Service Provider WiFi Offload Solution Overview

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The proliferation of mobile data devices (e.g. iPhone) and especially growth in mobile video (e.g. iPad) has motivated mobile operators and WiFi network operators (SP, SMB, Enterprise, etc) to collaborate in providing cost effective capacity relief of their 3G networks using WiFi. In this presentation, we will examine the drivers, contrast complimentary technologies (e.g. FEMTO, LTE) and identify key architectural elements that enable this key market transition. Following that, we will present Cisco's SP-WiFi solution, core values and related products in support of outdoor and indoor deployment.

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  • Welcome to this year’s Networkers event! I’d like to call out a few house-keeping items for this year’s conference.If you haven’t already, download the Cisco Mobile Events app at bit.ly/cnsfapp. The app can be used on all types of Smart-phones and android devices.You have an opportunity to earn points, win prizes, view program highlights, link to peers, Cisco experts, and partners. When you click on ‘Check-In’ for the Networkers event, you automatically earn a ‘Canada’ badge! Also, if you are engaged in Social Media, join the Networkers 2011 conversation through Twitter, Facebook, and YouTube. Use hash-tag CNSF2011 to be part of the discussion.
  • I want to start with a brief overview of the market before going into the details of the SP Wi-Fi solution
  • Mobile telephone networks have seen one of the worlds fastest adoption rates in history, with 5 billion subscribers (connections) globally, this equals 70% of all men, women and children on the planet own or use a mobile phone.Many of these users don’t own a computer – their only connection to the Internet is on a smartphone-type deviceSubscribers who do own a computer expect to access the same services when mobile as they do when seatedThe result is skyrocketing rates of data consumption over mobile networks (it will grow by 39 times between 2009 and 2014)About 50% of all mobile data use in 2010 was video, which will rise to 66% of all mobile data by 2014
  • EAP-based authentication with secure (encrypted) access802.1X/EAP-TTLS/TLS for NOMADIC device roaming (i.e. CableLabs standard) and EAP-SIM for MOBILE device roaming (e.g. Wi-Fi-3G offload) Supported in virtually all Wi-Fi clients incl. embedded (e.g. iPhone) and OS-basedUniversal, secure & seamless HotSpot2.0 methods for NOMADIC and MOBILE devices allow operator access to larger partner and device ecosystem [roadmap] WebAuth authentication with open (unencrypted) accessWeb portal-based authentication with RADIUS and ISG-based access controlSeamless or “touch-free” methods (i.e. WISPr v1) supported by most MOBILE devices Multiple logical network providers per physical WLANMultiple SSIDs & associated VLAN (e.g. public, business, guest access)Pre-cursor to universal realm-based network discovery (802.11u) & service advertising (MSAP) in HotSpot 2.0Enforceable roaming across operatorsAuthentication with access or mobile operator (AAA proxy) as neededEnables end-to-end client-based (iWLAN) connectivity
  • ClearAir is a system-wide feature that uses silicon-level intelligence to automatically mitigate the impact of wireless interference, optimize network performance and reduce troubleshooting costsWith CleanAir, the system can detect and classify, locate, and mitigate interference. CleanAir allows operators to aggregate across APs to show impact on the system rather than individual devices only.
  • In the beginning, we had graphic rich smart devices – smartphones, PDAs, MIDs - with on-board high-speed communication technology but few networks to support there ravenous appetite for data.In SP-WiFi Phase 1, we introduces a variety of ruggedized high-performance outdoor, metro and indoor 802.11n access points that provided the foundation of high-speed unlicensed access (click). Coupled with RF and mobility optimizing controllers and per venue & regional access gateways, chargeable and metered Internet service is enabled to mobile and nomadic devices (click). Internet access as well as as management of user profiles, Web-based login & secure E2E authentication for the WiFi users is then provided by the WiFi core (click).
