State of the Internet
USIC's Report on Use & Threats
in 1999
Introduction: Why this survey?
Evolution in cybertime
Every communications medium in the 20th Century
has evolved over some period of time from an infant stage to a fully adult stage of
development. Almost all media have been revolutionary for their time. The telephone,
radio, television, cable, satellites, and others all made profound changes in how
Americans work, play, and socialize.
But a strong case can be made that no medium prior to the Internet has grown so quickly
to touch the daily lives of so many people.
According to a 1999 study by The Strategis Group cited in CyberAtlas, 37 million
Americans were using the Internet from home on a daily basis at the end of 1998 compared
to only 19 million in the middle of 1997. Strategis also estimated that 34 million
American households were using the Internet for a total of 65 million hours per day. A
report on the Strategis study in CyberAtlas also indicated a dramatic surge in daily
Internet use at the office from 19 million Americans in mid-1997 to 32 million at the end
of 1998.
According to Inteco, 1998 was a year of critical breakthroughs for the Internet and the
surge of users on the World Wide Web cannot entirely be attributed only to the increased
popularity of online shopping during the last holiday shopping season.
The Internet revolution in the commercial, social, and civic life of America also
appears to be accelerating technological innovation and the convergence of various
technologies into an entirely new communications environment.
From 1992 until now, a year in the development of the Internet has been likened to five
to ten years in the evolution of other media. The backbone of the Internet now doubles in
capacity every 100 days.
Policy challenges for government
The dispersed and non-geographic operating characteristics and
architecture of the Internet pose special policy-making challenges for government
officials at all levels whose area of authority to govern is defined by geography. The New
York state legislature in Albany cannot impose laws on the citizens of New Zealand simply
because people in both jurisdictions choose to access activities on the Internet.
When governments do attempt to formulate policies for heretofore geographic-based
commercial and social activity that is migrating to the Internet, they must do so very
carefully and remain mindful of the tremendous complexities of a global interactive
medium.
The U.S. Supreme Court has already set aside one congressional attempt to control
content on the Internet because of the laws impermissible restriction of the First
Amendment guarantee of free speech. Governments overseas however, not bound by the U.S.
Constitution or its First Amendment, do continue to try to find ways to control content.
This survey is based on existing research. The staff of the United States Internet
Council has attempted to summarize key trends that emerge from the research of companies
and academic institutions in one brief report.
The conclusions we reach are based on our common-sense interpretation of the all the
data we have seen and are not necessarily the same conclusions of any particular research
company or university that might be cited here.
What trends indicate for policy-making
We believe the trends we have observed indicate the following:
- The ability of consumers to connect to the Internet is expanding at a very rapid rate.
- The choices available to consumers regarding access, content, and electronic commerce
(e-commerce) are growing every day.
- The Internet, compared with other media, is an "open" information model.
Today, consumers benefit from ferocious competition and innovation in all manner of
Internet content and connectivity issues.
- Only government at all levels--local, state, federal, and international--has the
potential ability to close this open system by creating unwarranted and mischievous
distortions in the evolution of the medium.
- Government regulations that seek to pick winners and losers in a competitive marketplace
are a particularly acute danger to the vitality of this rapidly growing medium.
Governments should not attempt to control content or regulate modes of access to Internet
service under the guise of "a higher public good."
"First, do no harm"
The studies we have seen do not suggest that rapid growth of
this new medium might mean domination by any single technology. In fact, quite the
opposite seems to be the case. High demand means that all technologies, old and new, are
making a contribution to the rapid evolution of the Internet. For example, despite the
emergence of ADSL, cable, satellite, terrestrial wireless, fiber optic and other access
technologies that may yet come along, more than half of all Internet users will likely
still gain access over copper wires five years from now in 2004.
Based on history, we believe that any decision governments might make now about which
technology should be advanced will certainly be fraught with unintended consequences. The
growth of the medium will not be helped in the long run by governmental policies that
impose artificial distortions in the marketplace.
We can see now only dim outlines of future technologies that may make major
contributions to Internet access. Based on experience, we are likely to see others emerge
in the near future that are not yet imagined. The wrong policy would be to stifle any
avenue of new innovation by putting the power of government behind any one particular
technology now known.
