High Availability High Reliability Telecommunications Middleware Market

High Availability High Reliability Telecommunications Middleware Market Opportunities, Strategies, and Forecasts, 2007 to 2013

Product Type: Market Research Report
Published by: Wintergreen Research
Published: December 2007
Product Code: R49-417

Description

The convergence of IT and communications infrastructure is placing complex high availability, system clustering, and manageability requirements on system development. These requirements create tremendous problems with respect to scalability, development cost, time-to-market, and resources allocated to core competencies.

Middleware is positioned to decrease ongoing maintenance cost associated with infrastructure software. The consumer and corporate demand for more sophisticated telecom services, the viability of standards technologies and the emergence of new competitors are leading industry players to view COTS software as an imperative.

The technical requirements for deploying real-time services over global networks continue to grow. Applications must work in real-time, with low latency, and scale to millions of users. Yet traditional enterprise software solutions have reached their performance limits. Complex legacy applications are difficult, if not impossible, to grow or change.

The growing shift of the telecommunications market to a modular communications platform architecture will enable carriers to more rapidly deploy new services, reduce operating costs, and easily scale with demand. The success of AdvancedTCA solutions is built from interoperable, carrier grade, high-performance off-the-shelf building blocks including Intel® processors and high availability middleware.

High availability system development requirements are evolving in the context of the evolution of blade servers. Blade servers are small, dense computers tied together with software that balances the processing workload between them. One refrigerator-size mainframe is more efficient than units that hold more than 300 blade servers. The mainframe is significantly more efficient and reliable than 500 of the smallest servers that can fit in the same-size rack. The mainframe systems are far more efficient than densely packed server systems.

High availability high reliability telecommunications middleware market forecasts indicate that markets of $792.6 million in 2006 are anticipated to reach $2.1 billion by 2013. Markets are anticipated to grow in response to the need of all equipment providers to adapt to open systems replacing current proprietary middleware systems.