  • As WiFi grew in adoption and especially as a viable 3G/4G offload, there was a need to beef up both the air-interface & backhaul capacity – hence the introduction of 802.11n on our entire portfolio, CleanAir on our premium APs and DOCSIS3 on our outdoor APs. Equally as important, Cisco’s NextGenHotSpot or HotSpot 2.0 is being driven by Cisco as a technology to promote secure and seamless roaming. As 3G and “4G” technology evolves to offer higher-speed data access, interconnecting the new mobile core with the existing WiFi access networks becomes the key challenge. For WiFi networks untrustedby the mobile core operator, users may login via an “open” or Web-based network via the WiFi core (click) and the mobile initiates a secure iWLAN tunnel (IPsec and/or DSMIPv6) tp the PDG. (click) The PGW (click) and mobile authenticate using SIM credentials and connects to the service networks such as the Internet with PCEF-based policy enforcement.In a mobile operator or partner owned WiFi access scenario, the user typically seamlessly logs in via EAP-SIM/AKA and connects to the core via trusted S2a or PMIPv6 interfaces to the PGW.
  • For those interested in copies of this year’s conference presentations, please visit our Event Landing Page at www.networkerssolutionsforum.com. Here you will find the presentations for download.Lastly, we are interested in your feedback. Please take the time to fill-out the Conference Evaluation Form. If you did not receive an Eval Form with today’s Conference Guide, please see one of our Registration Attendants. The Eval Forms will be used for the prize draws at the Cocktail Reception.
  • Service Provider WiFi Offload Solution Overview

    1. 1. Welcome<br />
    2. 2. Service Provider (SP) WiFi "3G Offload" solution overview<br />Presented by Malcolm Smith<br />#CNSF2011<br />
    3. 3. Market Overview<br />
    4. 4. Global Mobile Data Traffic Growth Mobile Video Driving Traffic Explosion<br />Global mobile traffic will grow 26X to 6.3 EB/mo<br />There will be 5B mobile devices and <br />2B M2M nodes<br />Video will be 66% of all mobile traffic by 2015<br />Source: Cisco Visual Networking Index (VNI) Global Mobile Data Forecast, 2010–2015<br />
    5. 5. Service Provider Challenge<br />Increase Revenues<br />New business models<br />New services and partnerships<br />Data Traffic<br />(Costs)<br />$ Gap<br />Reduce Costs<br />Manage “Over The Top”<br />Optimize use of expensive assets<br />ARPU (Revenue)<br />Improve Experiences<br />Three-screen experience and sessions<br />Video quality experience<br />
    6. 6. Overall Capacity Not Keeping Pace with Data Demand<br />Small Cells Increase Existing Capacity<br />Macro<br />26x <br />Growth<br />2G/3G/4G<br />Consumer<br />Business<br />Community<br />1000<br />Macro<br />Capacity<br />100<br />Growth<br />Spectrum<br />10<br />1<br />2010<br />2015<br />1990<br />1995<br />2000<br />2005<br />Wi-Fi<br />Femto<br />Future networks supporting the mobile Internet will need to integrate smaller cell architectures to scale<br />Source: Agilent<br />
    7. 7. QPSK<br />QPSK<br />QPSK<br />QPSK<br />16QAM<br />16QAM<br />16QAM<br />16QAM<br />64QAM/<br />MIMO<br />64QAM/<br />MIMO<br />64QAM/<br />MIMO<br />64QAM/<br />MIMO<br />1 km<br />What Small Cells Can Deliver . . . <br />Macrocell (3G/4G)<br /><ul><li>Voice coverage with uniform bandwidth, but not always where people are
    8. 8. Limited data capacity
    9. 9. Sub-optimal delivery of high BW to POPs
    10. 10. High CapEx/OpEx: $400K
    11. 11. Poor spectral efficiency
    12. 12. New sites: Zoning issues</li></ul>Wi-Fi/Femto/Pico<br /><ul><li>Delivers targeted coverage and capacity
    13. 13. Support high-capacity data
    14. 14. Precision delivery of high BW to POPs