Internet Use Continues to Surge
Forty-three million hosts
Since the start of the Internet thirty years ago with the
connection of three host computers, the Internet had grown to include more than 43.2
million hosts worldwide by January 1999, according to an annual survey conducted by
Network Wizards. (See Figure 1)
Figure 1
Source: Network Wizards (1999)
A host is simply any computer that is directly reachable through the Internet. To do
this, it must have a unique address and have the capacity of providing information in
addition to access. For purposes of measuring the size of the Internet, a host is not a
computer that is within an intranet and hidden by a firewall.
The 43.2 million hosts represent a 69 percent increase over the 29.6 million hosts in
January 1998.
Currently, about 60 percent of all hosts are located within the United States. Based on
recent growth rates, the number of hosts worldwide could reach 100 million by 2001.
More people are online
By every measure, Internet use continues to outstrip even optimistic predictions. In
early 1993, about 90,000 Americans had access to the Internet. That number had grown to
about 81 million in early 1999, an increase of about 900 percent. In September of
1997, Cyber Stats reported 43.6 million U.S. adults using the Internet during a 30-day
period. By August of 1998, that figure had increased to 53.5 million U.S. adults.
Computer Industry Almanac found 61 million Internet users worldwide at the end of
1996, 148 million at the end of 1998, and the editors project a figure of 320 million for
the end of the year 2000. While figures differ widely among various research companies
using different methodologies, the trend is clear: Internet use is growing exponentially.
Clearly, those interested are not having any difficulty in finding their way into the
world of cyber-information, cyber-communications, and electronic commerce. (See Figures 2 and 3)
Figure 2
Source: CyberStats (1998)
Figure 3
Source: Computer Industry Almanac (1999)
More Households are online
The growth in the number and percentage of households in the United States with
Internet access provides another measure of Internet growth.
The chart in Figure 4 shows that the Internet grew from 5.8 million households in 1994
to the present 38.8 million, as reported by Forrester Research. Forrester goes on to
project household access at almost 60 million households by the year 2003. These numbers
reflect a growth in the percentage of all U.S. households that have access to the Internet
from about 5% in 1994 to 33% today.
Forrester also projects that more than 50% of all U.S. households will have access by
2003.
Another way to think about this growth in Internet access is to compare it to other
technologies from the past. It took 38 years for the telephone to penetrate 30% of U.S.
households. Television took 17 years to reach that level of availability. Personal
computers took 13 years. Once the Internet became available to households with the advent
of the World Wide Web, it took less than seven years to reach the 30 percent penetration
level. (See Figures 4 and 5, next page)
Figure 4
Source: Forrester Research, Inc.
Figure 5 Source: Morgan Stanley Research Group (1999)
Data traffic is expanding
Growth in Web Pages
The exploding number of web pages is a useful indicator of the value of content to
Internet users. International Data Corporation puts the number of web pages on the World
Wide Web at 829 million in 1998, and projects that the number will grow by 75 percent to
1.45 billion by the end of 1999. By 2002, according to IDC, the number will skyrocket to
7.7 billion web pages. (See Figure 6)
Figure 6
Source: Network Solutions
Growth in E-mail messages
E-mail is the most popular Internet activity for most people. According to a report in
eMarketer, 84% of Internet users send and receive e-mail on a regular basis.
Here again, research estimates vary widely on e-mail usage depending on methodology.
The Yankee Group reports 263 million e-mail mailboxes worldwide, but there are different
estimates for the number of e-mails actually sent. Estimates range from a low of 618
billion messages in 1998 to as many as four trillion. That last number comes from an
Iconocast report which forecasts a volume of more than seven trillion e-mails in 2000. And
a 1998 Forrester Research report projects that 50% of the U.S. population, 135 million
people, will use e-mail by 2001.
Whatever the actual number, all estimates show similar growth trend lines. To get an
idea of the slope of that line, Figure 7 shows that in February of 1998 America Online
handled 28 million e-mails per day, while in February of 1999, that number had risen to 51
million e-mails a day, an increase of 82%.
Figure 7 Source: America Online
Online Users Look More like America
The traditional picture of Internet users as white males is no longer accurate. With
each passing month, the population of Internet more closely resembles the demographics of
the American people as a whole.
Gender
For example, in 1997, eStats generated the figures underlying the chart found in
Figure 8. That chart shows that in 1995, women made up a little less than one-quarter of
the Internet population. By 1997, that number had risen to 39%, and eStats predicted then
that by the year 2000, women and men would be using the Internet in approximately even
numbers . (See Figure 8)
Figure 8
Source: eStats
But parity might get here before that. In fact, it
may already be here. In January 1999, Media Metrix reported that Internet users are now
half women and half men. The on-line research service eMarketer is not quite so
optimistic, finding that women at home, in the office, and in educational institutions
constitute 47.5% of Internet users, but America Online reported in early 1998 that half
its subscribers were women. A December 1998 study by Media Metrix reported that 55 percent
of online shoppers were women.
