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Johnny G. BarnesVice President, Global IT Solutions and StandardsOffice of the CIO
Case Study: IBM's Internal VoIP implementation
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On a good day:
My PC worksMy IM works
My audio conferencing worksMy applications work
My phone worksMy cell phone works
My PDA works
Everything Works!
But none of them really work together
What if they did?
At IBM, we have excellent communications tools and depend on them daily. Yet they don’t always
work together.
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Operating in 140+ countries spread across three primary geographies
• Americas, Europe / Middle East / Africa (EMEA), Asia Pacific (AP)
900+ PBXes in 700+ facilities
• Average PBX age about 15 years – many Rolm CBX systems
• 400,000 internal telephones
IBM Message Center (Unified Messaging for Websphere) for voice mail
• Except in U.S., which uses Siemens/Rolm PhoneMail
35% of workforce is mobile or work-at-home
• No assigned IBM office space
• Use of IBM mobility centers
• Use of some value-added services such as AccessLine for follow-me service
Communications Today at IBM
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150,000 cellular users
Applications
• Extensive use of Lotus SameTime instant messaging
• Over 4,000,000 instant messages per day
• Lotus Notes for eMail and teamroom (asynchronous) collaboration
• Lotus SameTime for eMeeting (synchronous) collaboration
Single consolidated corporate IP network
• 2nd generation “Power 9” network being implemented 100% complete in U.S., Canada and Japan; 40% in EMEA;
25% in AP; 0% in LA
• Migration from Token Ring to Ethernet about 60% complete
• Network is outsourced to AT&T in most regions of the world
• Cisco is sole supplier of most data networking equipment (routers, switches)
Communications Today at IBM (Continued)
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0
0.05
0.1
0.15
0.2
0.25
0.3
0.35
1996 1997 1998 1999 2000 2001 2002 2004 2004 2005
Domestic US Trans Europe US to UK Trans AP SW Threshold
CostPer
Minute
Applied Research Technologies
We can no longer drive 10% YTY cost savings because circuit switched rates are approaching a
brick wall
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Migration from TDM to IP Phones
0
2
4
6
8
10
1995
1996
1997
1998
1999
2000
2001
2002
2003
2004
2005
2006
Stat
ions
Shi
pped
(000
)
Circuit Switched IP Total
World Wide Migration WAN Voice Minutes: Cross Border
0
5
10
15
20
25
2001
2002
2003
2004
2005
2006
Min
ute
s (M
illio
ns)
Circuit Switched IP Total
In-Stat/MDR“LAN Telephony:
A Billion Dollar Market”
IDC Rept #26354Jan 02
IP Telephony is rapidly gaining momentum as a viable alternative for decreasing costs.
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Maturity
TechnologyTrigger
Peak ofInflated
Expectations
Trough of Disillusionment
Slope ofEnlightenment
Plateau ofProductivity
Visibility
Sci/Tech Grids
Wi-Fi 802.11g
Web Services Security Standards
Commercial Grids
Internal MPP Grids
Wi-Fi 802.11a
Speech Recognition for telephony and call center
VoIP Services
Public Key InfrastructureSpeech Recognition for the desktop
Location Aware Services
Wi-Fi 802.11b
Text to Speech/Speech Synthesis
Basic Web Services
Natural Language Search
Selected TechnologiesGartner Position, May 2003
Source: Gartner May 2003 Hype Cycle Research NotesSource: Gartner May 2003 Hype Cycle Research Notes
KEY
Gartner Time to “Plateau”
Less than two years
Two to five years
Five to 10 years
Beyond 10 years
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Selected TechnologiesIBM Status, June 2003
Maturity
TechnologyTrigger
Peak ofInflated
Expectations
Trough of Disillusionment
Slope ofEnlightenment
Plateau ofProductivity
Visibility
Sci/Tech Grids
Wi-Fi 802.11g
Web Services Security Standards
Commercial Grids
Internal MPP Grids
Wi-Fi 802.11a
Speech Recognition for telephony and call center
VoIP Services
Public Key InfrastructureSpeech Recognition for the desktop
Location Aware Services
