Copyright 2002 eMediaMillWorks, Inc.
(f/k/a Federal
Document Clearing House, Inc.)
Federal Document Clearing House
Congressional Testimony
October 1, 2002 Tuesday
SECTION: CAPITOL HILL HEARING TESTIMONY
LENGTH: 4039 words
COMMITTEE:
SENATE COMMERCE, SCIENCE, AND TRANSPORTATION
HEADLINE: GOVERNMENT PROMOTION OF BROADBAND
TESTIMONY-BY: CRAIG J. MUNDIE, SENIOR VICE PRESIDENT,
CHIEF TECHNICAL OFFICER,
AFFILIATION: ADVANCED
STRATEGIES AND POLICY MICROSOFT CORPORATION
BODY:
Statement of Craig J. Mundie Senior Vice President, Chief Technical Officer,
Advanced Strategies and Policy Microsoft Corporation
Committee on Senate
Commerce, Science, and Transportation
October 1, 2002
Mr.
Chairman and Members of the Committee, my name is Craig Mundie, and I am Senior
Vice President and Chief Technical Officer of Advanced Strategies and Policy at
Microsoft Corporation. I am glad to be here today because we bring a different
perspective than many witnesses the Committee has seen on telecommunications
matters.
Microsoft's Perspective on the Importance of Robust, Reasonably
Priced Broadband. My company approaches this issue as a worldwide leader in
developing software, services and Internet technologies, as well as a user of
bandwidth. We are not in the telecommunications business, but rather, we, along
with many other high-tech companies, are in the business of developing software
and services that excite consumers enough so that they actually will pay for
"bigger pipes" to run evermore innovative services and applications. Like others
in the tech community, we see robust, reasonably priced broadband services as
essential for enabling and encouraging the development of new applications and
services that improve worker productivity, enrich personal lives and business
operations, and deliver benefits to every sector of society and the economy.
From that perspective, we see the topic before this Committee as important not
just for the near term. Getting broadband policy right, here at the onset of the
broadband era, will impact our national welfare and global competitiveness long
into the 21st century.
Two Straightforward Steps That Will Promote
Broadband Deployment.
There is no doubt that the government, consumers
and businesses now fully recognize the importance of broadband to our
communications capabilities and the economy. As the Federal Communications
Commission explained earlier this year, "ubiquitous broadband deployment will
bring valuable new services to consumers, stimulate economic activity, improve
national productivity, and advance economic opportunity for the American
public."1 We agree with that view. Indeed, I expect that everyone agrees with
that view.
The issue before this Committee, however, is more
challenging: How do we get there? Of course, this is not a new question for this
Committee or our country, but we must approach this question with renewed
urgency, because the United States is losing the footrace for broadband
penetration to other countries. To address the current inadequacies in U.S.
broadband deployment, Microsoft believes this Committee and other policymakers
can take two straightforward steps: Foster a third mode of broadband
communications into the home by making more spectrum available for exciting, new
unlicensed technologies and subject that spectrum to minimalist,
efficiency-enhancing rules of the road.
Preserve consumers' ability to
communicate and interact via the Internet with each other, and with new services
and applications, without the threat that the underlying network provider will
interfere with those relationships. We understand that several members of the
Committee are exploring proposals to address these goals, and we fully support
those efforts.
There is Urgency to Act on These Two Fronts.
Our
industry generally has not engaged in the telecom battles of the past because we
develop software and applications that ride on the pipes that other industries
supply. But we are watching with great concern because the current course is not
aimed at achieving the broadband future we want as rapidly as possible, and we
commend Chairman Hollings and other members of this Committee for exploring new
paths to a broadband future. The need for action is great because not only are
we losing ground in the worldwide race to become leaders in deployment of
broadband, the consequences also are being felt from our perspective in the
invention of new broadband applications and services. If analyzed closely,
current statistics are not encouraging. According to a recent Commerce
Department study, our country has the most households of any nation connected to
a broadband service (over 11 million). However, as a percentage, our penetration
rate is sixth in the world, behind the likes of Sweden, South Korea and Taiwan
among others. And recent trends lines indicate that we are falling further
behind, not catching up.
The gravity of the situation is even starker
when one realizes that the rules or laws being contemplated today will shape a
future version of the Internet - a future which is much closer than many of us
realize. A debate that simply focuses on how to download information faster from
a Web site is somewhat akin to a debate at Western Union in 1902 as to how to
move Morse Code faster across the country. We are rapidly moving from today's
world in which the vast majority of activities focus on publishing of content
(be it Web pages or entertainment) and person to person communications (such as
e-mail and instant messaging), to a different world, one which preoccupies the
tech community and motivates all of us to innovate: a world in which literally
millions upon millions of computing devices will be simultaneously and
constantly connected to the Internet, and on consumers' behalf, will communicate
with each other.