Race and Ethnicity
One of the persistent concerns about the Internet revolution is that minorities will be
left behind. Those concerns have generated considerable political interest, including
proposals for government regulation and subsidies. Actual evidence of minority
participation in the online world is much more optimistic.
It is true that a poll conducted in 1997 by Lou Harris & Associates and Baruch
College estimated the percentage of online users that were black or Hispanic was only 6%
for each group. But Forrester Research recently found that Internet access for black
Americans is today at 23%, and that it will reach 40% by the year 2000. Access for
Hispanics is today at 36%, and it will reach 43% by 2000. Americans of Asian heritage are
most likely to be Internet users. The Forrester study found 64% of Asian Americans are on
the Internet today, and projects that by 2000, 68% will be. (See Figure 9 next page)
Figure 9
Source: Forrester Research, Inc. (1999)
Research indicates that economic factors, such as the ability to afford
a computer, the level of education, and attitudes towards technology are more important
for determining who is using the Internet than ethnic status. These factors are, of
course, correlated with racial and ethnic status, but as the economic disparities continue
to narrow, Internet access will follow. There do not seem to be important cultural
barriers to Internet use.
Education and Income
A 1999 study conducted by IntelliQuest Information Group
estimated that 46 percent of U.S. Internet users in 1996 had attained the educational
level of at least a bachelors degree. (See Figure 10) By 1998, the percentage of
users with a bachelors degree had dropped to 36 percent of all users.
Figure 10
Source: IntelliQuest Information Group, Inc. (1999)
The same study found that in early 1996 about 60 percent of Internet
users earned an income of $50,000 per year or more. This percentage decreased to 54
percent by the end of 1998. (See Figure 11 next page)
Figure 11 Source: IntelliQuest Information Group, Inc. (1999)
A 1996 report by CyberAtlas indicated that the average age of Internet
users in that year was 32 years old. A 1997 Georgia Tech study indicated the average age
was 35 and other studies suggest that the population of Internet users is getting slightly
older and more representative of the general U.S. population.
The Internet is now more central to American life
Electronic Commerce: business-to-business
International Data Corp. (IDC) estimates that the dollar
volume of business-to-business electronic commerce in 1998 was $27.4 billion. The
projected volume for 1999 is $64.8 billion. IDC forecasts $138.8 billion for 2000, $270.9
billion for 2001, $526.4 billion for 2002, and $978.4 billion for 2003. (See Figure 12
next page)
Figure 12
Source: IDC, Inc. (1999)
Electronic Commerce: business-to-consumer
Forrester Research estimated in 1997 that residents of five million U.S. households had
shopped for some product using the Internet. The number for 1998 was 10 million and the
forecast for 1999 is that 13 million U.S. households will shop on the Internet.
IDC estimates the dollar volume of business-to-consumer sales at $14.9 billion for
1998. The IDC forecast for 1999 is $31 billion. Other IDC predictions are $50.7 billion
for 2000, $78 billion for 2001, $116.5 billion for 2002, and $177.7 billion for 2003. (See
Figure 13)
Figure 13
Source: Forrester Research, Inc.
Online Banking and other financial services
Forrester Research estimates that three million U.S.
households had access to online financial services such as banking and stock trading in
1997. The number had risen to 3.7 million in 1998, and the forecast is for 5.3 million in
1999, 7.2 million in 2000, 10 million in 2001, 14.5 million in 2002, and 22 million
households by 2003. (See Figure 14)
Figure 14
Source: Forrester Research, Inc. (1998)
Daily personal and business communications
As indicated in the section on data traffic above, e-mail has
rapidly become a very important means of business and personal communications. There are
various surveys that indicate the average e-mail user sends and receives up to 25 to 30
e-mail messages per day.
At least one 1999 study indicates that e-mail is becoming the dominant mode of business
communication and is becoming even more important as a business tool than the traditional
voice telephone.
In 1998, the United States Postal Service delivered about 101 billion pieces of paper
mail. In the same year, at least 618 billion e-mail messages were sent.