    15. 15. Lower CapEx/OpEx
    16. 16. Good spectral efficiency
    17. 17. Low environmental impact</li></li></ul><li>Solution Overview<br />
    18. 18. Service Provider Wi-Fi SolutionFour Pillars<br />Unified Architecture<br />Controller-based fast, scale-able L2 & L3 handoff (w/ fast-roaming)<br />Single security / inter-operability point<br />Centralized radio-resource-management (RRM) & FCAPS/OAM<br />Seamless User Experience<br />Effortless authentication and roaming <br />Open or encrypted access with expanded hotspot eco-system (roaming partners and devices)<br />Converged Core<br />Intelligent Gateway (rich media services)<br />Centralized access and control (e.g. 3G offload)<br />Charging and policy-enforcement (e.g. Tiered-services)<br />Intelligent and secure Access Radio<br />CAC: Call Admission Control<br />WCS: Wireless Controller System<br />
    19. 19. Unified Architecture<br />Key SPWi-Fi Requirements<br />Mobility, Carrier-Grade, Scalability, Security<br />Unified Architecture<br />Seamless Experience<br />Converged Core<br />Intelligent Radio<br />Cisco Solution Pillars<br />
    20. 20. Unified Architecture<br />Why a Unified Controller-based Architecture?<br />All successful commercial mobility networks are based on concept of centralized control & aggregation of the radio access network (RAN) using a radio network controller (RNC)<br />Next-Gen 4G LTE wireless networks also support centralized RAN control (C-plane) and allow separation from the data (U-plane) <br />RNC Provides mobility networks with:<br />Radio Resource Management (RRM) to maximize coverage and capacity through network-wide RF quality and interference-aware resource allocation <br />Controlled handoff<br />Single security & inter-operability point between RANs<br />Single access control, SLA and policy-enforcement point<br />
    21. 21. Cisco Wi-Fi “RNC” Architecture Wireless Access Controller (WAC)<br />Wireless Mobility Controller (WMC)<br />Fast and seamless handoff for L2 &L3 services (802.11r/k)<br />Controls handoff between APs (intra/inter WMC)<br />Uses RF parameters in mobile-assisted handoff<br />CleanAir & RRM provide industry-leading interference mitigation<br />Capacity and coverage booster for all deployments<br />Licensed spectrum “experience” in unlicensed band<br />LAN, MAN or WAN Connected (L2 or L3 transport)<br />Not limited by size of L2 domain or transport technology<br />Wifi Access Gateway (WAG)<br />Per user (PCEF) and per VLAN/SSIDpolicy<br />WiFi access control (e.g. EAP-SIM, WebAuth, etc)<br />Inter-network mobility - Proxy Mobile IP (3G-Wi-Fi, inter-vendor)<br />
    22. 22. New!<br />Cisco Service Provider Wi-FiComplements 2G/3G/4G Network<br />MSP <br />Credentials<br />UCS<br />3G/4G Macro Site<br />Wireless Control System (WCS)<br />Access gateways<br />Service Control<br />Internet<br />Wireless Mobility <br />Controller (WMC) <br />Metro Wi-Fi<br />IP Core<br />Partner Net<br />IPBackhaul<br />SMB Managed AP<br />Indoor Hotspot<br />WAC for On Premise Content <br />Stadium / Large Venue<br />
    23. 23. Target Areas for Wi-Fi OffloadWhere People Go!<br />
    24. 24. One Architecture – Many Applications<br />HotZone (e.g. stadium, public venues, metro)<br />Contiguous coverage area served by full Unified WMC  micro-mobility/handoff anchor<br />WMC co-located with access gateway (WAG) for charging & Internet offload<br />HotSpot (e.g. public access retail)<br />Single facility co-located with access router (e.g. ISR) for charging & Internet offload<br />Typically a discontinuous coverage area (limited need for micro-mobility)<br />C-plane only WMC  centralized mgmt, provisioning, RRM, etc<br />SMB (managed services) <br />Dual SSID (for MSP) with bundled services (e.g. VPLS, IP-PBX, FMC, etc)<br />Similar coverage as HotSpot and typically supported with C-plane only WMC<br />Residential (MDU)<br />Clusters of semi-contiguous coverage areas<br />Similar coverage as HotSpot and full or C-plane only WMC depending on mobility/capacity required<br />
