Middle Eastern Regional Internet Trends
December 2010
© 2010 Renesys Corporation. http://www.renesys.com Page 2
© 2010 Renesys Corporation. http://www.renesys.com Page 3
Contents Executive Summary ................................................................................................................................. 4
Key Findings ........................................................................................................................................ 5
Methodology and Interpretation ............................................................................................................. 9
Country Summaries ............................................................................................................................... 11
Iraq.................................................................................................................................................... 12
Oman ................................................................................................................................................ 16
Lebanon ............................................................................................................................................ 18
Syria .................................................................................................................................................. 21
Qatar ................................................................................................................................................. 22
Bahrain .............................................................................................................................................. 25
Jordan ............................................................................................................................................... 34
Kuwait ............................................................................................................................................... 37
Iran.................................................................................................................................................... 41
Egypt ................................................................................................................................................. 44
Saudi Arabia ...................................................................................................................................... 47
United Arab Emirates ........................................................................................................................ 52
Regional Trends in Internet Transit Markets .......................................................................................... 55
Market Dominance of International Providers: “On-Net” Percentages ............................................... 56
Market Dominance of Domestic Providers: “On-Net” Percentages..................................................... 60
Key Internet Outage Event of 2010 ........................................................................................................ 64
Snapshot of the IPv6 Regional Internet ................................................................................................. 67
IPv6 Trends by Country ...................................................................................................................... 68
The Future of the IPv6+IPv4 Dual Internet ......................................................................................... 68
Appendix A: Routing Terminology ......................................................................................................... 69
© 2010 Renesys Corporation. http://www.renesys.com Page 4
Executive Summary
The Bahrain Telecommunications Regulatory Authority has asked Renesys to examine recent trends in IP
interconnection for Bahrain and its neighbors in the Gulf region. The goal of the 2010-2011 study will be
to fairly and objectively characterize the evolution of the region’s primary Internet service providers,
their patterns of interconnection, and their response to infrastructure incidents such as submarine cable
cuts.
At the close of 2010, the Middle East’s national Internet ecosystems contained nearly 11,000 distinct
IPv4 networks, out of roughly 380,000 on Earth. Renesys continually monitors the paths traffic takes to
reach every worldwide network, and actively verifies the performance of those paths using multipoint
latency measurement.
Together, these datasets permit the objective study of interconnection and Internet transit diversity,
integrating regional network observations that have been collected continuously over a period of years.
Key findings include:
The largest domestic providers of the region tend to have a higher than average on-net market
share, suggesting restricted competition.
Bahrain is a notable exception to this trend, and leads the region in lowering the percentage of
the domestic market seen on-net with the largest domestic providers.
As 2010 comes to a close, Bahraini providers are taking advantage of more diverse international
transit than ever before.
Bahraini providers still have fewer available choices for international transit than others in the
region. Two new submarine cable landings should improve this picture in 2011, and the region
will have additional terrestrial connectivity options as well.
The Bahrain Internet Exchange, once the default alternative provider in the Kingdom, is losing
market share as with the arrival of more international transit diversity.
Batelco’s lack of multihomed customers artificially constrains their on-net share of the domestic
market, and potentially their growth.
The April 2010 shunt fault on the Sea-Me-We-4 cable off of Alexandria showed that major cable
failures are survivable, if nations pursue a strategy of achieving significant international transit
diversity.
The IPv6 Internet is growing very slowly in the region, despite the looming threat of IPv4 address
space exhaustion. A prolonged and potentially painful multi-year transition period is inevitable,
and may pose special challenges for regional regulators.
© 2010 Renesys Corporation. http://www.renesys.com Page 5
Key Findings
The largest domestic providers of the region tend to have a higher than average on-net market share,
suggesting restricted competition. However, Bahrain is a notable exception to this trend.
The average “largest domestic provider” on Earth sells
to 36% of their own national market, as evidenced by
published routes to domestic customers. Lower-than-
average on-net percentages for largest providers are
common in highly competitive markets such as the USA
(9%), Great Britain (11%), Germany (14%), and Canada
(27%), where a deep field of competitors reduces the
likelihood that any single largest domestic provider will
serve a dominant percentage of the national market.
Within the Gulf region, the weighted average is 71% on
net with a single provider, roughly twice the worldwide
average.
”On-net" percentages for largest domestic providers. Orange indicates 50%+ of the domestic market on-net with a single provider, red 90%+. Bahrain is light green, at 28%.
© 2010 Renesys Corporation. http://www.renesys.com Page 6
Bahrain (28%), Kuwait (35%), Iraq (38%), and Egypt (38%) score in line with worldwide averages. In
these countries, multiple independent service providers compete to offer access to international transit,
so that no single provider gains what could be considered a dominant share of the domestic IP transit
market “on net.”
Saudi Arabia (69%) and Jordan (76%) are higher than average, but clearly have at least some active
competitors gaining measurable IP market share. Lebanon (65%) has a high percentage of satellite
Internet providers, each of which takes away potential market share from a strong incumbent.
© 2010 Renesys Corporation. http://www.renesys.com Page 7
Oman, Qatar, Yemen, Syria, Iran, and the United Arab Emirates all have more than 90% of their
domestic market on-net with a single domestic provider. Few realistic alternatives exist for
international IP transit, other than that mediated by the largest domestic provider.
As 2010 comes to a close, Bahraini providers are taking advantage of more diverse international
transit than ever before.
In March 2010, Saudi Telecom launched its Viva mobile service in Bahrain, utilizing dark fiber leased
from GCCIA. Backup transit was provided over Flag FALCON via the Bahrain landing station. Bahraini
providers Menatelecom, Kalaam, RTS, Etisalcom Bahrain, and GCCNGN/Rawabi quickly moved to acquire
international transit via STC, and today, STC has an estimated 21% of the Bahraini market on-net.
October 2010 saw a surge in Bahraini utilization of the Flag FALCON cable, with leading competitive
providers Menatelecom and Zain Bahrain both showing evidence of substantial Flag transit for the first
time. Flag’s on-net percentage of the domestic market has risen from 26% to 45% over the course of
the year, with Tata’s on-net percentage falling from 93% to 82%, and Emirates’ from 35% to 28%.
Bahraini providers still have fewer available choices for international transit than others in the region.
Bahraini providers still do not have access to the full array of international service providers that are
available in other countries at consortium-based cable landings. As 2010 closes, Bahraini providers
have four choices for international transit: Tata, Flag, Emirates, or STC. By contrast, the largest
providers in the UAE, Saudi Arabia, and Egypt typically have access to six, eight, or even ten international
carriers, and use them all simultaneously for transit, letting them compete for every packet sent and
received. In Bahrain, Tata and GBI both plan new submarine cable landings in 2011, which should
increase the range of direct International transit available to domestic providers.
Additional terrestrial connectivity options for the region are likely to materialize in 2011.
The Gulf region has always lacked a terrestrial alternative to failure-prone submarine cables for
European and Asian connectivity. Turkish, Russian, Iraqi, Azeri, and even Iranian carriers are stepping
into the gap, hoping to provide attractive terrestrial routes for the region’s IP traffic. The JADI-link
(Jeddah, Amman, Damascus, Istanbul) is theoretically complete and likely to be the first online, although
it has not yet made a visible impact in the routing tables. Saudi-Iraqi and Jordanian-Iraqi routes are likely
to follow, connecting the region to transcontinental Russian transit.
The Bahrain Internet Exchange, once the default alternative provider in the Kingdom, is losing
market share as with the arrival of more international transit diversity.
LightSpeed Communications, who became a Flag customer in 2009, added the BIX as a backup provider
in March, thereby reducing the likelihood of suffering a single-carrier outage. Because the BIX resells a
50-50 mix of Tata and Emirates traffic, it represents a very reasonable diversification strategy for any
Bahraini company that uses a lot of Flag transit.
© 2010 Renesys Corporation. http://www.renesys.com Page 8
On the other hand, with the market entry of STC, and the expanded presence of Flag, other companies
may see opportunities to replace BIX transit with direct international capacity. Menatelecom dropped
BIX transit at the start of August 2010, having added Saudi Telecom as a third provider 60 days earlier.