Table of Contents

HIGH AVAILABILITY HIGH RELIABILITY TELECOMMUNICATIONS MIDDLEWARE EXECUTIVE SUMMARY: High Availability High Reliability Telecommunications Middleware Market Driving Forces; High Availability High Reliability Telecommunications Middleware Market Shares; High Availability High Reliability Telecommunications Middleware Market Forecasts; High Availability Telecommunications Middleware Addresses Server Consolidation Solutions For VoIP; Move to Open Standards For High Availability In Telecommunications
1. HIGH AVAILABILITY, HIGH RELIABILITY NEXT GENERATION NETWORK (NGN) MARKET DESCRIPTION AND MARKET DYNAMICS: 1.1 In-House Developer Organization High Availability Middleware Solutions Replaced by COTs Systems -- Upgrade Costs Supported By Customer Base; 1.2 Service Provider NGN Systems; 1.3 Network Service Needs; 1.4 Increasing Average Revenue Per User (ARPU); 1.5 Impact of Competition; 1.6 Market Growth Dynamics; 1.7 Converged Voice And Data Networks; 1.8 Wireless Networks; 1.9 Multimedia Markets; 1.10 IP Telephony Service Solutions; 1.11 Web Services; 1.12 Strategies To Improve Performance; 1.13 Customer Financing Arrangements; 1.14 Market Makers; 1.15 Demand For Total Solutions; 1.16 Marketing Globally; 1.17 Internet Traffic; 1.18 VSAT Networks
2. HIGH AVAILABILITY HIGH RELIABILITY TELECOMMUNICATIONS MIDDLEWARE MARKET SHARES AND MARKET FORECASTS: 2.1 High Availability High Reliability Telecommunications Middleware Market Driving Forces; 2.2 High Availability High Reliability Embedded Infrastructure Software For Telecommunications Middleware; 2.3 Carrier Grade Signaling Middleware; 2.4 Utility Centralized Service Level Management Middleware; 2.5 Wirespeed Messaging Middleware; 2.6 Wirespeed XML and Packet Compression Messaging Middleware; 2.7 High Availability High Reliability One to N Base Station Telecommunications Middleware Market Shares; 2.8 High Availability High Reliability Telecommunications Application Server Middleware Market Shares; 2.9 Fault And Event Management For Operations Support Systems (OSS); 2.10 High Availability Middleware Telecommunications Regional Market Analysis; 2.11 High Availability Middleware Telecommunications Market Segment Analysis
3. HIGH AVAILABILITY HIGH RELIABILITY TELECOMMUNICATIONS MIDDLEWARE PRODUCTS: 3.1 High Availability Middleware Software Companies; 3.2 Carrier Grade High Availability Telecommunications Embedded Systems Middleware; 3.3 IBM Mainframe vs. Distributed Server ROI Analysis Reliability and Security Features Benefit Mainframe System; 3.4 GoAhead Software Middleware For Highly Available Systems; 3.5 GoAhead® Software; 3.6 Sun NetraTM High Availability Suite; 3.7 Continuous Computing Accelerates Time-to-Market Advantage for Telecom Equipment Manufacturers; 3.8 Hewlett Packard; 3.9 Hewlett Packard OpenCall; 3.10 Huawei; 3.11 Fujitsu Siemens HIPLEX (BS2000/OSD) Highly Integrated System Complex; 3.12 Hughes AIReach High Availability Broadband Wireless Systems; 3.13 Clovis Solutions; 3.14 IBM Software High Availability Middleware For Telecommunications; 3.15 Telecom Integration Systems Middleware; 3.16 IBM Integration Systems; 3.17 IBM Express Middleware; 3.18 Network Layer 1 Messaging; 3.19 Cisco AON Messaging and Development Studio; 3.20 Kabira Solutions Suite For Payments; 3.21 Kabira Real-Time Services On The Network; 3.22 Ulticom; 3.23 Ulticom Signalware SIGTRAN; 3.24 Carrier Grade High Availability Telecommunications Middleware; 3.25 IBM Systems System P; 3.26 Clovis Solutions; 3.27 Aricent Communications Software; 3.28 RadiSys; 3.29 RadiSys Expands Its AdvancedTCA® Solutions; 3.30 Stratus; 3.31 Kontron; 3.32 Steeleye; 3.33 Symantec / Veritas; 3.34 Veritas; 3.35 Solid / QNX Software Systems
4. HIGH AVAILABILITY, HIGH RELIABILITY NEXT GENERATION NETWORK (NGN) TECHNOLOGY: 4.1 Multi-Protocol Telecommunications Systems; 4.2 IP Telephony Service Solutions; 4.3 Soft Switches; 4.4 Open Standards; 4.6 Specific Absorption Rate (SAR) Of A Mobile Phone; 4.7 Bluetooth; 4.8 GPRS; 4.9 EGPRS (EDGE); 4.10 Multimedia Messaging Service; 4.11 Mobile Video; 4.12 Presence; 4.13 Push to Talk; 4.14 E1 / T1 Transceiver Technology -- Buffering Collects Cells to Implement Asynchronous Functionality; 4.15 Rate Recovery; 4.16 TDM Interface; 4.17 Multiplex Mode
5. HIGH AVAILABILITY HIGH RELIABILITY TELECOMMUNICATIONS MIDDLEWARE COMPANY PROFILES: 5.1 Aricent Communications Software / Hughes Software; 5.2 BEA; 5.3 Continuous Computing; 5.4 Fujitsu / Siemens; 5.5 GoAhead; 5.6 Hewlett Packard (HP); 5.7 Huawei; 5.8 Hughes Communications / Hughes Network Systems; 5.9 IBM; 5.10 Kabira Technologies; 5.11 Oracle / Stellent; 5.12 Performance Technologies; 5.13 RadiSys; 5.14 Software AG / WebMethods; 5.15 SteelCloud; 5.16 SteelEye; 5.17 Stratus; 5.18 Sun Microsystems; 5.19 Symantec / Veritas; 5.20 Tibco; 5.21 Ulticom
List of Tables and Figures
EXECUTIVE SUMMARY: Table ES-1 Requirements Functions Needed To Address Convergence Of IT And Communications Infrastructure; Table ES-2 High Availability System Development Requirements Issues; Table ES-3 High Availability High Reliability Telecommunications Middleware Market Driving Forces; Figure ES-4 Worldwide High Availability System Market Shares, Dollars, 2006; Figure ES-5 Worldwide High Availability Telco Infrastructure Market Forecasts, Dollars, 2007 to 2013; Table 1-1 Service provider NGN Service Solutions; Table 1-2 Network Systems Functions; Table 1-3 Telecommunications Market Shifts; Table 1-4 Change In Telecommunications Equipment Markets; Table 1-5 Response To Change In Telecommunications Equipment Markets; Table 1-6 Service Provider Build-Out Of The Next Generation 3G Systems; Table 1-7 Factors Impacting Build-Out Of 3G Wireless Infrastructure; Table 1-8 Factors Impacting Implementation Of 3G Wireless; Table 1-9 Wireless IP Network Benefits; Table 1-10 Key Benefits Of Multimedia Solutions; Table 1-11 Strategies To Improve