    25. 25. Controller-Based vs. Controllers<br />Side-By-Side <br />
    26. 26. Seamless Experience<br />Key SPWi-Fi Requirements<br />Mobility, Carrier-Grade, Scalability, Security<br />Unified Architecture<br />Seamless Experience<br />Converged Core<br />Intelligent Radio<br />Cisco Solution Pillars<br />
    27. 27. Seamless Mobility & Roaming <br />Cisco’s controller-based Wi-Fi architecture provides real-time mobility & seamless roaming covering majority of the user-experience within the Wi-Fi cluster<br />Mobile IP provides IP service continuity using client-based (CMIP/iWLAN) or network-based methods (PMIP). This addresses non-SP provided WiFi (e.g. residential) and inter-network (e.g. Wi-Fi metro -> 3G WAN)<br />Seamless Wi-Fi roaming between operators (e.g. 3G offload) is provided by widely available and emerging authentication techniques and complements client-based methods (e.g. iWLAN) dependent on Wi-Fi roaming<br />CMIP: Client Mobile IP<br />PMIP: Proxy Mobile IP<br />
    28. 28. Roaming Across Wi-Fi and Cellular (Today)<br />IPSEC <br />IKEv2*<br />Encrypted <br />E2E Data<br />802.1x<br />EAP (SIM)<br />Complexity<br />EAP (Cert)<br />WISPr1.0/2.0<br />Encrypted Wi-Fi (Data <br />& Credentials)<br />WEB-<br />Name/Pwd.<br />MAC-TAL<br />MAC<br />HTTPS Encrypted <br />Credentials<br />Un-Encrypted<br />Credentials<br />Security<br />*3rd-party device client required (e.g. iWLAN) <br />
    29. 29. Next Generation Hotspot (Future)Roam, Authenticate, Monetize<br />1<br />2<br />3<br />4<br />Next Generation Hotspot<br />802.1x , EAP-SIM<br />Auto SIM <br />credentials<br />Encrypted Wi-Fi Link<br />802.11i<br />Mobile “concierge” serviceMobile Service Advertisement Protocol (MSAP)<br />802.11u<br />Seamless authentication & Wi-Fi roaming - Wireless Broadband Alliance <br />RELIABLE<br />Carrier class solution<br />SECURE<br />Extends existing SIM-based authentication techniques over encrypted Wi-Fi<br />SEAMLESS<br />Simplifies network discovery and selection for <br />seamless cellular data offload<br />PROFITABLE<br />Enables location-based and value-added services<br />
    30. 30. 802.11u Setup<br /><ul><li>Enables device to automatically figure out whether Hotspot provides Internet Access by home SPor by a roaming partner
    31. 31. Enables device to automatically provide the authentication credentials required by Hotspot
    32. 32. Faster network discovery and selection
    33. 33. Makes WiFi easy-to-use and secure like 3G Cellular</li></li></ul><li>Reach customers at the moment of choice<br />Special offers <br />today<br />Receive transient <br />applications without <br />user intervention<br />Customer Experience Transformation Trial of Mobile Concierge with MSAP<br />Secure Wi-Fi<br />Network Discovery <br />A New Mobile Experience for Mobile Subscribers<br />
    34. 34. Mobility Services Advertisement Protocol (MSAP) Enables 802.11u mobile devices to <br /> query for local services prior to <br /> authenticating to the Wi-Fi network. <br />
    35. 35. Enabling Inter-Service Provider Roaming<br />Standardize the authentication process and enable seamless Wi-Fi roaming<br />Industry initiative led by Cisco along with Wireless Broadband Alliance<br />Demonstrated with these partners at Mobile World Congress 2011<br />
    36. 36. Intelligent Radio<br />Key SPWi-Fi Requirements<br />Mobility, Carrier-Grade, Scalability, Security<br />Unified Architecture<br />Seamless Experience<br />Converged Core<br />Intelligent Radio<br />Cisco Solution Pillars<br />