This is not futuristic in the least. Personal digital
assistants, smart appliances and computer-drive set-top boxes are just a few
examples of the types of devices that will need affordable access to "always on"
high speed connections in order to automatically bring new services and
capabilities into the home. Wouldn't it be convenient to monitor who is knocking
at the front door of your home from the computer at your office? Or while away
for the weekend, license via your PDA the right to view the latest episode of
the Sopranos, then have it delivered to your home entertainment system to be
viewed when you get home from your trip? The Internet is in transition. It is
becoming much more than publishing. It is becoming a programmable environment in
which computers, devices and services will need the ability to constantly stay
in touch, and the ability to do so in a seamless, unfettered way.
To
take full advantage of the programmable nature of the Internet, consumers will
need affordable, reliable and fast connections. Some advocate that, with some
rule changes, telephone companies will have greater incentives to deploy
advanced services over their copper and fiber facilities. The argument is that
without greater regulatory parity between telephone companies and cable
operators the former cannot compete as effectively with the latter. We have a
good degree of sympathy with these arguments and have been working with others
in the tech community to promote greater parity here on the Hill and at the FCC.
Others have argued that the key to stimulating broadband deployment is
to ensure that highvalue content is available online. I know this Committee has
addressed that question in other hearings, and that it is not the topic of this
hearing. I want to assure the Committee that Microsoft is doing all it can to
develop its own compelling content, services and applications for the broadband
era, and we continue to work with other content producers to give them the tools
they need to develop their own broadband offerings.
At the end, however,
we submit that these ongoing efforts are not enough. Policymakers can and should
do more. They should more aggressively manage the nation's radio spectrum - and
in particular, unlicensed spectrum - in order to give unlicensed wireless
broadband services an opportunity to meet the demand that is simmering for these
new technologies. And equally important, to assure the programmable Internet
that is rapidly approaching is not derailed, policymakers should reaffirm that
network providers should abide by certain, basic "connectivity principles."
Wireless Broadband Connections Provide a Third Way for Consumers.
Although much of the current debate over broadband services has focused
on two platforms, cable and DSL, that perspective fails to consider that other
technologies are available - other technologies that can jump-start
consumer-driven investment in broadband services, provided policymakers
aggressively manage the regulatory environment to foster that outcome.
Specifically, I am referring to potential advances in the wireless
sector, and even more specifically, advances in the development of unlicensed
radio-based networks. These systems are currently referred to as 802.11b, radio
LANs, or Wi-Fi. More generically, they might be referred to as "emerging radio
technologies." These technologies - and even more futuristic ones such as Ultra
Wide Band and Software Defined Radios - not only offer an additional means of
delivering packets at high speed, they also allow new business models for
delivering broadband connectivity to emerge. These are not your "same old" radio
services. Because they can be deployed in an unlicensed manner, the broadband
connections can be deployed by the consumer herself - using her purchasing power
and interest to meet her personal demand for a broadband connection.
If
this Committee and policymakers at the FCC and indeed around the world make more
spectrum available for these devices and, simultaneously, adopt minimalist
spectrum rules or "etiquettes" that limit the devices' ability to engage in
mutually destructive behavior (i.e., by interfering with each other), the result
will be more choice for consumers and stimulated innovation in broadband
services overall.
These emerging, unlicensed technologies can support
the transmission of data at high speeds for a low cost. That value proposition -
higher speeds with relatively cheap and fast deployment - is especially
compelling in rural areas where distance is so frequently the enemy of network
efficiencies and a major cost driver for broadband deployment, as well as in
inner- city areas where the high cost of broadband is a significant inhibitor to
deployment. With unlicensed technology and the appropriate wireless rules,
Internet access and other types of community communications could be provided at
comparatively lower costs. This promise is more than theoretical. In Iowa, one
company, Prairie iNet, is using wireless technology attached to the side of
grain silos to operate as a wireless ISP in 150 communities in the Midwest, with
5000 sites. Three fourths of their customers are residential. Today, Wi-Fi
technology is deployed at lower costs where there is demand to provide consumers
with more convenient wireless Internet access in places away from home and
office, such as coffee shops, airports, and hotels. These "hot spots" can
provide speeds of 11 mbps, which is more than 10 times what 3G providers have
promised, and 150 to 200 times faster than dial-up service. For those who have
even greater bandwidth needs, a second generation of Wi-Fi has the capability to
reach speeds of up to 54 mbps. Notably, these connections can be "always on,"
assuring a pathway for the type of programmable services I described above.
What is even more compelling is that consumers who want this degree of
connectivity can buy unlicensed equipment at a consumer electronics store, just
as they buy a cordless telephone today, and then take it home to install it. An
astonishing array of advanced communications equipment is now being developed,
sold, and used to provide wireless
broadband access in the
unlicensed bands.