Wi-Fi 802.11b
Text to Speech/Speech Synthesis
Basic Web Services
Natural Language Search
KEY
Gartner Time to “Plateau” IBM Time to Deploy
Less than two years In Production
Less than two Years
Two to five years
Five to 10 years
Beyond 10 years
No Initiatives
Two to five years
Five to 10 years
Beyond 10 years
VoIP status in IBM
Voice Over IP
•IBM sites using IP WAN for voice transport:•AP: 20 sites installed•US: 16 sites implemented by year end
•IBM sites (LAN) with IP phones installed: 19 sites, approx 10,000 people
•Continuing roll-out of VoIP WAN and LAN systems
•Implementing standards based (SIP), multi-vendor infrastructure includes SDC based resources for flexibility and cost efficiency
•Integrating voice application with other communications applications using presence/awareness technology to provide significantly enhanced communications capability within 1-2 years
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3% of population has an IP phone on their desk 15% of population uses some form of IP telephony
We expect to have 10,000 15,000 phones (5%) and 100,000 VoIP users (30%) by YE 2003
Location Date VoIP Type
# Users
Facility Type
BUs Comment
NA WAN Jul 03 WAN 10,000 Multi Multi Pok, Burlington, Southbury upKorea Jul 03 LAN/WAN 781 Field PwCC
BCS240 phones, 601 mobile users, QoS
Canadian PwCC May 03 LAN 1520 9 sites PWCC Entered production status in May/June.Aust Gold
CoastMar 03 LAN/WAN 100 Field S&D, IGS Entered production status in March.
Istanbul Mar 03 LAN 100 Subsid Subsid Greenfield.Lisbon Mar 03 LAN 600 Field S&D, IGS Greenfield.India WAN Feb 03 LAN/WAN 1,400 6 sites Multiple 2 phones on desks due to regulations.Prague Feb 03 LAN 450 Cntry HQ Multiple Greenfield.Paris Oct 02 LAN 500 Lab PwCC Acquired with PwCC acquisition.Ottawa Oct 02 LAN 300 Field PwCC Acquired with PwCC acquisition.Calgary Jun 02 LAN 400 Field S&D, IGS Greenfield.Dubai Jun 02 LAN 200 Cntry HQ Multiple Greenfield.Tel Aviv 2002 LAN 700 Cntry HQ Multiple Greenfield.AP WAN 2002 WAN 30,000 18 sites Multiple Existing PBXes, 50% transport savings.IP Rmt Agent 2001 Rmt ACD 400 Cntct Ctr S&D U.S. CSO, U.S. Techline, EMEA CSO, etcSingapore Nov 01 LAN 1,000 Cntry HQ Multiple Greenfield.Toronto Jul 01 LAN 3,000 SWG Lab SWG Greenfield.
Production VoIP Sites – July 2003
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Location VoIP
Type
#
Users
Facility
Type
BUs Comment
Segrate LAN/
WAN
X,000 Field Multiple Possible 1st deploy of strategy in EMEA
Frankfurt LAN 800 Field Multiple Sept target 1st phase; 2400 Total
Australia LAN 25 Field PWCC Additional seats on current CM; June
tgt
Audio conf WAN 70,000 All All Sept target
EMEA DSL WAN tbd Home Multiple Pilot starting, 15 Oct expansion
checkpoint
NA WAN WAN 70,000 Multiple All Site-to-site traffic; 16 sites by YE
Japan WAN WAN 30,000 10-20 sites All Aligned with our SIP Strategy
Munich LAN 2,500 Field Multiple Incl wireless; September target
Hamburg LAN 2,000 Field Multiple Incl wireless; Aug target
Palisades LAN 48 Brief Ctr RESO Multi-vendor SIP showcase; June target
Beaverton LAN 1,400 Lab SG Equipment on order; July target
Amsterdam LAN 2,000 Cntry HQ Multiple RFP about to be awarded
Active VoIP Projects – July 2003
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Val
ue
Time
Network Impact • Toll bypass• Long dist avoidance
Operational Impact • Managing 10 servers instead of 900 PBXes• Merging network and client support
Application Impact• 50% savings on audio conferencing rates• 25% reduction in voice mail expense
Hardware Impact• Retire 900 PBXes• Outsource PSTN connect
Business Process Impact• Common services• Application integration• Call Center flexibility• Employee productivity• Employee availability
Commercial Services• Design & Implementation • Systems integration • Hosting & Operations
Value Statement
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Atlanta
Boulder
Raleigh
PBX
PBX
PBX
PSTN
VPN
The OldThe Old SDCVoice servers
xSeries and pSeries with Linux
Power9 IP Network
LAN
Raleigh
Somers
Etc.