    37. 37. RF Performance Matters<br />Coverage – Higher Txpower and additional receiver path increase coverage area up to 25%<br />Signal Strength – Higher Tx power and integrated antenna design increase signal strength 2–7 dB for greater coverage and a better user experience<br />Total Throughput –Increases total network capacity by 27% per independent testing by Miercom<br /><ul><li>Fully loaded network; mix of 11a, 11g, and 11n clients</li></ul>Legacy Performance—ClientLink boosts performance of 11b/g clients up to 87%<br />QoS—VideoStream brings security and bandwidth efficiency to real-time video applications<br />
    38. 38. RF Performance Matters Not all Access Points Are the Same<br />Video Stream<br />Band Select<br />Best in class Radio Resource Management coupled with beamformingto deliver focused power to clients. <br />Improves Network Throughput and Coverage<br />ClientLink<br />CleanAir<br />Sophisticated spectrum Intelligence to monitor the airwaves, detect, locate and classify interference, alert Ops and reconfigure the network to avoid<br />Improves Network Reliability <br />Optimized RF utilization by moving 5 GHz capable client out of the congested 2.4 GHz channels. <br />Improves Network Throughput<br />Extends reliable multicast into the wireless network by converting multicast to unicast at the AP.<br />Quality Video over WLAN<br />
    39. 39. New!<br />Cisco Aironet 1550 SeriesHigh Performance 802.11n Outdoor Wireless<br />CleanAir for mission critical performance and reliability<br />ClientLink for high density coverage<br />Video Stream for quality video <br />Band Select for optimized throughput<br />DOCSIS 3.0 option<br />Internal or External Antennas<br />Seamless Mobility, Security and RF Excellence<br />
    40. 40. Introducing CleanAir for the Outdoors<br />New!<br />Detect and Classify<br />Locate<br />Mitigate<br />Shared under NDA/Embargo Until Feb 14, 2011<br />A system-wide feature that uses silicon-level intelligence to automatically mitigate the impact of wireless interference, optimize network performance and reduce troubleshooting costs<br />Reduces TCO with automated interference mitigation and troubleshooting<br />Cisco CleanAir<br />
    41. 41. Cisco Aironet 802.11n AP Portfolio Carrier-Grade Performance<br />Indoor<br />Outdoor<br /><ul><li>1140 or 1260 Series
    42. 42. 2x3 MIMO
    43. 43. RF excellence with:</li></ul>ClientLink<br />BandSelect<br />RRM<br />VideoStream<br />For reliable, high-performance rich media experience<br /><ul><li>3500 Series
    44. 44. 2x3 MIMO
    45. 45. RF excellence with:</li></ul>CleanAir<br />RRM<br />ClientLink<br />VideoStream<br />Band Select<br /><ul><li>1550 Series – 4 models
    46. 46. DOCSIS 3.0 and EuroDOCSIS 3.0 option
    47. 47. Dual radio APs and dual band stick antennas
    48. 48. RF excellence with:</li></ul>CleanAir<br />ClientLink<br />RRM<br />
    49. 49. Wireless Mobility Controller (WMC) Portfolio<br />HotSpot<br />HotZone<br />5508(500AP)<br />WiFiAggregation<br />and/or<br />Flex7500 (appliance)<br />HREAP mode<br />(2000+ AP)<br />+<br />WiSM2 – 1000 AP/bladeUp to 7 blades/chassis<br />Catalyst 6500(7000 AP)<br />
    50. 50. Converged Core<br />Key SPWi-Fi Requirements<br />Mobility, Carrier-Grade, Scalability, Security<br />Unified Architecture<br />Seamless Experience<br />Converged Core<br />Intelligent Radio<br />Cisco Solution Pillars<br />