Basic Access has spread broadly and quickly
Local dial-up access to the Internet over copper wires
originally designed for human voice telephony is the dominant medium for users from home
and office who want to connect to Internet Service Providers. The number of connections
grew quickly between 1996 and 1999. For the foreseeable future, copper wires will remain
the dominant form of connectivity for most users.
However, other modes of connectivity, such as advanced telephony systems, cable,
wireless, and satellite, are beginning to emerge.
According to Jupiter Communications, there were about 15.1 million U.S. households
connected to the Internet via copper wire in 1996. By 1998, 27.6 million were connected
over copper and 500,000 were connected by advanced telephony systems such as ISDN and DSL,
and another 500,000 homes were connected with cable.
By 2000, Jupiter predicts that 35.2 million households will connect with copper, 2.2
million will connect with advanced telephony, 2.9 million will connect via cable, and
500,000 will connect using wireless and satellite systems.
The analog modem for use with copper wire will remain the primary means of accessing
the Internet from the home until at least 2003 according to the Gartner Group. (See Figure
15)
Figure 15
Modes of Internet Access
(in millions of households) |
|
1996 |
1997 |
1998 |
1999 |
2000 |
Dial-up |
15.1 |
21.5 |
27.6 |
32.4 |
35.2 |
Cable Modem |
0.0 |
0.1 |
0.5 |
1.2 |
2.9 |
ISDN/DSL |
0.0 |
0.2 |
0.5 |
0.9 |
2.2 |
Satellite/Wireless |
0.0 |
0.0 |
0.2 |
0.3 |
0.5 |
Source: Jupiter Communications (1998)
Digital Potholes:
Some areas of uneven access remain
According to Professor Shane Greenstein of Northwestern Universitys Kellogg
School of Management, more than 67.5 percent of people in the United States live in
counties that are served by more than 10 Internet Service Providers (ISPs) providing local
dial up service. For these urban area residents, access to the Internet is very easy. The
cost a customer incurs for the telephone call connection is usually the cost of a local
call and usually does not include a long distance toll but may vary depending on the
distance from the home to the ISP.
Seventy-eight percent of Americans live in counties with four or more choices of
Internet service.
However, about 14.5 percent of Americans have only a choice of one to three providers
within their county of residence and 7.5 percent have no service located in their county
of residence. (See Figure 16)
As Professor Greenstein points out, the analysis by county of residence
may overstate the lack of connectivity.
"In many cases, residents of a county with no ISP may still be able to easily
access an ISP in an adjacent area. The fact that there is no ISP located in a county does
not necessarily mean that no low-cost service is available," Greenstein told the U.S.
Internet Council on April 8, 1999.1
Internet is Driving Demand for Broadband Technology
Applications
The increasing popularity of the Internet as an interactive
medium for commerce and entertainment is driving more demand for applications that require
the availability of broader bandwidth. The number one factor that attracts visitors to
return to web sites is the quality and availability of content. More and more of popular
content requires graphics, audio, and video data streams. Such data intensive streams
require large pipes to accommodate downloads of files. (See Figure 17 next page)
Figure 17
Factors Driving Repeat Visitors
to Websites |
High-Quality Content |
75% |
Ease of Use |
66% |
Quick to Download |
58% |
Updated Frequently |
54% |
Coupons and Incentives |
14% |
Favorite Brands |
13% |
Cutting-Edge Technology |
12% |
Games |
12% |
Purchasing Capabilities |
11% |
Customized Content |
10% |
Chat and BBS |
10% |
Other |
6% |
Source: Forrester Research (1999) |
|
Demand for Broadband Access is Growing at Work
In August 1998, Ziff-Davis publications discovered that a
surprising number of Fortune 1000 companies were still connecting to the Internet at
relatively low-access speeds. The survey found that 49 percent of the large company sites
were connecting to the Internet at rates of less than 1.544 megabits per second or a sub
T-1 level. (See Figure 18 next page)
Figure 18
|
Number of Site Employees |
|
Maximum Internet Transmission Speed |
1-99 |
100-499 |
500+ |
Total |
< 1.544 Mbps |
68.3% |
58.7% |
38.5% |
48.7% |
1.544 Mbps |
28.3% |
38.5% |
55.2% |
48.6% |
> 1.544 Mbps |
3.5% |
2.8% |
6.3% |
4.7% |
Total |
100.0% |
100.0% |
100.0% |
100.0% |
Source: Computer Intelligence Technology Database
Internet service over a cable TV system is not currently a common
offering for business locations. However, many businesses do access the Internet from
office buildings connected to ISDN or ADSL lines. Prudential estimates that 94 million
subscribers will be qualified for ADSL service by 2004.