Kalaam and RTS followed suit in October and November. Unless the BIX can reverse this trend, its
historical role as the Kingdom’s default alternative service provider may be in doubt, and national transit
diversity may suffer.
Batelco’s lack of multihomed customers artificially constrains their on-net share of the domestic
market, and potentially their growth.
Of all the incumbent providers in the region, only Batelco continues to have no autonomous system
customers downstream – that is, no customers that can have multiple service providers. Bahraini
companies whose primary current provider is Tata, or the BIX, or STC, would presumably welcome the
change to lower their risks by acquiring Batelco as a backup provider, given its Flag and Tata transit,
Emirates peering, and physical diversity. Without a multihomed customer strategy, however, there’s a
risk that Batelco’s relative on-net share of the Bahraini market will continue to shrink as the domestic
market grows and diversifies around it.
The April 2010 failure of SMW4 showed that major cable failures are survivable, if nations pursue a
strategy of significant international transit diversity.
Unplanned Internet infrastructure failures are the unintentional testing mechanism that reveals whether
a country’s Internet ecosystem is sufficiently diverse. In 2010, the shunt fault encountered by SMW4
off of Alexandria, Egypt was the primary event of this type. Across the region, providers shifted
European transit to alternative providers on alternative cables. In Bahrain, customers who were heavily
dependent on Tata saw packet delays to Europe increase by hundreds of milliseconds, as traffic re-
routed around the planet. The event was a reminder that international transit diversity is the best
insurance against regional outages.
The IPv6 Internet is growing very slowly in the region, despite the looming threat of IPv4 address
space exhaustion. A prolonged and potentially painful multi-year transition period is inevitable.
Today, only about 40 IPv6 networks from the Gulf region appear in the global routing table, and only a
handful of domestic and international providers offer any kind of IPv6 connectivity.
As IPv4 allocations are exhausted, telecommunications regulators throughout the region may rapidly
find themselves overseeing a lucrative (and increasingly desperate) market for IPv4 address space, in
which new market entrants can be shut out by existing providers for lack of adequate IPv4 addressing
resources. Affected parties should begin to consider whether a country’s existing IPv4 allocations
might constitute a finite national resource, like radio spectrum, that is potentially subject to regulatory
oversight.
© 2010 Renesys Corporation. http://www.renesys.com Page 9
Methodology and Interpretation
Renesys continually monitors the global Internet routing table, synthesizing second-by-second changes
in the advertised paths to every connected network on earth, and measuring round-trip latencies to
those networks from around the world. Years of consecutive continuous observations are then mined
to produce summaries of evolving interprovider relationships in each country, and each region of the
world.
This report focuses on two particular kinds of measurements: on-net market share estimates and route
selection percentages.
On-net market share is an estimate of the percentage of a given market that is, directly or indirectly, the
customer of a given provider. Renesys computes the provider’s customer base score (a proprietary
model designed for comparative provider rankings, that incorporates a contribution from each network
prefix originated or transited by any of the provider’s downstream customers). That customer base
score is then divided by the total customer base score for the market as a whole (all network prefixes
believed to geolocate there) to create the on-net percentage.
Route selection percentages incorporate additional information: the percentage of Renesys
observation points that believe that the given provider is the “best” (selected) route to a given prefix at
any moment. This yields an estimate of instantaneous share for any provider within any market, which
may fluctuate second by second as the customers in that market change their routing preferences
among the providers with whom they have transit contracts.
One can think of the on-net market size as a natural upper bound for the route selection percentage;
the on-net market share is the percentage of a market that the provider could provide transit to, if it
were always selected as the best route by all its customers.
Note that route selection percentages sum to 100%, while on-net percentages generally sum to greater
than 100%. To see why, consider a simplified scenario in which a country is served by two international
carriers, and every customer in the country has direct transit contracts with both of them. Each of the
two carriers would have 100% of the country on-net. But at any moment, all else being equal, they
would each be expected to have a route selection percentage of 50%.
Starting on page 53, on-net tables show the on-net percentage of each international and domestic
service provider within a given national market, as that percentage has evolved over a period of years.
As a reminder, these are upper bounds for route selection, and will often sum to more than 100%, in
situations where downstream customers have multiple provider choices.
© 2010 Renesys Corporation. http://www.renesys.com Page 10
This report contains three primary kinds of visual displays.
Market graphs show the primary domestic and international
providers for a country, along with their interconnection
weights. Domestic providers are light blue; international
providers are light red. Arrows indicate customer-provider
relationships, and the percentage numbers on each arrow
indicate the percentage of the national market that is
estimated to be “on net” in that relationship. In other words,
if that relationship were to disappear (because a cable was cut,
or because a contract were not renewed), the label indicates
the percentage of the national market that could potentially
be affected by routing instability or outage.
Transit shift plots present a histogram of a given provider’s
route selection percentages to each of their upstream transit
providers, summing to 100%. The thickness of colored bands
gives a visual indication of the importance of each provider in
supplying Internet transit to the autonomous system in question
over some lookback period (in this report, 2010).
Customer transit plots look at a provider’s downstream customers
instead, estimating the contribution each one makes to the
provider’s total national traffic . In this report, customer transit
plots are normalized by national market size, to give additional
information about the growth or decline of a given provider within
the domestic market, based on the sum of inputs from each of its
direct customers.
.
© 2010 Renesys Corporation. http://www.renesys.com Page 11
Country Summaries
The countries of the Middle East vary widely in their approach to Internet economics. Some, like the
Kingdom of Bahrain, show continuing trends towards increased competition and Internet transit
diversification. Others have been slower to diversify, leaving a single domestic incumbent in control of
market-dominant portions of the national Internet ecosystem. In all cases, geography is strongly
determinative of international transit diversity. Countries with access to multiple consortium-based
submarine cable landings have an abundance of international transit alternatives, which may or may not
be made available to a broad set of competing domestic providers.
The sections that follow provide capsule summaries of the leading domestic providers of each country in
the region, summarizing their interconnections with international providers graphically. Additional
plots illustrate the international transit available to each provider, and show how that transit blend has
changed throughout 2010.
© 2010 Renesys Corporation. http://www.renesys.com Page 12
Iraq
The smallest Internet economy in the region, and the 109th largest worldwide, is Iraq’s. The Internet
economy of Iraq is once again growing, with new investment evident and new connections to
neighboring countries appearing almost monthly. The US military’s portion of Iraq’s national Internet
continues to drop, as the domestic market expands. While most visible autonomous-system level
activity currently takes place in the northern provinces of Iraqi Kurdistan, one can also see evidence for
growth and interconnection in the Baghdad area.
Looking forward, new cable landings at Basra in 2011 will connect Iraqi providers more firmly to the
Gulf’s regional submarine cable network in the south, and new Turkish, Iranian, Azeri, and Russian
connectivity will provide attractive terrestrial paths to Europe and Asia in the north. These paths can
provide vital backup connectivity in the event of failures on the submarine cables that serve the Gulf,
and will link up with existing Iraqi fiber connectivity to Jordan and Saudi Arabia.
Indeed, if the Iraqi central and provincial governments can address security concerns, and continue
reconstructing the nation’s fiberoptic backbone and metro networks, Iraq may emerge as a major
regional conduit for low-latency IP transit between the Gulf states and Europe. Iraq’s incumbent
operator, state-owned ITPC, has reaffirmed its stated policy of pursuing privatization and encouraging
the growth of a diverse set of domestic Internet transit providers.
Today, nearly all visible ASN-level Internet routing in Iraq takes place over terrestrial paths from
Kurdistan to its neighbors in the north.
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Primary Iraqi transit providers include Newroz Telecommunications (AS21277), based in Suleimaniya,
which has 3 downstream ASN customers, 39 originated networks, and 18 transited networks. Newroz
receives transit from Turk Telekom (80%) and Global Crossing (20%). It has 40% of the country “on-net”
– that is, 40% of all Iraqi IP space receives Internet transit (at least partially) through Newroz.