    51. 51. One Unified SP Wi-Fi Architecture<br />Policy<br />Mgmt<br />Captive<br />Portal<br />AAA<br />DHCP<br />Svcs<br />Reporting<br />WCS<br />Cloud Services, Applications, & Operations<br />Converged Subscriber<br />Control<br />Wi-Fi Controller and <br /> Backhaul<br />CMTS<br />DSL<br />Fiber<br />Application Partners<br />Own or 3rd party broadband access<br />Indoor Hotspot<br />Stadium / Large Venue<br />Cloud<br />TR-069<br />Internet<br />Residential Managed AP<br />SMB Managed AP<br />Metro Wi-Fi<br />Metro/<br />Hotspot Access<br />Residential <br />Access<br />Client Centric/<br />Un-trusted Access<br />Cisco Confidential-Shared Under NDA only © 2011 Cisco Systems, Inc. All rights reserved<br />
    52. 52. AAA<br />PCRF<br />OCS<br /> HSS<br />Operator IP Service Domain<br /> SGW<br /> MME<br /> PGW<br /> ePDG<br />LTE<br />Client<br />Client<br />Client<br />WiFi<br />S2c: DSMIP6<br />S2b: PMIPv6<br />S2a: PMIP6<br />SWu: IPSec/IKEv2<br />S2c: IPSec + DSMIP6<br />WiFi Integration Architecture<br />S11<br />S1<br />S6b<br />Gy<br />Gx<br />eUTRAN<br />S1u<br />S5<br />Internet<br />ANDSF<br />Gxc<br />SGi<br />SWm<br />WLAN<br />SWn<br /><ul><li>Untrusted WiFiaccess [emerging client ecosystem]</li></ul>SWu + S2b - IPSec tunnel to ePDG switched to PMIPv6 to PGW; <br />S2c – DSMIPv6 over IPSec<br /><ul><li>Trusted WiFi access (802.1x over the air)</li></ul>S2a - PMIPv6 infrastructure tunnel from MAG in WiFi to PGW <br />S2c – DSMIP tunnel from device to PGW<br />
    53. 53. $$$<br />Service Provider Advantage: IP Intelligence <br />Subscriber Profile<br />Location Awareness<br />Device Awareness<br />$$$<br />Shape Subscriber Experience<br />$$$<br />Access Technology Awareness<br />Usage Visibility<br />$$$<br />$$$<br />$$$<br />Network Awareness<br />
    54. 54. Intelligent Gateway<br />IP Services: Converged IP Service functionality<br /><ul><li>Video Pacing
    55. 55. Media Optimization
    56. 56. Transrating
    57. 57. Analytics
    58. 58. Application proxy
    59. 59. TCP Optimization
    60. 60. Header Enrichment
    61. 61. HTTP Compression
    62. 62. URL Re-write
    63. 63. Advertising filters
    64. 64. Analytics
    65. 65. PDP QoS termination (BW parameters)
    66. 66. Per user ACLs
    67. 67. Dynamic Policy control
    68. 68. Real Time Charging
    69. 69. Parental Control/ Content filtering
    70. 70. NAT
    71. 71. BW Shaping
    72. 72. Roaming based policy
    73. 73. Integrated Offload
    74. 74. Analytics
    75. 75. P2P detection
    76. 76. Dynamic Policy control
    77. 77. Parental Control/ Content Filtering
    78. 78. Per-Subscriber Firewall
    79. 79. Application Detection
    80. 80. URL Re-write
    81. 81. Advertising filters
    82. 82. Fair Usage Control
    83. 83. Analytics</li></ul>IP Point of Attachment<br />Deep Packet Inspection<br />Traffic Packet<br />Optimization <br />Video<br />Gateway <br />
    84. 84. NETWORK ARCHITECTURE <br />
    85. 85. SP-WiFi Phase 1 (2005+)<br />WiFi Internet access + best-effort 3G offload<br />HLR<br />Data center<br />Services, Applications, & Operations<br />Mobile Core<br />CAR – AAA<br />HSS<br />EAP-SIM <br />EAP-AKA <br />Services Reporting<br />SCE - CM/SM<br />CNR - DNS/DHCP<br />Services<br />Reporting<br />Portal + WISPr 1.0<br />CAR – AAA<br />Policy Mgmt<br />Sub/Svcs Mgmt<br />WiFi Core<br />WCS<br />CoA <br />SNMP<br />Control only<br />ASR 1K – WiFi Access Gateway*<br />WLAN Access control (ISG)<br />NAT/FWSM<br />L2TPv2 (LAC/LNS)/L3VPN<br />On Premise Content<br />L2TPv2 (LAC/LNS) L3VPN<br />L2 (.1Q)<br />L2 (.1Q)<br />Access Zone Router<br />ISG<br />WAG<br />5508 (WMC)<br />5508 (WMC)<br />5508 (WMC*)<br />Internet<br />Outdoor .11<br />AP<br />3rd-party Connection Managers<br />Indoor .11<br />AP<br />Autonomous<br />.11 AP<br />Indoor .11<br />LM / Mesh AP<br />In / Outdoor<br />.11 AP<br />Outdoor .11<br />D2 Mesh AP <br />CCKM (fast roaming)<br />CCKM (fast roaming)<br />CCKM (fast roaming)<br />*WAG != 3GPP WAG<br />**WMC ~= WLC<br />Client Centric<br />Stadium<br />Metro<br />HotSpot / HotZone<br />