Boulder
Atlanta
LAN
LAN
LAN
LAN
LAN
The NewThe New
9003
or 10-20
Centralization
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Voice is undergoing a transformation from a standalone
proprietary TDM-based environment to a set of integrated
applications running on industry-standard server platforms and
communicating across the global corporate Power9 IP network.
Voice Network Client Server ESM Security
Applications
Common Services
Transforming Voice into an Infrastructure Application
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Voice Network Client Server ESM Security
Applications
Common Services
Network Client Server ESM Security
Voice Application
Common Services
In doing so, voice is shifting from a vertical technology tower to a horizontal infrastructure application with dependencies upon the other remaining horizontal technology towers.
Voice is undergoing a transformation from a standalone proprietary TDM-based environment to a set of integrated applications running on industry-standard server platforms and communicating across the global corporate Power9 IP network.
Transforming Voice into an Infrastructure Application
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Off-the-shelf IBM Hardware• Xseries servers
• Ethernet networking
Open Linux O/S
Vendor supplies software on
CD• Clustering software
• Carrier-like reliability
• Carrier-grade resilience
• SIP server functions
• API
LinuxLinux
Clustering SoftwareClustering Software
Resilient Telco PlatformResilient Telco Platform
SIP Server FunctionsProxy / Registrar / Redirect / Etc.
SIP Server FunctionsProxy / Registrar / Redirect / Etc.
LinuxLinux
IBM x345IBM x345
Open APINode 1 Node 2
Voice as an Infrastructure Application … An Example
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Voice as an Infrastructure Application … An Example (continued)
No vendor hardware• No PBX
Gateways for connection to PSTN
Interfaces with other towers• Network• Server• ESM• Client
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Voice Application Integration Opportunities –
A New Same Time View … With a Link to Telephony
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Different Views of Buddy List
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eCards can bring eCards can bring people to life in people to life in other applications other applications too. For example, too. For example, the IBM Lotus the IBM Lotus Sametime Sametime Connect client Connect client becomes more becomes more useful with more useful with more information and information and more ways to more ways to communicate with communicate with people.people.
