from the lab to the market: enabling commercial hosting on ... · the company (i) • founded in...
TRANSCRIPT
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From the Labto the Market:
EnablingCommercial Hosting on
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The Company (I)
• Founded in 1996 by two entrepreneurs in Logroño (Spain).
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The Company (I)
• Founded in 1996 by two entrepreneurs in Logroño (Spain).
• 100% online business model.
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The Company (I)
• Founded in 1996 by two entrepreneurs in Logroño (Spain).
• 100% online business model.
• Our mission: to provide online presence to SMBs, helping to break barriers:
• Economic barriers:
- Improving quality/price rate.
- Enabling the automation of the processes involved.
• Technological barriers:
- Developing user-friendly interfaces.
- Handing over the control to the customer.
- Providing our customers with new technologies.
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The Company (II)
Historical development:
• 1996: Internet Access Provider.
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The Company (II)
Historical development:
• 1996: Internet Access Provider.
• 1998: Shift to domain registration and web-hosting.
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The Company (II)
Historical development:
• 1996: Internet Access Provider.
• 1998: Shift to domain registration and web-hosting.
• 2000: Lead position in the Spanish Market.
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The Company (II)
Historical development:
• 1996: Internet Access Provider.
• 1998: Shift to domain registration and web-hosting.
• 2000: Lead position in the Spanish Market.
• 2001: Major technological breakthroughs:
• The building of our own Internet Data Center (IDC).
• Arsys becomes Autonomous System (AS20718).
• Deployment of our own IP backbone.
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The Company (II)
Historical development:
• 1996: Internet Access Provider.
• 1998: Shift to domain registration and web-hosting.
• 2000: Lead position in the Spanish Market.
• 2001: Major technological breakthroughs:
• The building of our own Internet Data Center (IDC).
• Arsys becomes Autonomous System (AS20718).
• Deployment of our own IP backbone.
• 2002: Consolidation:
• IBM Premier Partner.
• Microsoft ASP Partner.
• ICANN Accredited Registrar.
• Launch of Linux hosting services.
• Launch of Dedicated Hosting services.
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The Company (II)
Historical development:
• 1996: Internet Access Provider.
• 1998: Shift to domain registration and web-hosting.
• 2000: Lead position in the Spanish Market.
• 2001: Major technological breakthroughs:
• The building of our own Internet Data Center (IDC).
• Arsys becomes Autonomous System (AS20718).
• Deployment of our own IP backbone.
• 2002: Consolidation:
• IBM Premier Partner.
• Microsoft ASP Partner.
• ICANN Accredited Registrar.
• Launch of Linux hosting services.
• Launch of Dedicated Hosting services.
• 2003: Deployment of IPv6 hosting services.
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The Company (III)
Our services:
• Domain name registration:
• Generic domain names (.com, .net, .org, .info, .biz).
• Country code top level domains (.es, .fr.).
• Shared hosting.
• Dedicated hosting.
• Co-location (housing).
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The Company (III)
Our services:
• Domain name registration:
• Generic domain names (.com, .net, .org, .info, .biz).
• Country code top level domains (.es, .fr.).
• Web Hosting:
• Shared hosting.
• Dedicated hosting.
• Co-location (housing).
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The Company (III)
Our services:
• Domain name registration:
• Generic domain names (.com, .net, .org, .info, .biz).
• Country code top level domains (.es, .fr.).
• Web Hosting:
• Other services:
• Connectivity and Internet access.
• Application Service Providers (ASP).
• E-commerce.
• Shared hosting.
• Dedicated hosting.
• Co-location (housing).
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Market Position
• Lead position in the Spanish market.
EUROS CUSTOMERS
10.500.000
7.200.000
4.500.000
57.000273.000
1.284.000200 2.150
4.075
10.200
17.500
33.000
0
2.000.000
4.000.000
6.000.000
8.000.000
10.000.000
12.000.000
1997 1998 1999 2000 2001 20020
5.000
10.000
15.000
20.000
25.000
30.000
35.000
Revenue
Customers
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Market Position
• Lead position in the Spanish market.
EUROS CUSTOMERS
10.500.000
7.200.000
4.500.000
57.000273.000
1.284.000200 2.150
4.075
10.200
17.500
33.000
0
2.000.000
4.000.000
6.000.000
8.000.000
10.000.000
12.000.000
1997 1998 1999 2000 2001 20020
5.000
10.000
15.000
20.000
25.000
30.000
35.000
Revenue
Customers
• 10.5 M. euros revenue in 200250 % growth over 2001
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Market Position
• Lead position in the Spanish market.