    86. 86. SP-WiFi Phase 2 (Today)<br />WiFi access with premium (core-centric) 4G offload<br />HLR<br />UCS<br />Cloud Services, Applications, & Operations<br />UCS<br />HSS<br />CAR – AAA<br />Policy Mgmt<br />EAP-SIM <br />EAP-AKA <br />3GPP Mobile Core<br />Services Reporting<br />SCE - CM/SM<br />CNR - DNS/DHCP<br />Services<br />Reporting<br />UCS<br />EAP-SIM <br />EAP-AKA <br />Portal + WISPr 1.0<br />CAR – AAA<br />Policy Mgmt<br />Sub/Svcs Mgmt<br />WLAN Direct IP Access<br />UCS<br />GGSN<br />GTP / PMIPv6<br />PGW<br />IPSec/IKEv2 (Untrusted 3GPP IP access)<br />WiFi Core<br />PCEF<br />PMIPv6<br />WCS<br />MME/SGW<br />Gx<br />/CoA <br />SNMP<br />ASR 5K<br />ASR 5K<br />Control only<br />PMIPv6 (Trusted 3GPP IP access)<br />ASR 1K – Wifi Access GW<br />WLAN Access control (ISG)<br />Subscriber/Services Policy Enforcement (SCE)<br />Mobile Access gateway (MAG)<br />(e)PDG/TTG<br />NAT/FWSM<br />ASR 1K<br />On<br />Premise Content<br />L2TPv2 (LAC/LNS)/L3VPN<br />L2 (.1Q)<br />L2 (.1Q)<br />FLex7500 HREAP<br />(indoor-only)<br />Access Zone Router<br />ISG<br />WAG<br />5508 WMC<br />5508 WMC<br />5508 WMC<br />Internet<br />Local<br />services<br />Outdoor 11n<br />AP<br />IPsec/IKEv2<br />I-WLAN Clients<br />Indoor 11n<br />AP<br />Autonomous<br />11n AP<br />Indoor 11n <br />Indoor 11n<br />LM / Mesh AP<br />In / Outdoor 11n AP, D3<br />Outdoor 11n<br />D3 Mesh AP <br />Indoor 11n <br />CCKM (fast roaming),<br /> Clean Air, HS2.0*<br />CCKM (fast roaming), <br />Clean Air, HS2.0*<br />CCKM (fast roaming), CleanAir , HS2.0*<br />*DEMO/PoC only<br />Client Centric<br />Stadium<br />Metro<br />HotSpot / HotZone / SMB<br />
    87. 87. E2E EAP-SIM Authentication (realm-based)<br />AuC<br />HLR<br />Home AAA <br />(Mobile Core)<br />AP/WLC<br />WAG<br />RADIUS access request<br />Getauthinfo + IMSI<br />IMSI<br />IMSI<br />MAP<br />SendAuthInfo (IMSI)<br />Ki<br />Rand<br />A3<br />RADIUS access accept<br />Auth Triplets<br />(RAND, SRES,..n)<br />MAP<br />SendAuthInfoResp<br />IMSI<br />SRES<br />RAND<br />Ki<br />Rand<br />A3<br />If SRESc == SRES<br />Authenticated<br />SRESc<br />SRESc<br />
    88. 88. Solutions for each mobile operator scenario<br />Client-based: Mobile operator needs ubiquitous WiFi access to 3GPP mobile core services <br /><ul><li>(Preferred) TrustedWiFi N/W
    89. 89. NGH/802.1X + PMIP for E2E security & WiFi/4G IP mobility
    90. 90. ConnMgr uses trust indication (3GPP 33.402/RFC4187) to skip iWLAN tunnel
    91. 91. Un-trusted WiFi N/W (residential, 3rd-party operator, etc)
    92. 92. Security: Client Triggered Tunnel (iWLAN-IPSec/IKEv2)
    93. 93. WiFi-3GPP IP mobility:
    94. 94. 3G/UMTS: CMIPv4
    95. 95. 4G/LTE: DSMIPv6 (w/opt IP Flow Mobility for local access)</li></ul>Infrastructure-based: Operator deploys WiFi for data access & offload<br /><ul><li>Build TrustedWiFi N/W (802.11i)
    96. 96. Evolving from open/WiSPr1.0 based N/W to secure 802.1X-based N/W
    97. 97. (Preferred) N/W based tunnel (PMIPv6)
    98. 98. local access/QoS
    99. 99. 3GPP core access
    100. 100. WiFi-WiFi mobility (e.g. inter-MSO)
    101. 101. WiFi-4G (w/ client virtual adapter)</li></ul>NextGen Hotspot (NGH) for seamless WiFi roaming & L2 security<br /><ul><li>N/W discovery/selection & service advertisement (802.11u)