These bands provide tremendous flexibility and are the
opposite of the FCC's traditional approach to spectrum regulation, which
reflects centralization of control and specification of use. The current
challenge is to provide adequate spectrum and the minimalist rules to allow this
spectrum to be used for truly dependable communications by consumers. Current
unlicensed approaches fail in both dimensions, creating a situation where the
more successful the development and deployment of systems the more congested the
environment becomes, frustrating attempts to make this a sustainable alternative
to traditional broadband services.
Congress and the FCC can do more to
encourage alternative wireless broadband connections using unlicensed spectrum.
Today, there is insufficient unlicensed spectrum and, where it is being used for
unlicensed networks, the nation's regulations foster a tragedy of the commons.
Use of the spectrum is so lightly regulated that, to assure their own success,
radio manufacturers may have an incentive to maximize their use of spectrum to
others' detriment and, over the long haul, likely to their own. Within some
groups of manufacturers, there are incentives to cooperate (such is the case
with manufacturers of today's Wi-Fi systems). However, without a modest degree
of greater regulation, it is difficult to assure cooperation across different
manufacturing interests.
Unlicensed spectrum bands, if upgraded modestly
and in a targeted way, are uniquely well suited for the creation of broadband
infrastructure for a variety of reasons. They are easily accessed by everyone,
from the largest corporations to the smallest entrepreneurs to individual
consumers. Indeed, the 2.4 GHz band, which supports everything from cordless
telephones to radio-based LANs, reflects a significant level of innovation from
entrepreneurs attracted by the band's easy availability and lack of individual
licensing requirements. It will not surprise the Committee when I say that the
market moves a bit faster than the FCC's licensing bureaus, however well-run.
Moreover, because unlicensed bands are open to anyone who buys a
compliant device at a tail store and attaches it to the network, a significant
proportion of the capital invested in the creation of networks comes from
individuals and businesses, not from network operators. Wireless networks are
truly built from the ground up, tapping an entirely new source of capital to
build networks - the financial resources of the users themselves. This is
remarkable for two reasons. One, there is no "build it and they will come"
mentality, with its legacy of overinvestment and stranded capital.
Instead, the wireless networks will grow organically, fed by new demand
and marginal supply. Two, while this alternative source of capital would be
important at any time, it is critical now, when even the most successful
carriers have difficulty navigating capital markets.
Finally, unlicensed
spectrum is open to and can support a multiplicity of technical solutions and
contributes to redundancy, since future unlicensed wireless networks may be
dramatically different from existing networks.
Over the last few years,
the FCC, recognizing the potential benefits of new technologies and creative
uses of spectrum, has been increasingly willing (with some helpful prodding by
this Committee) to grant individual licensees greater flexibility in how they
use their spectrum. This trend toward relaxing use specifications on
individually licensed bands is an important and worthwhile innovation in
spectrum management. It is in the same spirit of innovation that Congress should
encourage the Commission to adopt more deliberate regulation of some unlicensed
bands. No single approach to spectrum regulation is perfect, and unlicensed
bands are no exception. While current rules for unlicensed blocks of spectrum
have been enormously successful and have brought numerous benefits to the
public, they have also permitted less than optimal use of available frequencies.
Inevitably, where there are virtually no rules of the road and almost anything
is possible, someone will design a technology that causes harmful interference
to other technologies. Sometimes this is because there is no technologically
feasible alternative. And sometimes it is simply cheaper to shout noisily than
to speak in measured tones.
Unfortunately, a spectrum free-for-all is
not only messy, it carries a cost: innovative companies will steer away from
developing competitive unlicensed broadband networks unless rules of "spectrum
etiquette" have been developed and implemented.
For this reason, it
would be helpful for Congress to prompt the FCC, as we have, to foster the
creation of more "unlicensed broadband spectrum" specifically for use by
emerging technologies, such as Wi-Fi, UltraWide Band and Software Defined
Radios, and new business models, such as community wireless data networks, that
could supplement cable modem and DSL services. This is not a request for more
spectrum for cellular or PCS or some generation of 3G. Instead, it embraces a
flexible model that is driven by consumer demand and innovation and not the
deployment schedules of cash-strapped carriers. Immediate steps by the FCC to
allocate unlicensed broadband spectrum and adopt minimum regulations could
accelerate the creation of wireless broadband services across the United States,
making service available more quickly in unserved and underserved areas and
stimulating rivalry with cable modem and DSL services. We strongly support
proposals to address this important spectrum policy.
Consumer Freedom
from Network Operator Interference Is Equally Important.
Broadband
connections accomplish little, however, if consumers are deprived of the ability
they enjoy now in the dial-up and corporate network environments to roam freely
over the Internet; to run the applications they want using the equipment they
choose; to gather, create, and share information; and to connect to Web sites
with no interference. Long before the creation of the Internet, policymakers
around the globe recognized that freedom from interference by network operators
was critical to consumer trust, as well as fostering gains in productivity and
economic activity.