EUROS CUSTOMERS
10.500.000
7.200.000
4.500.000
57.000273.000
1.284.000200 2.150
4.075
10.200
17.500
33.000
0
2.000.000
4.000.000
6.000.000
8.000.000
10.000.000
12.000.000
1997 1998 1999 2000 2001 20020
5.000
10.000
15.000
20.000
25.000
30.000
35.000
Revenue
Customers
• 10.5 M. euros revenue in 200250 % growth over 2001
• + 33,000 customers71% growth over 2001
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Market Position
• Lead position in the Spanish market.
EUROS CUSTOMERS
10.500.000
7.200.000
4.500.000
57.000273.000
1.284.000200 2.150
4.075
10.200
17.500
33.000
0
2.000.000
4.000.000
6.000.000
8.000.000
10.000.000
12.000.000
1997 1998 1999 2000 2001 20020
5.000
10.000
15.000
20.000
25.000
30.000
35.000
Revenue
Customers
• 10.5 M. euros revenue in 200250 % growth over 2001
• + 33,000 customers71% growth over 2001
• + 65,000 registered domain names.
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INFRASTRUCTURE: Internet Data Center (IDC):
• Permanent power supply.
• Redundant air-conditioning system, humidity control, fire protectionand card access system.
• Logic security (firewalls , IDS).
Technical assets (I)
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INFRASTRUCTURE: Internet Data Center (IDC):
• Permanent power supply.
• Redundant air-conditioning system, humidity control, fire protectionand card access system.
• Logic security (firewalls , IDS).
Technical assets (I)
CONNECTIVITY
• Redundant connectivity to the Internet (n x STM-1).
• Autonomous System on both IPv4 and IPv6 (RIPE).
• Multihomed network using BGP4.
• Members of the Internet Exchange Points:
Espanix, LINX, NAP
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Research and Development Department.
Technical assets (II)
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Research and Development Department.
Technical assets (II)
Proprietary technological development:
• Design of the Internet Data Center.
• Domain registration system (ICANN).
• Development of hosting services (Linux and Windows).
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Research and Development Department.
Technical assets (II)
Proprietary technological development:
• Design of the Internet Data Center.
• Domain registration system (ICANN).
• Development of hosting services (Linux and Windows).
2000 - 2003 : Research and Development investment amountedto 5.6 Million euros sponsored and/or subsidised by:
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ACCREDITATIONS
Acknowledgements
Emprendedor Emergente
ERNST & YOUNG
Mercurio
Club de Marketing de la Rioja
PARTNERSHIP
INSTITUTIONAL BACKUP
ASSOCIATIONS
AWARDS
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Arsys and IPv6
• We aim to provide our customers with the newest technologies.
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Arsys and IPv6
• We aim to provide our customers with the newest technologies.
• IPv6 will be the lingua franca in the Internet of the future.
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Arsys and IPv6
• We aim to provide our customers with the newest technologies.
• IPv6 will be the lingua franca in the Internet of the future.
• IPv6 works and is deployable now… ...but most players of this market don’t have access to it.
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Arsys and IPv6
• We aim to provide our customers with the newest technologies.
• IPv6 will be the lingua franca in the Internet of the future.
• IPv6 works and is deployable now… ...but most players of this market don’t have access to it.
• Arsys is the gateway to the Internet of the future……NOW.
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Arsys and IPv6
• We aim to provide our customers with the newest technologies.
• IPv6 will be the lingua franca in the Internet of the future.
• IPv6 works and is deployable now… ...but most players of this market don’t have access to it.
• Arsys is the gateway to the Internet of the future……NOW.
• The implementation of IPv6 hosting services was undertaken under
the advice of Consulintel.
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IPv6/IPv4: Coexistence (I)
• The transition of IPv4 to IPv6 will not happen overnight.
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IPv6/IPv4: Coexistence (I)
• The transition of IPv4 to IPv6 will not happen overnight.
• There will be a period of transition when both protocols willbe in use over the same infrastructure.
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IPv6/IPv4: Coexistence (I)
• The transition of IPv4 to IPv6 will not happen overnight.
• There will be a period of transition when both protocols willbe in use over the same infrastructure.
• There might be organizations or hosts within organizations thatwill continue to use IPv4 indefinitely.
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IPv6/IPv4: Coexistence (II)
• The inherent lack of dependencies between IPv4 and IPv6 hostsand IPv4 and IPv6 routing infrastructure requires a number ofmechanisms that allow seamless coexistence.
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IPv6/IPv4: Coexistence (II)
• The inherent lack of dependencies between IPv4 and IPv6 hostsand IPv4 and IPv6 routing infrastructure requires a number ofmechanisms that allow seamless coexistence.
• To coexist with an IPv4 infrastructure and to provide eventualmigration to an IPv6-only infrastructure, the following mechanismsare used:
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IPv6/IPv4: Coexistence (II)
• The inherent lack of dependencies between IPv4 and IPv6 hostsand IPv4 and IPv6 routing infrastructure requires a number ofmechanisms that allow seamless coexistence.