In addition, there is just beginning to be an offering of fiber optic service to some
office buildings in cities where a fiber optic loop is in place.
Many companies are building fiber optic loops around major cities and are offering
high-speed and broadband Internet access to business customers.
For example, Hyperion, a company owned by Adelphia Cable in Pennsylvania, was offering
high speed and broadband Internet connections to businesses in 46 cities on 22 fiber
networks in early 1999. Other major players in constructing fiber loops and offering
broadband Internet service include Time-Warner Telecom, RCN, Cox Fibernet, FMS, and
Teleport, among others.
Other major companies are making huge investments in terrestrial wireless Internet
service.
Companies such as Hughes, Motorola, and others are planning low Earth orbit satellites
which will also offer high speed Internet connections.
Demand for Broadband Access is Emerging at Home
Arbitron and RMS Media recently reported that the number of
U.S. radio stations broadcasting on the Internet more than doubled in the last six months
of 1998. The number of stations online rose from 500 to 1,020. One out of every 12 U.S.
radio stations is now broadcasting on the Internet. Worldwide, the Internet was offering a
selection of more than 2,000 radio and TV stations in early 1999 according to
Broadcast.com. (See Figure 19)
Figure 19
Source: Arbitron, RMS Media (1999)
There are 49 content networks such as Talk America, Disney, and others
that offer streaming audio on the Internet. There are 168 radio stations and at least one
television station that broadcast only on the Internet and not over the airwaves. In
short, a fledgling Internet-only broadcast medium is beginning to emerge.
Many Internet users say they want to be able to download broadband applications such as
music videos and even longer feature films. In a few years, the Internet could become a
video jukebox in the home and a home movie theater.
According to Real Networks, the first RealPlayer was released in 1995. By the end of
1998, there were over 50 million registered users. The download rate exceeds 175,000 per
day, an increase more than 270 percent since the start of 1997. Every week, over 145,000
hours of live sports, music, news, and entertainment are broadcast over the Internet using
RealSystem technology.
More and more people are playing computer games online, many of which have
sophisticated graphics and complex interactive applications that require more bandwidth.
Government Threats to the Growth of the Internet
Federal, state, and local government threats to the Internet have taken a variety of
forms and are often aimed at restricting or controlling content that many policy makers
may find objectionable. Legislation by anecdote should be avoided. Policy planning based
on a solid understanding of the non-geographic architecture and operating characteristics
of the Internet can best be assured through active dialogue between industry leaders and
policy leaders. Consumers are already voting everyday with the choices they make in the
marketplace.
Congress passed the first version of the Communications Decency Act in 1996 as an
attempt to protect children from obscene content. While protecting children from harmful
content is an extremely worthy goal, the U.S. Supreme Court found that the measure
impermissibly intruded on First Amendment guarantees of free speech. The role of
government, as distinct from the role of parents and guardians, must be somewhat limited
in overseeing the content that children see on the Internet.
Other Congressional attempts to impose ceilings on the export of encryption products
and to adopt other versions of content control continue to be a detriment to the adoption
of a stable legal platform for the expansion of electronic commerce.
On the plus side, Congress did in 1998 adopt a number of measures helpful to the
high-tech industry that support the infrastructure of the Internet including measures to
allow work permits for high-tech workers from abroad. In addition, a law passed by
Congress and signed by President Clinton has created a study commission to wrestle with
the problem of electronic commerce sales taxes and the states.
At the level of state governments, there is good news and bad news. The bad news is
that some state legislatures in 1997 did debate bills to control content on the Internet.
Some content control proposals have been limited to access from public schools but others
have been much broader in scope in that they sought to affect the entire population of a
state.
On the positive side, several states have moved in the direction of Virginia by
debating bills to create state level Internet study commissions and policy plans. On the
whole, state legislatures meeting in 1999 sessions have been far less apt to debate bills
seeking to control content on the Internet that they were in 1997. As lawmakers gain a
better understanding of the basic architecture of the Internet, better and less intrusive
Internet policy has taken shape.
Conclusions
Implications for Policy Makers
So far, at least, the Internet is living up to its billing. The Internet, itself,
continues to grow very rapidly, as does the number of households online and the sheer
volume of Internet content. At work and at home, Americans are using the Internet with
increasing frequency to stay in touch and to do business. All data suggests that this
growth will continue, and in many cases accelerate, well into the next century.