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Where Newroz looks west for transit, IQ networks (AS44217) looks east. With 4 downstream ASN
customers, 6 originated networks, and 19 transited, IQ Networks has 18% of the country on-net, and
now receives 100% of its Internet transit from Russian provider Rostelecom (AS12389), utilizing Iranian
connectivity through the Azeri Internet Exchange in Baku.
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A third Iraqi provider, the Al-Sard Group (AS39216), utilizes a blend of Azeri transit (Delta Telecom) and
Iranian transit (DCI Iran) along the same physical routes. Several downstream autonomous systems,
including Goran Net, CellNet, and the American University at Suleimaniya, derive their transit from some
combination of these, while others still utilize VSAT connectivity.
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Oman
Oman’s Internet ecosystem is slightly larger than Iraq’s, ranking 10th regionally and 103rd globally. Its
domestic transit diversity is substantially lower, however. OmanTel (AS8529) has 100% of the nation’s
IP space on-net, and transits a total of 106 networks, on behalf of 2 major downstream customers. Very
little evidence for fixed-line or mobile IP diversity is evident in the national transit graph.
The OmanTel NAP (AS28885) accounts for a third of the customer base, and Omani Qatari (AS50010) for
another two-thirds. Omani Qatari appeared in January 2010, and is transiting large amounts of IP space
on behalf of Nawras Mobile Broadband (the country’s 2nd mobile licensee).
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On the other hand, with cable landings from FLAG Falcon and SMW3, Oman can easily draw upon
diverse international transit. OmanTel’s transit is spread across seven international providers.
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Lebanon
Lebanon’s Internet ecosystem (ranked 100th globally) has historically suffered from a lack of
international consortium-based submarine cable landings, with connectivity only to Cyprus and Syria. It
still has higher-than-expected international transit diversity, largely because enterprises rely on satellite
connectivity from a large number of providers. At least 17 different Lebanese service providers have
direct international IP connectivity of one form or another.
The proposed landing in 2011 of the new IMEWE cable at Trablous will change the entire dynamics of
the Lebanese Internet marketplace. For the first time, a wide range of European and Asian carriers will
be available to Lebanese operators, and the impacts on transit pricing and carrier diversity are likely to
be profound.
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For now, the largest provider, Liban Telecom (AS42020), has 68% of the nation’s IP space on-net. It
transits 363 IPv4 networks on behalf of 12 downstream ASN customers. Utilizing Cypriot connectivity,
its transit providers include Level3, AT&T, Flag, and PCCW.
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Second-place domestic provider Ogero Telecom (AS42003) has no customers downstream, but
originates 45 IPv4 networks, representing 51% of the country’s IP base. It receives nearly all its transit
from the incumbent, as well as a very tiny amount directly from PCCW.
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Syria
Ranked 97th globally, Syria’s Internet ecosystem is dominated by an incumbent provider, Syrian Telecom
(AS29386), with 99% of the national market on-net, and no non-incumbent ASNs downstream.
Transit is via submarine cable to Cyprus, and is largely provided by Deutsche Telekom. When the JADI-
link project is complete, substantial additional transit should become available through Turk Telekom via
terrestrial fiber. Turkish transit appears to have actually shrunk over the course of 2010, in favor of
Deutsche Telekom.
© 2010 Renesys Corporation. http://www.renesys.com Page 22
Qatar
The Qatari Internet ecosystem, like that of Oman, showcases a dominant incumbent with a broad set of
international providers, made possible by three fiber connections to the neighboring UAE. Qatar is the
93rd largest Internet ecosystem globally.
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Q-Tel (AS8781) is the dominant Qatari provider, with 99% of the national IP space on-net. It serves 9
downstream ASN transit customers, and transits 210 networks on their behalf. Its diverse array of
transit providers includes Hurricane Electric, Tata, Flag, NTT, Level3, Stixlite Singapore, and AT&T.
© 2010 Renesys Corporation. http://www.renesys.com Page 24
The Qatar Foundation for Education, Science, and Community (AS29384) has become something of a
service provider in its own right, with one downstream ASN customer, 15 originated networks, and 12%
of the national IP space on-net. It has indirect international transit through Q-Tel, but also a direct
connection to Flag, and phased out a direct connection to Tata earlier this year.
© 2010 Renesys Corporation. http://www.renesys.com Page 25
Bahrain
Bahrain’s Internet ecosystem is the 92nd largest in the world, despite serving a population of less than
one million people. In the context of the other regional Internet ecosystems, Bahrain is notable for its
progress towards domestic competition in the IP marketplace, as the estimated on-net shares of the
incumbent and competitive providers have come roughly into balance.
The general availability of new international transit providers in the Bahrain market in 2010 (not only
Flag, but also Saudi Telecom in connection with the launch of its Viva mobile service) has created
significant change. Domestic transit relationships in 2010 have seen significant flux, as ISPs continue to
seek reliable, low-cost connectivity to international markets for their customers.
© 2010 Renesys Corporation. http://www.renesys.com Page 26
Long-time observers of the Bahrain transit market will note that Zain, Mena, and Etisalcom Bahrain are
now substantial consumers of Flag transit, in addition to Nuetel, Lightspeed, and Batelco. Flag’s
percentage on-net of the Bahraini domestic market now approaches 45% (up from the 26% share it has
held in recent years). Tata’s on-net share has dropped from 99% (Jan 2009) to 93% (Jan 2010) to just
82% today.
Batelco’s continuing lack of downstream ASNs has resulted in the steady erosion of the percentage of
the national Internet ecosystem that it can count among its customers. Today, Batelco (AS5416) retains
an estimated 26% of the country’s Internet ecosystem on-net, representing 143 IPv4 networks. Batelco
receives approximately 60% of its transit from Tata, and 40% from Flag; the percentage of Flag transit
has drifted gradually upward over the course of 2010 within a 10% band.
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Competing provider Zain Bahrain (AS31452) has 28% of the national market on-net, and like Batelco,
splits its transit between Flag (45%) and Tata (55%). After achieving access to Flag transit in October,
Zain rapidly moved to phase out its Emirates transit and cut its reliance on Tata by approximately half.
© 2010 Renesys Corporation. http://www.renesys.com Page 28
Another competitor, Menatelecom (AS39015), has 30 originated networks (22% of Bahrain on-net), and
splits its transit between Saudi Telecom (40%), Flag (35%), and Tata (25%). Mena added transit through
Saudi Telecom in June, phased out its transit through the Bahrain Internet Exchange in August, and
gained access to Flag transit in October, finishing the year with a very different transit spectrum than it
started with.
© 2010 Renesys Corporation. http://www.renesys.com Page 29
LightSpeed Communications (AS39273) added transit through the Bahrain Internet Exchange in March,
restoring some measure of transit diversity (they had been single-homed to Flag since 2009).
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The Bahrain Internet Exchange (AS35019) now has 12 ASNs downstream, and approximately 17% of the
nation on-net. The BIX continues to retain Tata and Emirates for transit, in the same 50-50 mix utilized
in recent years.
In 2010, the BIX had only one significant customer win: LightSpeed communications, returning to the BIX
in March after a long absence in order to obtain backup transit and restore dual-homed status.
Offsetting this gain were several key customer losses in the second half of the year, perhaps driven by
broader availability of FLAG and STC transit as competitive options. Menatelecom (AS39015) left in
August and is now triply-homed to Tata, Flag, and STC. Kalaam (AS35443) left in October, and RTS
(AS42931) left in November; both are now singly-homed to STC (a net loss of national transit diversity).
© 2010 Renesys Corporation. http://www.renesys.com Page 31
This plot captures the steady decline in total route selection percentage through the BIX over the last 4
years.
At its peak in early 2007, the BIX could expect to route traffic for nearly 50% of the national IP transit
market: everyone but the incumbent.
Since then, the BIX customer base has stayed relatively fixed, with only minor additions and
subtractions, and no participation by the incumbent. Meanwhile, the rest of the domestic market has
grown steadily. In the closing months of 2010, the BIX has lost customers to alternative providers as
access to international direct transit has improved. With 17% of the Kingdom on-net, route selection
percentages are now below 10% (with providers treating BIX transit as their backup route, and
preferring other, direct routes via STC, Tata, or Flag). If these trends continue, the BIX could easily be
reduced to single-digit route selection share by the end of 2011.