The history of the Internet itself has been
fundamentally characterized by unfettered consumer ability to use an
unprecedented array of content, services, and applications via an
ever-increasing array of products. We are troubled, however, that in the ongoing
debate on what our nation's broadband policy should be, this fundamental lesson
may have been lost. Proposals pending before the FCC would remove long-standing
obligations of network operators not to interfere and not to discriminate,
obligations which go back at least to the famous Carterfone decision and some of
which go back to 1934. Watching the debate from afar, it appears that the
freedom to connect to where one wants - the ultimate hallmark of the Internet -
may be left behind. That would be a mistake, because the Internet and the
economy have been well served by the unfettered ability of consumers to
communicate and interact with each other.
This concept of promoting free
interaction among people is embodied in our policy of universal telephone
service - one of the singular successes of American communications policy.
Universal telephone service is good social policy and good economic policy.
Economists refer to the benefits of adding more people to a network as Metcalf's
Law. The principle is that by adding more users to the communications network,
the economic value of the network increases for every user exponentially.
But if network operators interfere with this interaction, or erect tolls
on broadband highways that drive consumers in one direction or another, then
they will be affirmatively undermining Metcalf's Law. Those actions, if
tolerated by policymakers, will frustrate our collective goal of adding more
users, device types, and services to the network, benefiting not only new users,
but the users who are already there. One cannot ignore the ominous signs that
network operators will frustrate consumers' ability to go anywhere on the
Internet. As a major user of broadband services, we think it would be a mistake
for policymakers not to address these concerns.
Already, cable operators
have adopted provisions that impair the ability of consumers to use their
broadband connections. These issues have been documented to the FCC by a
coalition of trade associations, the so-called High Tech Broadband Coalition. In
one instance, a subscriber agreement says:
"You agree to only connect
[company] approved equipment to the [company's] network. . . .
You will
not connect the [company's equipment] to any outlet other than the outlet to
which the Equipment was initially connected by the [company] installer.
[Company] may relocate the Equipment for you within the Premises at the your
[sic] request for an additional charge. . . . You understand that failure to
comply with this restriction may cause damage to the [company] network and
subject you to liability for damages and/or criminal prosecution."2
In
response to these kinds of restrictions, the HTBC has developed four
connectivity principles that should be respected in the broadband era. And as a
company, we have urged the FCC to apply them to both DSL and cable modem
providers. Specifically:
Consumers should have unrestricted access to
their choice of lawful Internet content using the bandwidth capacity of their
service plan.
Consumers should be allowed to run applications of their
choice and to attach any device they choose, as long as they do not harm the
provider's network, enable theft of service or exceed bandwidth limitations of
their service plan.
Consumers should be given meaningful information
regarding the technical limitations of their service.
Let me be clear
that we are not advocating "forced" or "open" access. In our view, network
operators need not be compelled to create a wholesale offering of a "bit
transport service" so that thirdparty
Internet service providers can
compete with the facility owner on the same wire. Nor do we suggest that DSL and
cable modem providers should be limited in how they offer their own service and
bundle it with other services. At their core, the connectivity principles
articulate nothing more than a noninterference rule.
These restrictions
in existing contracts that interfere with consumer interests are troubling, and
the Committee should review the complete record on these provisions that the
high-tech industry submitted to the FCC. Unfortunately, the response by some at
the Commission so far has been more of a yawn than of concern, as if those
issues are out of fashion. Speaking on behalf of one company which thinks every
day about how to use broadband capability to deliver better software and
services to consumers, we disagree. As users of the Internet and builders of the
Internet age, we believe that our success and consumers' enjoyment of the
Internet has grown out of one fundamental feature - the ability of consumers to
use their internet connections without interference from network providers. This
freedom has made the Internet the powerful communications and technology tool
that it is today, stimulating small business development and benefiting the
entire economy.
Freedom from interference from network operators has
fostered tremendous gains in productivity and economic activity over the past
decade. As this Committee and the FCC develop policies for next generation
networks, now is not the time to abandon this fundamental feature. The lessons
from the 20th century with respect to promoting consumer access to networks are
as valid as ever. They will become all the more important as the Internet and
the growth of Internet-based data services continue to blur the distinction
among facilities-based broadband services, and as the high-tech community
continues to develop smart devices and smart applications that can be attached
to and run over those facilities. It is time to reaffirm that a basic
noninterference rule - an essential element of today's dial-up Internet world -
must be carried forward into the 21st century.
We commend Chairman
Hollings and this Committee for focusing attention on these issues. Clearly, as
our nation develops a broadband policy, we urge aggressive congressional
attention on how to promote rapid, efficient, Nation-wide, and consumer-
friendly broadband deployment.
LOAD-DATE: October 1,
2002