Already, the Internet has diffused throughout the United States faster than any
previous communications technology. Inexpensive dial-up access to the Internet is
available to the vast majority of Americans. Americans are beginning to demand
increasingly robust connection to the Internet and this demand is beginning to be met by
an array of new broadband technologies which span the converging telephone, cable,
satellite and wireless industries.
As the Internet becomes more central to the way we live, work and play, it becomes a
topic of increasing interest to policymakers at all levels of government. The data
assembled here suggests three imperatives for government officials as they grapple with
the growth of the Internet and its increasing social and political significance.
Regulatory Governance
The rapid growth of the Internet; continuous change in Internet content and technology;
and the Internet increasingly global character challenge the conventional regulatory
approach to governance.
At all levels of government, policymakers have displayed an understandable inclination
to rely on conventional regulatory tools to address governance challenges on the Internet.
This regulatory approach whether intended to discourage inappropriate Internet
content or police undesirable behavior has generally failed to achieve its goals.
The Internet undermines regulatory governance by its very nature its constant
change renders out-of-date many regulations before they are fully promulgated; its
international scope enables regulated parties who wish to avoid regulation to move
off-shore easily; its enormous content, and effective anonymity, makes effective policing
difficult.
Policymakers will achieve their goals more effectively if they rely on new approaches
to governance that take into account the nature of the Internet. Policies which rely on
industry and community self-governance; private standard setting and certification; and
individual empowerment through technological development are more likely to succeed.
Broadband Access
The critical factor limiting the growth of the Internet today is the availability of
affordable bandwidth. Increased bandwidth is necessary to keep up with current growth
rates in Internet use and content. Greater bandwidth is also a necessary predicate for
many of the latest Internet technologies and for the continued growth of e-commerce.
Competitors from telephone, cable, satellite and wireless industries are beginning to
compete aggressively to meet the enormous demand for faster, more robust access to the
Internet. These competitors and others that may emerge are deploying a
variety of new broadband technologies to meet bandwidth demands in business and at home.
It is essential that this competition be unimpeded by government. Laws and regulations
once intended for monopoly telephone markets should not be applied to the converging
industries that are already competing to meet consumer demand for broadband access to the
Internet. Regulatory processes tend to politicize questions that, in this case, are best
left to technological innovation and consumer choice. Government obstacles that limit the
availability of broadband alternatives should be removed; new government impediments must
be avoided.
How to Improve Access
The extremely rapid expansion of access to the Internet should reassure some people who
may once have had early concerns about the emergence of uneven access to the Internet. It
is true that certain geographic areas of the country, primarily west of the Mississippi
River, do not offer as much choice in access as in urban areas. But rhetoric about
"digital divides" between information "haves" and "have
nots" seems overstated in view of the fact that 78 percent of Americans have a choice
of four or more service providers.
First, the demographics of Internet users more closely reflect those of America as a
whole. Users do remain better educated and more affluent than the average American. But
this is true for most early adopters of most new technologies, and even here, the
differences between the Internet community and American society are diminishing.
On other factors, the "mainstreaming" of the Internet is more pronounced. For
example, on metrics of race, sex, and age, the Internet community very nearly parallels
American society, with most differences accounted for by other factors such as education
and income. Early fears concerning demographically driven digital divides should also be
assuaged.
Digital divides based on geography do remain, but they are relatively small, readily
identifiable, and may be diminishing. Most Americans--a vast majority, in fact--enjoy
several, relatively inexpensive, local alternative choices for dial-up access to the
Internet.
A relative few have no local dial-up access to the Internet. For these Americans,
located primarily in the West and South, the digital divide is real. For most others,
basic, local access to the Internet is ubiquitous.
The Internet has achieved this extraordinary level of access as a result of growth and
competition. Any government action aimed at redressing the small remaining digital divide
should recognize this fact and carefully target government action to avoid disrupting or
displacing this vigorous private market.
Early data does suggest that the geographically driven digital divide may be more
significant in the emerging market for broadband access to the Internet. The best
available data indicates that new broadband technologies are available in just 10% of US
counties. These counties do account for more than 45% of Americans, but do leave broad
gaps in broadband Internet access, especially in more rural counties. This potential
digital divide should be carefully monitored as the market for broadband access develops.
US Internet Council |