There is an implicit risk in such a scenario: if the so-called ‘single-homed’ autonomous systems, who buy
from a single provider, choose to replace the dual-homed BIX with a single international carrier, then
the Kingdom’s net transit diversity will decline, and more service-impacting Internet outages may result.
© 2010 Renesys Corporation. http://www.renesys.com Page 32
Viva (AS51375) entered the Bahrain mobile market as the Kingdom’s third mobile licensee. Owner
Saudi Telecom (AS41426) began offering Internet transit to Bahraini companies in June 2010, several
months thereafter.
As this plot shows, STC’s route selection percentage of the national market has grown steadily with each
passing month. At the close of 2010, just over 20% of the Bahrain IP transit market is estimated to
route through STC on any given day, despite having neither Batelco nor the BIX as customers.
© 2010 Renesys Corporation. http://www.renesys.com Page 33
Finally, Flag (AS15412) also picked up substantial new Bahrain market share at the end of 2010, growing
to route nearly 40% of the total transit market within a matter of weeks. Tata (AS6453) saw mirror-
image declines in their on-net and route-selection percentages, as direct STC and Flag transit became
more broadly available to Bahrain’s domestic providers.
© 2010 Renesys Corporation. http://www.renesys.com Page 34
Jordan
Jordan’s modern relationship with France Telecom continues to guide the development of its Internet
ecosystem (the 90th largest worldwide), with transit from Orange over the Flag FEA cable at Aqaba
representing the majority of the country’s Internet transit.
Incumbent Jordan Telecom (AS8697), which still has 75% of the national market on-net, serves 13
downstream ASN customers, transits 104 networks on their behalf, and originates 9 IPv4 blocks (plus
one IPv6 block) for itself. Besides France Telecom (60%), its transit providers include Level3 (15%),
Saudi Telecom (15%), and Tinet (5%).
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Critically, Jordan Telecom controls the FLAG landing facility at Aqaba; a second FLAG landing facility, to
be managed by competitor Vtel, has been nearing completion for the last year and may improve
competing providers’ access to international IP bandwidth. When the JADI-Link project reaches fruition,
terrestrial connectivity through Syria to Turkey will likely add Turk Telekom (AS9121) as an additional
source of Jordanian transit to Europe.
© 2010 Renesys Corporation. http://www.renesys.com Page 36
XOL Jordan (AS42912) is a distant second-place competitor, with 14% of the country on-net (4 ASN
customers downstream, 6 originated IPv4 networks, 23 transited networks), and a single provider (Saudi
Telecom). Another competitor, Neu Telecom (AS47887) comes in just behind XOL, with 8% of the
country online (8 ASNs downstream and 43 networks). Neither competitor uses the incumbent for IP
connectivity, preferring instead to connect directly with international carriers (Saudi Telecom for XOL,
PCCW and TInet for Neu Group).
© 2010 Renesys Corporation. http://www.renesys.com Page 37
Kuwait
Kuwait’s Internet ecosystem is the 63rd largest globally; it is characterized by a fairly large set of
competing service providers, none of whom has a dominant share of the domestic market.
© 2010 Renesys Corporation. http://www.renesys.com Page 38
Kuwait Data Center Company (AS43852, with 34% of the domestic market on-net) has 3 ASNs
downstream, and 126 networks transited.
© 2010 Renesys Corporation. http://www.renesys.com Page 39
QualityNet (AS9155, with 24% of the domestic market on-net) has 11 ASNs downstream, 184 networks
originated, and 115 transited.
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Other Kuwaiti providers with substantial market share include Gulfnet Kuwait (AS3225, 19% on-net),
Wataniya (AS29357, 18%), and KEMS (AS6412, 20%). These providers typically get their transit from
five or six international and regional providers, including Tata, Level3, PCCW, Emirates, and Q-Tel, and
from each other (creating a complex web of ad-hoc bilateral transit and peering arrangements that
substitute for a local Internet exchange).
© 2010 Renesys Corporation. http://www.renesys.com Page 41
Iran
A regional discussion of Internet transit would be incomplete without a look at Iran, the 50th largest
Internet ecosystem worldwide. The state-owned telecommunications company, DCI (AS12880) is the
dominant provider, with 89% of the national market on-net; they serve 76 domestic ASN customers and
transit more than 900 IPv4 networks.
© 2010 Renesys Corporation. http://www.renesys.com Page 42
Iranian international transit is diverse, with submarine cable connectivity providing the incumbent with
access to Telia, PCCW, Tinet (since March 2010), Singtel, Cable and Wireless (since August 2010), TI
Sparkle, Telecom Malaysia (since June 2010), and Flag. Terrestrial fiber connectivity in the north
provides additional geographic diversity, with significant transit from both Turk Telekom and (since
January 2010) Russia’s Rostelecom. Indeed, today Rostelecom has become the most important
international carrier serving the Iranian market.
© 2010 Renesys Corporation. http://www.renesys.com Page 43
Beyond DCI, international transit for Iran is scarce but growing. Iranet/IPM (AS6736, with 18% of the
Iranian market on-net) is a distant second, with 19 ASNs downstream and 248 networks transited.
Iranet receives international transit from Azeri Delta Telecom (60%) and Telia (40%).
© 2010 Renesys Corporation. http://www.renesys.com Page 44
Egypt
Egypt’s Internet ecosystem (ranked 47th globally) is similar in size to Iran’s, but exhibits significantly
higher domestic diversity.
© 2010 Renesys Corporation. http://www.renesys.com Page 45
Etisalat Misr (AS36992, with 37% of the Egyptian market on-net) has 14 ASN customers, 648 networks
originated, and 252 transited. International transit is balanced between TI Sparkle and Tata, with minor
contributions from PCCW and Emirates.
© 2010 Renesys Corporation. http://www.renesys.com Page 46
The incumbent, Telecom Egypt (AS8452, 31% on-net) has 30 ASN customers, originates 1114 IPv4
networks (plus 1 IPv6), and transits 552 more. International transit is broadly distributed across TI
Sparkle (40%), Level3 (15%), Cogent (15%), NTT (15%), Tata (5%), TM Net (5%), and Flag (5%). This
transit blend has been largely stable in recent years, except during times of crisis (such as the April 2010
SMW4 shunt fault incident, clearly visible in the transit shift plot below).
© 2010 Renesys Corporation. http://www.renesys.com Page 47
Saudi Arabia
The 44th largest Internet ecosystem in the world belongs to Saudi Arabia.
© 2010 Renesys Corporation. http://www.renesys.com Page 48
Incumbent Saudi Telecom (AS39386) maintains a dominant share of 68% of the domestic market. STC
originates 10 IPv4 networks and 1 IPv6 network, transits 703 networks on behalf of 37 ASN customers,
and maintains a very broad set of 13 international service providers (see transit shift plot below).
© 2010 Renesys Corporation. http://www.renesys.com Page 49
Mobily/Bayanat (AS35819), STC’s primary domestic competitor, is a distant second, with only 18% of
the domestic market on-net. Mobily provides service to 17 downstream ASNs, originates 206 IPv4 and
2 IPv6 networks, and transits 159 networks. Its providers include France Telecom (25%), Tata (25%),
Global Crossing (20%, new since May 2010), Level3 (20%), and Emirates (10%).
© 2010 Renesys Corporation. http://www.renesys.com Page 50
Etihad Atheeb (AS47794) comes in an even more distant third in the Saudi market, with nobody
downstream and 44 self-originated networks, totaling 6% of the domestic market on-net.
© 2010 Renesys Corporation. http://www.renesys.com Page 51
As an example of a smaller Saudi provider, Zain KSA (AS43766) originates four Saudi prefixes, splitting its
transit between STC and ITC.
© 2010 Renesys Corporation. http://www.renesys.com Page 52
United Arab Emirates
The UAE has, by some measures, the largest regional Internet ecosystem (ranked 40th globally), though
certainly not the most diverse. The Internet transit market consists of a duopoly between two largely
state-owned incumbents, Etisalat and Du.