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My context: location and activity (obtained passively)
Talk to me Type to
me
Face-to-face
Tell me
Communication Channels
Application Example: The Grapevine eCard
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IBM Confidential Draft 0.9b
Return value to IBM• Reduce voice cost while improving employee
productivity
• Showcase for IBM’s Internal “On Demand” transformation
Improve end user satisfaction• Accommodate mobility requirements
• 35% of today’s IBM population and growing• Separate personal and terminal mobility
Base solutions on open standards (IETF, ITU, APIs)• Multi-vendor interoperability
Strategic Architectural Goals
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Strategic Architectural Goals (continued)
Centralize voice infrastructure and provide resiliency
• Eliminate PBXes
Shift the intelligence to the edge
Consistent worldwide strategy, architecture and standards
• For voice, presence, IM, video
Ensure a secure environment
Accommodate application integration
Hosted byWhat We Tell Our Vendors We Need From Them
1.SIP-based telephony, with IP transport – “A disruptive but integrating technology”
2.Standards-based products, subject to compliance testing
3. IBM hardware platforms
4.Linux operating system
5.Scalability to 100,000 endpoints
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What We Tell Our Vendors We Need From Them(continued)
6. Carrier-grade resilience
7. A independent platform for SIP application integration and abstraction
8. Convergence and integration along multiple planes• Voice / data• Wireline / wireless• On-premise / off-premise• Voice / IM / video / etc.• Presence
9.Leap to the new ODT environment rather than taking baby steps
10. Integrated support & service
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IBM Confidential Draft 0.9b
•Any vendor’s User Agent or End Point•Any vendor’s SIP server•We will measure compliance in an IBM lab environment
Multi-vendor, Interoperable, Standards-Based: These represent the foundation principles of the IBM On Demand Telephony architecture
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IBM Confidential Draft 0.9b
•IBM buys application interfaces•If we buy apps, then apps must work in multi-vendor environment•All User Agents and End points have access to all applications
Multi-vendor, Interoperable and Standards principles Also apply to the applications we implement.
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Transport & Network Endpoints•Backbone routing•Gateways•IP network (incl. QoS)•SIP Proxies
Call Control•SIP Proxies •Softswitches•Hosted HiPath•Call Manager•S8700•TDM & Hybrid PBXes•ACDs
Applications•Audio conferencing•Voice mail•Sametime•Unified messaging•Video conferencing• GTA
User Endpoints•Hard phones (SIP, IP, TDM) •Soft phones (SIP, IP)•Mobile phones (cellular, 802.x)
VoIP Segmentation
InteroperabilityA Multi-Vendor Architecture
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Logical View: Converged Voice/Data ArchitectureDisaggregated Parts – Integrated Whole
GW
TDMPBXSIP
UA
SIPSVR
AAA andPolicy SVR
IVR Web
PresenceSvr
MediaMixer
ConfScheduler
UMStore
DirectoryAnd ENUM
Text toSpeech
FW
Third Party Apps
FeatureSvr
Websphere?
AppSvr
Internet
PSTNCellular
ExternalServices
GW
DSL/Cable
IP NetworksGW
FW
MobilitySvr
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GW
TDMPBX
SIPUA
SIPSVR
AAA andPolicy SVR
IVR Web
PresenceSvr
MediaMixer
ConfScheduler
UMStore
DirectoryAnd ENUM
Text toSpeech
FW
Third Party Apps
FeatureSvr
Websphere?
AppSvr
Internet
PSTN
Cellular
ExternalServices
GW
DSL/Cable
IP NetworksGW
FW
MobilitySvr Was: Vendor
Now: Customer
(Much like the shift from mainframe to client/server or Web-based computing.)
Creates: Opportunity
A Shift In Integration Responsibility
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On Demand: The New Agenda
Variable
Responsive
Resilient
Focused
Integrated
Open
Virtual
Autonomic
on demand business
on demand operating environment
new financial models
Define Business Model Define the delivery vehicle
ODT
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On Demand: The New Agenda
Variable
Responsive
Resilient
Focused
Integrated
Open
Virtual
Autonomic
on demand business
on demand operating environment
new financial models
Define Business Model Define the delivery vehicle
ODT
Less Fixed Cost
Quick toDeploy
Carrier Grade
Best of Breed
Components
ApplicationIntegration
SIP, SOAP, XML
CommonServices
Stateless = quick recovery
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We have excellent communications tools and depend on them daily. Now they are starting to work together.
With this strategy:
I have better info for contacting peopleMy PC works with my phone
My IM can send message to cell phone screensMy conferencing is multimedia and linked to appsMy applications work with communication toolsMy phone still works but features are easier to use
My cell phone can receive messages from IMMy PDA can also be engaged (future)
Everything Works!Now our tools are starting to work together
Imagine what else we can do…….
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Thank You!