    102. 102. Auto login & online sign-up</li></li></ul><li>Local access/QoS, 3GPP core access<br />WiFi-WiFi mobility (e.g. inter-MSO)<br />WiFi-4G (w/ client virtual adapter)<br />Preferred N/W based tunnel (PMIPv6)<br />Build TrustedWiFi N/W (802.11i)<br />Σ<br />Σ<br />Operator deploys WiFi N/W<br />N/W discovery/selection & service advert. (802.11u) <br />Auto login & online sign-up<br />HGH WiFi roaming & L2 security <br />Build or use existing ?<br />WiFi Offload<br />NGH/802.1X + PMIP for E2E security & WiFi/4G IP mobility<br />ConnMgr uses trust indication (3GPP 33.402/RFC4187) to skip iWLAN client-tunnel<br />Operator leverage (partners) existing WiFi N/W<br /> IP mobility: DSMIPv6 w/local access via IFOM<br />TrustedWiFi N/W (802.11i)<br />IP mobility:<br />CMIPv4<br />Client-based: ubiquitous WiFi access to 3GPP core & services <br /> 4G/LTE<br />Security: Client Trigg. Tunnel (iWLAN-IPSec/IKEv2)<br />Un-TrustedWiFi (residential,3rd party,..)<br /> 3G<br />
    103. 103. Case Studies<br />
    104. 104. Business Cases for SP Wi-Fi<br /><ul><li>Optimization – increases network capacity and reduce 3G data traffic overload by offloading traffic with SP Wi-Fi.
    105. 105. Monetization – creates new revenue streams by taking advantage of advanced technology that provides secure delivery of location-based services to mobile devices
    106. 106. Churn Reduction – expand a physical footprint with a cost-effective Wi-Fi solution to keep customers on the service provider network as they move from home to the train to the office.</li></li></ul><li>Service Provider Wi-Fi – Convention CenterMobile World Congress 2011<br />Operate free Wi-Fi Hotspot network for attendees<br />CleanAir – Intelligent Reliability<br />ClientLink – High Density Coverage<br />Video Stream – Quality Video <br />Band Select – Optimized Throughput<br />Cisco Cloud Connect<br />Managing wireless cloud services<br />.<br />
    107. 107. Service Provider Wi-Fi – Stadium Optimization through 3G Offload <br />Wi-Fi broadband connectivity free to thousands of fans<br />3G offload for all smartphone and broadband devices through transparent authentication<br />On-net video instant replay live during game or show<br />
    108. 108. Service Provider Wi-Fi - Stadium Monetization through Premier Services<br />Wi-Fi Replay – Video highlights<br />Food Finder – Local food & coupons<br />Fan Captions – Closed captioning of PA announcements<br />Game Tracker – Scores, statistics and player profiles<br />Interactive Games – Play virtual games with other fans <br />Concierge – Stadium history and local information <br />
    109. 109. Wi-Fi Deployment – TransportationChurn Reduction at Cablevision<br />Continuous coverage for NY metro area with more than 25,000 APs (indoor and out)<br />Now installed on ferry and commuter trains<br />Large convention coverage in Madison Square Garden and Radio City Music Hall<br />Increases customer “stickiness” with differentiated Wi-Fi service for reduced churn<br />Outdoor Heat Map NYC<br />
    110. 110. Comcast/TWC/Cablevision Wi-Fi Alliance<br />One AP for 3 MSOs<br />Cisco Aironet 1260<br />SSID = optimum Wi-Fi<br />SSID = Xfinity (Comcast)<br />SSID = TWCWi-Fi<br />Wi-Fi broadband connectivity free to 3 MSOs – more than 5M subs<br />MSOWi-Fi Press release Link<br />
    111. 111. Summary<br />
    112. 112. Key Benefits<br />Service Provider<br />End User<br /><ul><li> Optimizes network and reduces cost by offloading data traffic to Wi-Fi
    113. 113. New service and revenue opportunities
    114. 114. Visibility into RF spectrum to manage interference and prevent unexpected downtime
    115. 115. Enhanced user experience with Wi-Fi
    116. 116. Secure roaming between networks
    117. 117. Faster download speeds with Wi-Fi</li></li></ul><li>Q & A<br />#CNSF2011<br />
    118. 118. For conference presentations visit: <br />www.networkerssolutionsforum.com<br />Please take a moment to complete the <br />Networkers Conference Event Evaluation Form<br />#CNSF2011<br />
    119. 119. #CNSF2011<br />

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