© 2010 Renesys Corporation. http://www.renesys.com Page 53
Emirates Telecom (“Etisalat,” AS8966) is the dominant half of the duopoly, with 98% of the domestic
Internet transit market on-net. Region-wide, they serve 19 ASN customers downstream, and over 840
transited networks. Domestically, there are only a few ASNs downstream, including the TRA, competing
incumbent Du, Emirates Internet (AS5384, operated by Etisalat), and the ISC’s Dubai instance of the F-
root server.
International transit diversity, on the other hand, is very strong, thanks to the landings of every major
regional and consortium-based submarine cable. In 2010, Level3’s contribution grew most strongly,
after a brief outage during the April shunt fault.
© 2010 Renesys Corporation. http://www.renesys.com Page 54
Emirates Integrated Telecom (“Du”, AS15802) provides some internal competition to Etisalat, and has
28% of the domestic market on-net. They originate 127 IPv4 prefixes, and offer Internet transit service
to the Dubai Mercantile Exchange (AS5613), but have no other autonomous system customers
downstream.
Like Etisalat, Du enjoys significant international transit diversity, and has steadily increased the
proportion of its routes selected through direct international providers, while reducing its visibility
through its competitor. Flag has been the largest beneficiary of this process in 2010, and now appears
in nearly 60% of selected routes for Du, with newcomer Level3 picking up another 10% in the last
months of 2010.
© 2010 Renesys Corporation. http://www.renesys.com Page 55
Regional Trends in Internet Transit Markets
To begin to summarize some of the trends exposed in these brief country summaries, it’s helpful to look
at the nation-scale transit picture from two different perspectives:
international provider strength (measuring diversity available at the cable landing), and
domestic provider strength (measuring diversity available in the local market).
The following sections contain tables of on-net customer percentages to support both perspectives on
the data, looking back over the period 2007-2010.
© 2010 Renesys Corporation. http://www.renesys.com Page 56
Market Dominance of International Providers: “On-Net” Percentages Looking first at international carrier dominance in each market, the “on net” percentages show how
much of each national Internet Ecosystem is a customer of each provider over time. A carrier’s on-net
percentage can rise if it is successful in selling to more customers. The most common cause of a
reduction of on-net percentage is the entry of new carriers into the market, leading existing customers
to fail to renew existing contracts. However, on-net percentages can also fall even when existing
customers are satisfied, if the domestic market is growing quickly and new growth accrues to other
competitors. Note that percentages will sum to more than 100% in markets where customers have
multiple service providers – on-net percentages are upper bounds for route selection percentages.
The following tables list selected on-net percentages for the largest international providers serving each
national market, from 2007 through 2010 . “On-net” is computed by dividing a given provider’s
estimated domestic customer base by the total size of the national market for IP transit. A “domestic
provider” is one that originates no more than 30% of its total customer base outside the country.
CC ASN NSP Jul-07 Jan-08 Jul-08 Jan-09 Jul-09 Jan-10 Jul-10 Nov-10
AE 3356 Level 3 59% 50% 30% 33% 40% 46% 49% 54%
AE 3549 Global Crossing 51% 48% 18% 41% 24% 20% 29% 43%
AE 2914 NTT 56% 46% 17% 13% 29% 24% 27% 41%
AE 6762 Telecom Italia Sparkle 35% 36% 27% 25% 40% 29% 40% 39%
AE 1239 Sprint 69% 66% 45% 33% 48% 51% 45% 37%
AE 15412 Flag Telecom 56% 46% 18% 16% 16% 15% 18% 28%
AE 6453 Tata 24% 50% 20% 26% 49% 47% 23% 15%
AE 7473 SingTel 3% 28% 31% 34% 33% 43% 25% 8%
AE 3491 PCCW 21% 41% 17% 26% 3% 2% 2% 1%
BH 6453 Tata 93% 95% 92% 99% 97% 93% 93% 82%
BH 1239 Sprint 46% 45% 58% 26% 51% 60% 61% 72%
BH 3356 Level 3 44% 47% 58% 26% 51% 60% 24% 59%
BH 2914 NTT 43% 47% 30% 56% 35% 60% 55% 48%
BH 15412 Flag Telecom 42% 46% 32% 26% 22% 26% 20% 45%
BH 6762 Telecom Italia Sparkle 27% 35% 35% 42% 42%
BH 8966 Emirates 27% 31% 35% 35% 38% 28%
BH 3549 Global Crossing 35% 35% 42% 28%
EG 1239 Sprint 90% 91% 92% 60% 73% 69% 75% 77%
EG 6762 Telecom Italia Sparkle 25% 44% 74% 43% 36% 45% 59% 59%
EG 3356 Level 3 68% 58% 53% 62% 77% 55% 46% 40%
EG 6453 Tata 1% 28% 19% 26% 30% 32%
EG 2914 NTT 68% 58% 49% 45% 51% 32% 22% 28%
EG 15412 Flag Telecom 68% 58% 49% 55% 41% 34% 25% 23%
EG 3549 Global Crossing 1% 10% 15% 12% 13% 8%
EG 701 Verizon Business 37% 12% 6% 8% 10% 7% 3% 3%
© 2010 Renesys Corporation. http://www.renesys.com Page 57
CC ASN NSP Jul-07 Jan-08 Jul-08 Jan-09 Jul-09 Jan-10 Jul-10 Nov-10
IQ 3549 Global Crossing 20% 29% 55% 11% 7% 57% 72% 71%
IQ 3356 Level 3 18% 17% 26% 60% 91% 66% 54% 55%
IQ 1299 Telia 3% 9% 13% 35% 34% 41% 47% 45%
IQ 9121 Turk Telekom 8% 17% 21% 29% 40%
IQ 3491 PCCW 1% 20% 25%
IQ 701 Verizon Business 11% 16% 19% 37% 24% 6% 11% 11%
IQ 702 Verizon Business EMEA 9% 8% 19% 28% 24% 6% 11% 11%
IQ 1239 Sprint 9% 29% 49% 36% 46% 57% 35% 8%
IQ 209 Qwest 77% 61% 9% 7%
IQ 22351 Intelsat 9% 8% 9% 18% 13% 6% 7% 7%
IQ 6453 Tata 9% 8% 16% 24% 35% 21% 16% 3%
IQ 2914 NTT 2% 3% 16% 17% 30% 43% 9% 2%
IQ 174 Cogent 8% 6% 19% 7% 15% 8%
IR 1299 Telia 4% 5% 2% 77% 93% 97% 94% 91%
IR 3549 Global Crossing 79% 38% 26% 64% 80% 72% 72% 61%
