the data that the FCC has collected has been misleading, particularly when a unit of geography such as a census tract or a census block was considered “covered” when only one person in that area could obtain broadband. Although the units of geography have gotten smaller – we’ve moved from 66,438 census tracts to 11,155,486 census blocks – the problem of overcounting still exists today.
An equally important corrective to the continuing problems of carrier-provided broadband data is collecting crowdsourced data. This allows individual consumers to indicate – within some kind of platform or framework – what kind of broadband coverage they have, and to conduct speed tests of their actual internet performance. The nonprofit Measurement Lab, launched by the New America Foundation in 2008 and continuing as a freestanding entity today, is one important effort collecting consumer-generated speed tests. BroadbandCensus.com, an effort I started in 2008 to pioneer the use of crowdsourcing speed tests and other data collection, also built a 2009 prototype for the National Broadband Map that identified each carrier offering service within each census block of a U.S. city.
Publicly disclosing the census blocks in which each carrier operates became the hallmark of the National Broadband Map, created by the Commerce Department’s National Telecommunications and Information Administration in partnership with the FCC and 56 state and territorial entities through the State Broadband Initiative.
From 2010 to 2015, SBI-funded state initiatives played a crucial role in collecting broadband data. Some were housed at state public utilities commissions, others were within universities, and still others were nonprofit entities chartered with collecting data, standardizing it and providing it to NTIA for the creation of the National Broadband Map.
For all its faults, the National Broadband Map allowed everyday consumers and internet users to distinguish fiber, cable, DSL and wireless service. In disclosing broadband carriers’ footprints, the map created a framework for public verification and crowdsourcing. But because federal funding for the SBI program ended, the map was not updated after 2015. The data quickly became stale. Although the FCC has continued to collect Form 477 data, it didn’t do the verification done by the state initiatives.
The Broadband SPARC
As Congress and the FCC look anew at solutions to remedy the problem of broadband mapping, they should step back and consider what I have long called the Broadband SPARC. This rubric stands for Speeds (advertised and actual), Prices, Availability (geographic availability of service), Reliability (or consumer satisfaction), and Competition (being able to identify which and how many carriers offer service within a particular area).
I view all these elements as necessary for understanding and ranking the economic vitality of regions, counties and census subunits. But some versions of broadband mapping include only a subset of these data elements, such as advertised speeds and availability. Others want to add Yelp-style customer rankings as a metric for reliability of service. Still others view the adoption of broadband (making the rubric SPAARC) as vital to assess regional connectedness. The thinking is that if broadband service is available but no one takes it, has a region experienced a broadband benefit?
Let’s return to the perspectives of the different groups mentioned above.
The cable industry wants to sell broadband, and it provides (advertised) speed and price data to a variety of aggregator websites that help generate leads for service. But this segment of the industry has been reluctant to support improvements for the most granular-level broadband mapping because it infrequently offers service to low-density rural areas.
By contrast, rural telecommunications and wireless providers have begun to tout the need to create what they call a geospatial “broadband fabric” for understanding the ways to get broadband to even the remotest rural areas. Changes in the USF over the past decade have led the FCC to a more data-centric approach for subsidizing rural broadband. These groups have been driving a pilot project led by US Telecom in Virginia and Missouri to “get the right data out, so that we know where broadband is, and more importantly, where it isn’t,” said a spokesman for the Wireless Internet Service Providers Association. Using satellite imagery and artificial intelligence to deduce which structures are homes or businesses – and which structures are chicken coops – the project aims to get more granular than a census block, and even more granular than “address-level” mapping. Only by probing this level of availability can the FCC, these groups believe, target rural broadband subsidies in the right way.
But these two different camps don’t exhaust the list of uses to which broadband mapping can and should be put. For example, both approaches are critical of “overbuilders” and generally oppose any efforts by federal or local governments to support competitive entrance into the broadband marketplace. That’s why community fiber-building companies or municipalities see broadband mapping from an additional perspective. They also insist on collecting data about competition (the number and identity of providers within a given area) as well as (actual) speeds. This data collection allows a city or region to get a verified sense of their actual broadband performance.
Click Here for Sidebar: “Getting Granular: From ZIP Codes to ‘Broadband Fabrics‘
Such neighborhood networks, whether financed and built by private companies or publicly funded, also benefit from knowing the existence and location of interconnection points and price information. This information is a necessary input into engineering-level field studies required to build new fiber networks that compete with barely broadband services. These kinds of engineering solutions were discussed in the “Mapping Matters” session at the April Broadband Communities Summit.
In 2015, the FCC updated its broadband definition from 4 Mbps / 1 Mbps to 25 Mbps download / 3 Mbps upload, but this definition is very much due for an upgrade. I agree with those who suggest – perhaps with some cheek – that the FCC should define broadband as 1 gigabit down / 1 gigabit up. That way, a broadband map truly becomes a tool for how and where to build fiber networks.