• To coexist with an IPv4 infrastructure and to provide eventualmigration to an IPv6-only infrastructure, the following mechanismsare used:
• Dual IP layer or Dual Stack.
• IPv6 over IPv4 tunneling.
• DNS infrastructure.
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First steps on the road to transition:
• There must be a top-tier ISP with allocated production IPv6 address space.
IPv6/IPv4: Coexistence (III)
020406080
100120140160180200220
jul-
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jan-0
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jul-
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IPv6 allocation to arsys.es in March 2003
2001:0ba0::/32
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Tasks on the backbone:
• Upgrading backbone routers to support native IPv6.
IPv6/IPv4: Coexistence (IV)
Juniper Network M-Series routersJunos Software Release 5.6
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Tasks on the backbone:
• Upgrading backbone routers to support native IPv6.
IPv6/IPv4: Coexistence (IV)
Juniper Network M-Series routersJunos Software Release 5.6
• Designing and implementing IPv6 backbone coexisting withIPv4 backbone infrastructure.
• IPv6 over ATM PVCs.
• New protocols: OSPFv3, MBGP.
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IPv6/IPv4: Coexistence (V)
Tasks on the backbone:
•Implementing IPv6 network connectivity:
• Native IPv6 interconnections using BGP4+ atInternet Exchange Points.
• Tunnelled interconnections (configured IPv6 overIPv4 tunnels) at Internet Exchange Points.
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IPv6/IPv4: Coexistence (VI)
Tasks on Local Network:
• Designing and implementing a minimumsecurity infrastructure. IPv6 firewall.
• Linux + IPv6/IPv4 + Netfilter6 (ip6tables).
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IPv6/IPv4: Coexistence (VI)
Tasks on Local Network:
• Designing and implementing a minimumsecurity infrastructure. IPv6 firewall.
• Linux + IPv6/IPv4 + Netfilter6 (ip6tables).
• Designing and implementing IPv6 routing and switching architecture
• Linux + IPv6/IPv4 + Radvd
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IPv6/IPv4: Coexistence (VII)
Tasks on Local Network:
•Upgrading DNS infrastructure.
• Linux + Bind 9.2.1.
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IPv6/IPv4: Coexistence (VII)
Tasks on Local Network:
•Upgrading DNS infrastructure.
• Linux + Bind 9.2.1.
• Upgrading applications to be independent of IPv6 or IPv4.
• Server Monitoring System (proprietary).
• Control Panel (proprietary).
• Automatic Server Management System (proprietary).
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IPv6/IPv4: Coexistence (VII)
Tasks on Local Network:
•Upgrading DNS infrastructure.
• Linux + Bind 9.2.1.
• Upgrading applications to be independent of IPv6 or IPv4.
• Server Monitoring System (proprietary).
• Control Panel (proprietary).
• Automatic Server Management System (proprietary).
• Installing dual stack nodes on Windows Server 2003 and Linux platforms.
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IPv6 Backbone
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IPv6 Local Network
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IPv6 Services
• Scope:
• + 33.000 customers.
• + 65.000 hosted domain names.
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IPv6 Services
• Scope:
• + 33.000 customers.
• + 65.000 hosted domain names.
• Initial stage services:
• Shared Web Hosting on Windows Server 2003 with IPv6 support.
• Shared Web Hosting on Linux with IPv6.
• Analog/ISDN dial-up access to IPv6 Internet.
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Shared Web Hosting Service with IPv6 support
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Shared Web Hosting Service with IPv6 support
• Hardware: IBM xSeries model x335.
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Shared Web Hosting Service with IPv6 support
• Hardware: IBM xSeries model x335.
• Two available platforms: Windows and Linux.
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Shared Web Hosting Service with IPv6 support
• Hardware: IBM xSeries model x335.
• Two available platforms: Windows and Linux.
• Latest technologies for Web Servers: IIS 6 (Internet Information Server) and Apache 2.0.
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Analog/ISDN dial-up access to IPv6 Internet (I)
• Scenario #1:
IPv6 in IPv4 tunnel
Native IPv6 traffic
Tunnel Broker
IPv4: 217.76.136.222
IPv6/IPv4 User
IPv4:217.76.139.80
IPv6: 2001:ba0:100:8b50::/64
IPv6 User
IPv6: 2001:x:y:z::aaaa:bbbb
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Analog/ISDN dial-up access to IPv6 Internet (II)
• Scenario #2:
IPv6 in IPv4 tunnel
Native IPv6 traffic
Tunnel Broker
IPv4: 217.76.136.222
IPv6 User
IPv6: 2001:x:y:z::aaaa:bbbb
IPv6/IPv4 User
IPv4:217.76.139.80
IPv6: 2001:ba0:100:8b50::/64
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Tel. +34 902 11 55 30 [email protected]
Álvaro Torrente (Director of Corporate Relations)
Manuel Amutio (Technical Director)