IR 3356 Level 3 75% 85% 82% 90% 88% 76% 66% 51%
IR 3491 PCCW 50% 35% 26% 33% 39% 36% 55% 51%
IR 3257 Tinet 2% 4% 31% 32% 65% 44%
IR 3561 Savvis 52% 70% 71% 59% 76% 10% 31% 31%
IR 9121 Turk Telekom 73% 69% 41% 89% 57% 56% 31% 29%
IR 12389 Rostelecom 10% 33% 15%
IR 2914 NTT 84% 88% 60% 47% 39% 20% 3% 14%
IR 6762 Telecom Italia Sparkle 82% 89% 62% 80% 56% 41% 25% 8%
IR 1239 Sprint 91% 89% 69% 87% 70% 48% 27% 8%
IR 7473 SingTel 43% 69% 71% 61% 76% 50% 41% 6%
IR 15412 Flag Telecom 63% 66% 37% 58% 39% 12% 3%
JO 5511 France Telecom - Orange 97% 100% 98% 100% 88% 85% 77% 75%
JO 3356 Level 3 1% 27% 28% 29% 37%
JO 39386 Saudi Telecom 1% 5% 36% 31%
JO 7018 AT&T 5% 35% 27%
JO 6762 Telecom Italia Sparkle 3% 9% 12% 30% 26%
JO 1239 Sprint 94% 49% 30% 30% 24% 23%
JO 3561 Savvis 13% 5% 5% 22%
JO 6453 Tata 14% 21% 49% 21% 24% 22% 20%
JO 3257 Tinet 49% 21% 30% 21% 19%
JO 8452 Telecom Egypt 1% 1% 1% 1% 10% 8% 9% 10%
© 2010 Renesys Corporation. http://www.renesys.com Page 58
JO 3549 Global Crossing 9% 12% 22% 5%
JO 3491 PCCW 13% 8% 7% 8% 4%
CC ASN NSP Jul-07 Jan-08 Jul-08 Jan-09 Jul-09 Jan-10 Jul-10 Nov-10
KW 6453 Tata 59% 59% 60% 75% 74% 78% 72% 76%
KW 1239 Sprint 53% 41% 49% 36% 51% 57% 44% 54%
KW 3549 Global Crossing 48% 56% 3% 25% 51% 64% 60% 48%
KW 6762 Telecom Italia Sparkle 39% 30% 44% 10% 41% 56% 49% 41%
KW 8966 Emirates 38% 32% 47% 60% 42% 57% 51% 39%
KW 3356 Level 3 47% 39% 38% 46% 49% 57% 40% 35%
KW 2914 NTT 43% 38% 36% 31% 41% 59% 49% 25%
KW 15412 Flag Telecom 43% 38% 37% 37% 9% 14% 11% 21%
KW 3491 PCCW 15% 55% 1% 11% 8% 14% 18% 16%
KW 7473 SingTel 17% 34% 33% 36% 19% 5%
KW 1273 Cable and Wireless 38% 2%
KW 3561 Savvis 56% 31% 29% 36% 2%
KW 701 Verizon Business 51% 30% 7% 1% 1%
LB 3356 Level 3 63% 78% 76% 66% 71% 77% 88% 86%
LB 7018 AT&T 36% 51% 52% 52% 48%
LB 1299 Telia 36% 40% 57% 44% 31% 28% 32% 28%
LB 3549 Global Crossing 32% 68% 64% 52% 28% 31% 31% 23%
LB 6453 Tata 6% 1% 2% 1% 17% 14%
LB 3491 PCCW 32% 47% 35% 27% 11% 9% 9% 10%
LB 1239 Sprint 59% 64% 55% 23% 32% 11% 11% 6%
LB 2914 NTT 48% 46% 35% 1% 11% 7% 6% 6%
LB 30721 SatGate 8% 11% 38% 40% 21% 22% 20% 5%
LB 8764 TEO LT AB 8% 11% 38% 37% 21% 22% 20% 5%
LB 12989 Eweka Internet 3% 6% 1% 17% 20% 5%
LB 15412 Flag Telecom 48% 59% 35% 13% 9% 6% 5% 5%
LB 174 Cogent 1% 3% 8% 1% 17% 17% 18% 4%
LB 3257 Tinet 4% 19% 17% 19% 3% 3% 1%
OM 6762 Telecom Italia Sparkle 98% 100% 100% 25% 68% 83% 99% 100%
OM 3491 PCCW 98% 100% 100% 100% 88% 93% 96% 97%
OM 3549 Global Crossing 98% 100% 100% 100% 88% 100% 96% 97%
OM 1239 Sprint 98% 100% 100% 60% 55% 96% 97%
OM 3257 Tinet 13% 94% 95%
OM 286 KPN 90% 86% 87%
OM 3356 Level 3 56% 91% 76% 90% 90% 85%
OM 7473 SingTel 100% 68% 85% 76% 70% 75% 82%
OM 9121 Turk Telekom 1% 62%
OM 4755 Tata 77% 86%
© 2010 Renesys Corporation. http://www.renesys.com Page 59
CC ASN NSP Jul-07 Jan-08 Jul-08 Jan-09 Jul-09 Jan-10 Jul-10 Nov-10
QA 8781 Qatar Telecom (Q-Tel) 83% 83% 85% 75% 98% 99% 99% 99%
QA 6453 Tata 85% 95% 93% 98% 96% 92% 86% 98%
QA 3356 Level 3 66% 67% 55% 82% 65% 91% 85% 92%
QA 6939 Hurricane Electric 18% 51% 77% 87%
QA 1239 Sprint 66% 77% 41% 79% 46% 91% 70% 81%
QA 15412 Flag Telecom 66% 63% 41% 79% 50% 85% 69% 80%
QA 2914 NTT 66% 63% 41% 79% 45% 82% 23% 80%
QA 7018 AT&T 58% 56% 68% 52% 55%
QA 7473 SingTel 72% 52% 76% 50% 68% 57%
SA 1239 Sprint 90% 93% 90% 84% 78% 80% 83% 81%
SA 3356 Level 3 52% 23% 22% 46% 64% 78% 78% 79%
SA 6762 Telecom Italia Sparkle 81% 89% 82% 78% 80% 77% 81% 78%
SA 6453 Tata 62% 80% 82% 78% 68% 76% 72% 76%
SA 7018 AT&T 64% 77% 74% 51% 57% 51% 53%
SA 3561 Savvis 36% 8% 15% 10% 32% 22% 60% 53%
SA 3549 Global Crossing 40% 13% 16% 85% 71% 71% 74% 48%
SA 701 Verizon Business 89% 62% 52% 6% 46% 49% 26% 17%
SY 6762 Telecom Italia Sparkle 42% 97% 87% 57% 69% 28% 4%
SY 1299 Telia 22% 14% 65% 59%
SY 1239 Sprint 42% 97% 87% 15% 69% 22% 57% 65%
SY 3491 PCCW 53% 63% 54% 36% 37% 41% 44% 30%
SY 3549 Global Crossing 53% 63% 52% 36% 44% 41% 52% 25%
SY 3320 Deutsche Telekom 57% 60%
SY 9121 Turk Telekom 54% 50% 46% 22% 14% 65% 59%
SY 3356 Level 3 22% 7% 9% 51%
SY 6453 Tata 4% 3% 58% 84% 40% 38% 13% 16%
© 2010 Renesys Corporation. http://www.renesys.com Page 60
Market Dominance of Domestic Providers: “On-Net” Percentages
Similarly, one can compute the on-net percentages for the largest domestic providers in each national
market. In the tables of domestic provider on-net numbers on the following pages, note that Iran,
Syria, the UAE, Qatar, and Oman all have a single largest domestic carrier with more than 75% of the
domestic market on-net, potentially signaling an IP transit market in which competition is limited.
Jordan, Lebanon and Saudi Arabia are intermediate cases, whose incumbent provider still retains
between 50% and 75% of the national market on-net. In each case, the emergence of a strong
competitor (typically a mobile provider) is driving demand for international transit on better terms. As
rival solutions to the international transit puzzle emerge, and domestic providers reach out to
international carriers directly, the incumbent’s share of domestic on-net market gradually declines.
Kuwait, Egypt, Iraq, and Bahrain all have a largest domestic provider with less than 50% of the market
on-net, indicating that no single provider controls access to a simple majority of IP space.
Here, on-net percentages may sum to more than 100% if one of these domestic providers sells to one of
the other listed domestic providers, as they each get credit for their overlapping customer bases.