Yet there are still more sets of information, and they involve performance-focused metrics, including actual speeds, reliability and adoption. Interestingly, both a broadband data depository and a broadband performance dashboard originally were proposed by the FCC’s National Broadband Plan. The FCC depository “would give researchers and the public better access to the FCC’s data. This will help the FCC serve its essential role as a source of independent data on broadband deployment, adoption and usage in America,” reads the National Broadband Plan. The dashboard was designed to go even further, using the transparency on a government website to track progress and accountability, and going far beyond mere availability or adoption.
The Future of Broadband Mapping
US Telecom’s pilot mapping project offers much promise, particularly if provider data about availability and competition is made available to the public and incorporated into a platform for crowdsourcing. During a June 20 webinar showcasing its progress, US Telecom demonstrated how it is using tax assessor information, building polygon datasets and parcel boundaries to create its geospatial fabric. This is more efficient than a shapefile-based approach, said Jim Stegeman, CEO at CostQuest Associates, the industry group’s contractor for the pilot.
“There’s nothing bad about shapefiles,” Stegeman said, “but you need an underlying fabric to determine what the shapefile means.” He added that a nationwide broadband mapping tool could be delivered as soon as 2020 if the government or industry decided to go forward with the US Telecom pilot.
But remember that policymakers cannot neglect the vital role of actual speed, price and adoption data. Private-sector groups such as BroadbandNow, Robert Ballance’s Internet as Infrastructure tool, and Measurement Lab’s open-source speed test data all will play a vital role in creating something like the “depository” and “dashboard” contemplated by the National Broadband Plan.
Regional economic development also is getting a boost from NTIA’s recently revived interest in working with the State Broadband Initiative. With the absence of federal funding, about half the state offices closed. NTIA has worked with the remaining offices and earlier this year announced its own pilot program with some of the active state programs in California, Maine, Massachusetts, Minnesota, North Carolina, Tennessee, Utah and West Virginia. These state broadband offices play a vital mapping role in helping communities understand how to facilitate more competitive broadband entrants. And with states including New York, Washington, Oregon and North Carolina putting financial resources behind actual broadband deployment, state broadband offices could be an even more significant force in advocating for more and better broadband data.
On Capitol Hill and at the FCC, much of the recent legislative focus on broadband mapping has been driven by concerns from constituents in rural areas, where census blocks can be hundreds of square miles. Senate Commerce Committee Chairman Roger Wicker, R-Miss., has introduced the Broadband (Deployment Accuracy and Technological Availability) DATA Act, or S. 1822, with bipartisan support. In the same vein is Sen. Shelley Moore Capito’s, R-W.V., Broadband Data Improvement Act of 2019, or S. 1522, introduced in the House as H.R. 3162. (Congress previously passed a Broadband Data Improvement Act in 2008, which later was incorporated into Recovery Act legislation that created the National Broadband Map.) Also relevant to this discussion is Wicker’s Broadband Interagency Coordination Act, S. 1294. That measure is designed to get the FCC and the Agriculture Department’s Rural Utilities Service to work together in coordinating the distribution of funds for broadband deployment.
All these measures would direct federal funds to build out broadband infrastructure and require broadband providers to report more accurate data about availability and advertised speeds. But insofar as they appear to favor the “polygon shapefile” approach to submitting broadband information, they are less granular than the apparent aims of the US Telecom pilot project.
Given the abundance of criticism of the FCC’s broadband mapping efforts, it is no surprise that FCC Chairman Ajit Pai has announced plans to circulate a broadband mapping order for a vote at the agency’s August meeting. Pai says his proposal will require reporting at the sub–census block level, and also “incorporate public feedback into our mapping efforts.” He previously said that he believes in continuous public feedback as a means of improving FCC broadband maps.
For his part, Senate Commerce Chairman Wicker said he believes the commission “should not seek to move forward on broadband funding decisions until it gets the maps right.” The agency’s current maps “have contributed to the persistent broadband gap,” and the FCC needs a “completely new approach to developing accurate and reliable maps,” he said.
Broadband mapping has inherent weaknesses when conducted in a survey-like manner. Instead, the ideal would be a BroadbandCensus-like approach, in which every person and every home is counted and measured. Because the definition of broadband changes, it is necessary to have a continually updated database of the Broadband SPARC – speeds, prices, availability (and adoption), reliability and competition. As it moves toward this approach, the FCC should collect and publish Broadband SPARC data so it can be used by all different stakeholders with an interest in broadband.
Drew Clark, the Editor of Publisher of this publication, is also is a telecommunications attorney. The president of the Rural Telecommunications Congress, Clark also served as executive director of the Partnership for a Connected Illinois from 2010 to 2013. This article originally appeared in Broadband Communities Magazine, and is reposted with permission.
BroadbandBreakfast.com accepts commentary from informed observers of the broadband scene. Please send pieces to firstname.lastname@example.org. The views reflected in Expert Opinion pieces do not necessarily reflect the views of BroadbandBreakfast.com and Breakfast Media LLC
(Photo of Drew Clark by Lindsay Goeckeritz.)
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