© 2010 Renesys Corporation. http://www.renesys.com Page 61
CC ASN NSP Jul-07 Jan-08 Jul-08 Jan-09 Jul-09 Jan-10 Jul-10 Nov-10
AE 8966 Etisalat 90% 92% 93% 97% 97% 98% 98% 98% AE 5384 Emirates Internet
(Etisalat) 71% 77% 82% 78% 79% 80% 71% 70%
AE 15802 Emirates Integrated Telecom (Du)
26% 21% 16% 20% 19% 19% 28% 28%
BH 5416 BATELCO-BH 41% 45% 55% 40% 34% 31% 27% 26% BH 31452 Zain Bahrain 4% 4% 7% 24% 27% 27% 33% 28%
BH 39015 Menatelecom 2% 2% 1% 5% 10% 15% 17% 22%
BH 35019 Bahrain Internet Exchange
51% 45% 31% 32% 36% 26% 21% 17%
EG 8452 TE 34% 55% 80% 82% 51% 39% 34% 31% EG 36992 ETISALAT MISR -- -- -- -- 18% 25% 34% 37%
EG 24863 Link Egypt (Link.NET) 25% 19% 19% 21% 31% 33% 27% 25%
EG 24835 RAYA Telecom 24% 29% 27% 24% 20% 14% 16% 17%
EG 15475 Nile Online 19% 14% 10% 13% 12% 14% 7% 9%
IQ 21277 Newroz Telecom Ltd. -- -- -- 8% 17% 21% 26% 40% IQ ---
US DoD 77% 72% 49% -- -- 29% 20% 19%
IQ 44217 IQ Networks -- -- -- -- -- -- 12% 18%
IQ 49571 CellNet ltd ASN block -- -- -- -- -- 10% 10% 10%
IQ 50597 ScopeSky Communication
-- -- -- -- -- -- -- 8%
IR 12880 DCI 90% 91% 94% 98% 94% 92% 90% 89%
IR 6736 IRANET/IPM 3% 2% 4% 5% 9% 11% 14% 18%
IR 21341 Soroush Rasaneh Institute
16% 13% 14% 15% 16% 13% 10% 8%
IR 34513 TSTonline 11% 9% 2% 1% 2% 3% 2% 2%
JO 8697 Jordan Telecom 97% 100%
100%
100%
88% 85% 77% 75%
JO 8376 Jordan Data Communications
34% 38% 36% 46% 41% 44% 37% 37%
JO 42912 XOL Jo -- -- -- -- 1% 5% 11% 14%
JO 9038 Batelco Jordan 9% 16% 15% 12% 11% 8% 8% 8%
© 2010 Renesys Corporation. http://www.renesys.com Page 62
Percentage of domestic market on-net with leading providers. Dominant incumbents typically have 75%+ on-net. Percentages that add to more than 100% signify multihoming (consumer networks on-net with multiple providers).
CC ASN NSP Jul-07 Jan-08 Jul-08 Jan-09 Jul-09 Jan-10 Jul-10 Nov-10
KW 43852 Kuwait Data Center co. -- -- 27% 23% 30% 33% 34% KW 9155 QualityNet 27% 26% 28% 28% 20% 25% 26% 24%
KW 21050 Fast W.L.L. 24% 19% 17% 20% 20% 19% 19% 20%
KW 6412 KEMS 22% 24% 26% 22% 26% 23% 21% 20%
KW 3225 Gulfnet Kuwait 18% 24% 20% 13% 17% 16% 15% 19%
KW 29357 WATANIYA TELECOM 1% 5% 5% 9% 9% 9% 18% 18%
LB 42020 Liban Telecom -- 40% 30% 45% 66% 64% 63% 68% LB 42003 OGERO Telecom 18% 26% 21% 23% 42% 42% 46% 51%
LB 20535 InSat GmbH -- 4% 3% 2% 2% 3% 6% 18%
LB 39010 TerraNet sal 25% 19% 20% 17% 17% 18% 16% 14%
LB 8261 Archway -- -- -- -- -- 12% 14% 13%
LB 24634 Cyberia 14% 18% 14% 12% 13% 13% 11% 10%
OM 8529 OmanTel 98% 100% 100% 100% 100% 100% 99% 100% OM 28885 OmanTel NAP 98% 100% 91% 100% 100% 100% 86% 87%
OM 50010 Omani Qatari -- -- -- -- -- -- 13% 13%
QA 8781 Qatar Telecom 83% 83% 85% 75% 98% 99% 99% 99% QA 29384 Qatar Foundation 17% 16% 14% 15% 15% 15% 12% 12%
SA 39386 Saudi Telecom Company
70% 80% 79% 75% 65% 67% 72% 68%
SA 25019 SaudiNet 17% 17% 24% 26% 31% 31% 48% 49%
SA 35819 Mobily/Bayanat 2% 2% 2% 6% 18% 15% 12% 18%
SA 34400 Ettihad Etisalat 4% 8% 7% 10% 11% 8% 11%
SY 29386 Syrian Telecom 54% 63% 64% 52% 66% 84% 99% 99%
SY 24814 SCS 42% 34% 32% 44% 33% 27% 28% 28%
Percentage of domestic market on-net with leading providers (continued). Percentages that add to more than 100% signify multihoming (consumer networks on-net with multiple providers).
© 2010 Renesys Corporation. http://www.renesys.com Page 63
Top wholesale Internet providers in the Middle East region, as a single unified ranking.
These providers supply IP transit to the autonomous systems in each national market that originate the largest share of Middle Eastern IP space.
Source: Renesys Market Intelligence, Nov. 2010. http://www.renesys.com/products_services/market_intel/
© 2010 Renesys Corporation. http://www.renesys.com Page 64
Key Internet Outage Event of 2010
By far, the most significant regional
Internet outage event of 2010 was the
April 13th shunt fault of SMW4 off
Alexandria, Egypt. During the repair
window, which lasted several days in the
last week of April, customers relying on
this cable for transit encountered
problems, as traffic to Europe and the
US was re-routed through Asia, resulting
in congestion and higher latencies.
This effect is clearly visible in traceroute
timeseries from various observation
points to Bahrain through the month of
April, with a short spike in measured
latencies on the day of the shunt fault, a
modest rise due to congestion in
subsequent weeks, and a more
significant increase (by a factor of 3x or
more) during the multiday repair
window itself.
© 2010 Renesys Corporation. http://www.renesys.com Page 65
Looking at traceroute round trip
latencies from London to Bahrain
broken out by the last international
carrier, one can see clear differences in
customer experience, depending on
whether the paths traversed Tata,
FLAG, or Emirates.
Because of this provider-dependent
behavior, Bahraini customers of
Batelco suffered little disruption
during the event (Batelco utilizes
diverse FLAG and Tata transit, and
peers with Emirates).
© 2010 Renesys Corporation. http://www.renesys.com Page 66
Other countries in the region generally experienced
similar latency increases if they were reliant on
SMW4 transit for around-the-world routing to the
destinations in question.
Lebanon experienced no measurable change in
latency from any site, since their connectivity (via
Cyprus) was unaffected.
Jordanian customers experienced some degree of
latency increase if they were exposed to SMW4
routing via Saudi terrestrial transit, but no increase if
they relied on FLAG FEA.
Saudi Arabia, Qatar, Kuwait, and Oman experienced
increased latencies that were similar to those
experienced by Bahraini consumers, with the least
severe impact in Qatar, and the most severe in
Kuwait.
© 2010 Renesys Corporation. http://www.renesys.com Page 67
Snapshot of the IPv6 Regional Internet
Country ASN IPv6 Prefix Transit Via… Originator
AE AS47862 2001:8f8::/44 AS11537 (Internet2) ANKABUT (U.A.E Research Edu Network)
AE AS51182 2a02:1718::/32 AS6939 (Hurricane Electric) and AS47862 (ANKABUT)
United Arab Emirates University
EG AS24863 2001:4300:2001::/48 AS33789 (MCIT) Link Egypt (Link.NET)
EG AS24863 2001:4300:2002::/48 AS33789 (MCIT) Link Egypt (Link.NET)
EG … 19 consecutive blocks..
EG AS24863 2001:4300:2019:/48 AS33789 (MCIT) Link Egypt (Link.NET)
EG AS2561 2001:4300:2000::/43 AS24863 (Link Egypt) Egyptian Universities Network
EG AS2561 2001:4300:2020::/48 AS24863 (Link Egypt) Egyptian Universities Network
EG AS31065 2001:4300:5503::/48 AS8452 (Telecom Egypt) Ministry of Communications and IT
EG AS8452 2001:4388::/32 AS6762 (Telecom Italia) Telecom Egypt
JO AS8697 2a00:18d8::/32 AS551 (France Telecom) Jordan Telecom
JO AS8934 2a02:9c0::/32 AS47887 (NEU), via AS3257 (Tinet)
National Information Technology Center
LB AS41833 2a02:f50::/32 AS41589 (Sidus) Moscanet (WISE)
OM AS8529 2001:1670::/32 AS286 (KPN) OmanTel
QA AS8781 2001:1a10:300::/40 AS6939 (Hurricane Electric) Q-Tel
QA AS8781 2001:1a10::/32 AS6939 (Hurricane Electric) Q-Tel
QA AS8781 2001:1a10:3999::/48 AS6939 (Hurricane Electric) Q-Tel
SA AS29684 2a00:1560::/32 AS6939 (Hurricane Electric) and AS35819 (Mobily)
Nournet
SA AS30857 2001:67c:130::/48 AS6939 (Hurricane Electric) and AS8895 (KACST)
Communications and IT Commission (CITC)
SA AS31416 2a00:18f8::/32 AS6939 (Hurricane Electric) Applied Technologies Co
SA AS35819 2a02:9b0::/32 AS3356 (Level3) Mobily/Bayanat
SA AS35819 2a02:ce0::/32 AS3356 (Level3) Mobily/Bayanat
SA AS39386 2001:16a0::/32 AS174 (Cogent) and AS6762 (Telecom Italia)
Saudi Telecom Company
SA AS41176 2a02:d70::/32 AS6939 (Hurricane Electric) Sahara Net
SA AS8895 2001:1490::/32 AS5400 (BT), AS6453 (Tata), and AS174 (Cogent)
KACST/ISU Riyadh
IPv6 routes currently seen from regional providers (Nov 2010).
© 2010 Renesys Corporation. http://www.renesys.com Page 68
IPv6 Trends by Country The table on the previous page summarizes the origination and routing of the region’s still-modest
contribution to the global IPv6 routing table – about 40 networks in all, out of a global table of about
3,500 IPv6 routes.
Egypt has the most extensive IPv6 Internet ecosystem, representing about half of the total regional
routes. Telecom Egypt ultimately transits all Egyptian IPv6 transit, by way of Telecom Italia.
Jordan’s IPv6 Internet follows similar lines of division as its IPv4 Internet, with one block advertised by
the incumbent through France Telecom, and the other advertised by NITC, through NEU, using TINet for
international transit.
The UAE connects to the IPv6 Internet through the Internet2 research project, and through Hurricane
Electric. Lebanon’s sole IPv6 allocation, appropriately enough, transits a German satellite provider;
Oman’s transits KPN, and Qatar’s 5 networks transit Hurricane Electric.
Saudi Arabia’s IPv6 Internet is interesting because of its international diversity. In addition to tunnels
provided by Hurricane Electric, Saudi providers have succeeded in establishing IPv6 connectivity with
Level3, Tata, Cogent, and Telecom Italia. This level of transit diversity, in the absence (so far) of
significant amounts of traffic, suggests that IPv6 growth is an important strategic goal for the Kingdom.
While it does not yet appear that any IPv6 networks are being originated by Kuwaiti or Bahraini
providers, it should be noted that the IPv6 routing table is still in its infancy. Total worldwide traffic
volumes for IPv6 are, as of yet, unmeasurably small, compared to the existing IPv4 Internet.
The Future of the IPv6+IPv4 Dual Internet A lack of IPv6-only content has contributed to a chicken-and-egg problem for service providers
worldwide: service providers are reluctant to invest in IPv6 absent clear demand from users, users have
no demand for IPv6 because there’s no content to view, and content providers are not eager to invest in
IPv6 services because there’s no audience.
Despite the failure of IPv6 to thrive, the IPv4 Internet is shortly going to become a somewhat more
crowded place to do business. As IPv4 address space becomes exhausted, regional providers will find
themselves having to use existing allocations of that address space more efficiently. They should plan
for a transition period lasting many years, in which large providers with large, mostly unused IPv4
allocations will find themselves in control of a valuable (and monetizable) asset.
Telecommunications regulators throughout the region may rapidly find themselves overseeing a
lucrative (and increasingly desperate) market for IPv4 address space, in which new market entrants can
be shut out by existing providers for lack of adequate IPv4 addressing resources. Affected parties
should begin to consider whether a country’s existing IPv4 allocations might constitute a finite national
resource, like radio spectrum, that is potentially subject to regulatory oversight.
© 2010 Renesys Corporation. http://www.renesys.com Page 69
Appendix A: Routing Terminology
Internet routing has developed its own terminology over time, which may not be familiar to the
nonexpert. This section provides context for some of the terms used in this report.
Prefix (or “network”): a sequence of IP addresses that an enterprise may use to identify machines that
it attaches to the Internet (computers, routers, etc.)
• Example: 77.92.160.0/19, which is a contiguous block of 8 million IP addresses belonging to
Rawabi Telecommunications and Software.
Border Gateway Protocol (BGP): the software protocol used to establish Internet connections between
different organizations.
Autonomous System: An organization that has applied for an Autonomous System Number (ASN), in
order to be allowed to advertise its own prefixes in the global routing table.
• Example: Batelco (ASN 5416), or the BIX (ASN 35019).
Border Router: networking equipment deployed at the edge of an organization's network, in order to
establish connections to other organizations by exchanging BGP messages with them.
Advertise (or “Announce”) a Prefix: An organization that wants other people to be able to reach its
prefixes must announce them to its transit providers and peers. It does this by configuring its border
routers to send BGP messages describing networks it knows how to reach, and listen for BGP messages
that announce other people's networks.
Path to a prefix, ASPath: each BGP announcement contains an autonomous system path: a sequence of
one or more autonomous systems who passed on the announcement, representing the “best path” to
the announced prefix.
• Example: a BGP announcement containing the ASPath “7473 8966 35019 39273 30882”
indicates that the best path to the prefix goes from Singtel (AS7473), to Emirates Telecom
(AS8966), to the Bahrain Internet Exchange (AS35019), to Lightspeed Telecom (AS39273), and
finally on to Benefit Company (AS30882), in that order.
“Having a Route”: when a router hears another router announce a path to a prefix, it enters it into its
routing table, and is then said to “have a route” to that prefix. If the new route is an improvement over
its existing route, it will re-announce that improved route to all of its other neighbors. Amazingly, a new
or improved route to any prefix generally propagates to all of the routers worldwide through re-
announcement within 15 seconds.
© 2010 Renesys Corporation. http://www.renesys.com Page 70
Transit, Transit Provider: When an autonomous system signs a contract to carry another enterprise's
traffic to and from the global Internet, it is serving as a Transit Provider (i.e., “selling transit” to the other
party).
• Example: FLAG (AS15412) sells transit to Batelco.
Singlehomed, Multihomed: if an autonomous system has only one transit provider, they are said to be
singlehomed. If they have more than one transit provider, they are multihomed. Multihoming
significantly reduces the risk of having Internet instability and outages, because if one provider has a
problem, traffic can transparently fail over to the other provider.
• Example: LightSpeed is multihomed to FLAG (AS15412) and to the BIX (AS35019).
Reachable, Unreachable (or “Outaged'): If a router has a route to a given prefix, that prefix is Reachable
from its perspective; if it no longer has a route, the prefix is Unreachable. When a network prefix
becomes unreachable (that is, it is no longer being announced to any transit provider), it is no longer
connected to the Internet.
Instability: When the routes to a prefix change very quickly (often because a physical link is very
congested, or “flapping” in and out of service), the prefix is said to be unstable. A route to it may exist,
but traffic may not be flowing smoothly because link quality is poor.
“On Net”: a given network is said to be on-net with a given provider if they receive Internet transit
from that provider, directly or indirectly. Your customers, your customers’ customers, and so forth are
all said to be on-net with you.
“On Net Percentage”: the percentage of a given market (set of prefixes) that are on net with a given
provider. ONP serves as a rough measurement of market penetration or leverage, although the
existence of a high or low on-net percentage is not sufficient to conclude anything specific about the
economics or politics of the Internet ecosystem or the provider’s role in it.
Global Routing Table: the ideal routing table consisting of all the known “best paths” to all of the
prefixes on earth, from all of the border routers on earth. Renesys builds an approximation of this ideal
global picture by connecting to hundreds of organizations' border routers and synthesizing a continuous
map of their routes at one-second granularity.
© 2010 Renesys Corporation. http://www.renesys.com Page 71
AS15
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568
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6879
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834)
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mun
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216
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21Tu
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32%
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1569
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410
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3483
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aneh
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a Pi
shro
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sian
(AS
4934
4)Ir
ania
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aniz
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BTO
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5046
0)
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4%5%
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341
Nam
vara
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nsul
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neer
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466
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56Le
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831
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4796
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pplic
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2%
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