Telecommunication Equipment Company Performance; Table 1-12 Top Ten Telecommunication Providers As Market Makers; Table 1-13 Top Ten Telecommunications Equipment Provider Market Strategies; Table 1-14 Top Ten Telecommunications Equipment Provider Strategies To Adapt To Changing Markets; Table 1-15 Marketing Globally; Table 2-1 Requirements Functions Needed To Address Convergence Of IT And Communications Infrastructure; Table 2-2 High Availability System Development Requirements Issues; Table 2-3 High Availability High Reliability Telecommunications Middleware Market Driving Forces; Figure 2-4 Worldwide High Availability System Market Shares, Dollars, 2006; Table 2-5 Worldwide High Availability System Market Shares, Dollars, 2006; Table 2-6 ROI Mainframe vs. Distributed Server Analysis Models; Table 2-7 HP OpenCall, With World Class Partners; Table 2-8 Sun Netra HA Suite Foundation Services Features; Table 2-9 Open Clovis Positioning; Figure 2-10 Worldwide High Availability Telco Infrastructure Market Forecasts, Dollars, 2007 to 2013; Table 2-11 Worldwide High Availability Telco Infrastructure Market Forecasts, Dollars, 2007 to 2013; Table 2-12 Trends In Telecommunications Middleware; Figure 2-13 Worldwide High Availability Telco Embedded Infrastructure Market Forecasts, Dollars, 2007 to 2013; Table 2-14 Worldwide High Availability Telco Infrastructure Market Forecasts, Dollars, 2006; Figure 2-15 Worldwide High Availability Telco Embedded Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-16 Worldwide High Availability Telco Embedded Infrastructure Market Forecasts, Dollars, 2007 to 2013; Table 2-17 Worldwide High Availability Telco Embedded Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-18 Worldwide High Availability Telco Carrier Grade Signaling Infrastructure Market Forecasts, Dollars, 2006; Table 2-19 Worldwide High Availability Telco Carrier Grade Signaling Infrastructure Market Forecasts, Dollars, 2006; Figure 2-20 Worldwide High Availability Telco Carrier Grade Signaling Infrastructure Market Forecasts, Dollars, 2007 to 2013; Table 2-21 Worldwide High Availability Telco Carrier Grade Signaling Infrastructure Market Forecasts, Dollars, 2007and 2013; Table 2-22 Worldwide High Availability Telco Carrier Grade Signaling Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-23 Worldwide High Availability Telco Utility Infrastructure Market Shares, Dollars, 2006; Table 2-24 Worldwide High Availability Telco Utility Infrastructure Market Shares, Dollars, 2006; Figure 2-25 Worldwide High Availability Telco Utility Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-26 Worldwide High Availability Telco Utility Infrastructure Market Forecasts, Units, 2007 to 2013; Table 2-27 Worldwide High Availability Telco Utility Infrastructure Market Forecasts, Units and Dollars, 2007 to 2013; Table 2-28 Principles To Ensure Long Term, Successful Outsourcing Relationships; Table 2-29 Private Utility Computing Model; Table 2-30 Shared Utility Computing Model; Table 2-31 Internet; Table 2-32 Supply Side Public Utility Model Evolution; Table 2-33 Demand Side Public Utility Model Evolution; Table 2-34 Public Utility Model Evolution Goals; Table 2-35 Public Utility Model Evolution Benefits; Table 2-36 Public Utility Model Evolution Strategies; Table 2-37 Wirespeed Messaging Product Functions; Table 3-38 Mainframe Solutions; Table 2-39 Wirespeed Messaging Systems Capabilities; Figure 2-40 Worldwide High Availability Telco Wirespeed Messaging Infrastructure Market Shares, Dollars, 2006; Table 2-41 Worldwide High Availability Telco Wirespeed Messaging Infrastructure Market Shares, Dollars, 2006; Figure 2-42 Worldwide High Availability Telco Wirespeed Messaging Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-43 Worldwide High Availability Telco Wirespeed Messaging Infrastructure Market Forecasts, Units, 2007 to 2013; Figure 2-44 Worldwide High Availability Telco Wirespeed Messaging Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-45 Worldwide High Availability Telco Wirespeed Messaging Infrastructure Market Shares, Dollars, 2006; Table 2-46 Worldwide High Availability Telco Wirespeed Messaging Infrastructure Market Shares, Dollars, 2006; Figure 2-47 Worldwide High Availability Telco Wirespeed XML Compression and Security Messaging Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-48 Worldwide High Availability Telco Wirespeed XML Compression and Security Messaging Infrastructure Market Forecasts, Units, 2007 to 2013; Figure 2-49 Worldwide High Availability Telco Wirespeed XML Compression and Security Messaging Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-50 Worldwide High Availability Telco One to N Base Station Infrastructure Market Shares, Dollars, 2006; Figure 2-51 Worldwide High Availability Telco One To N Base Station Infrastructure Market Shares, Dollars, 2006; Figure 2-52 Worldwide High Availability Telco One To N Base Station Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-53 Worldwide High Availability Telco One To N Base Station Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-54 Worldwide High Availability Telco One To N Base Station Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-55 Worldwide High Availability Telco Application Server Infrastructure Market Shares, Dollars, 2006; Figure 2-56 Worldwide High Availability Telco Application Server Infrastructure Market Shares, Dollars, 2006; Figure 2-57 Worldwide High Availability Telco Application Server Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-58 Worldwide High Availability Telco Application Server Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-59 Worldwide High Availability Telco Application Server Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-60 Worldwide High Availability Telco Fault And Event Management For Operations Support Systems (OSS) Infrastructure Market Shares, Dollars, 2006; Table 2-60 Worldwide High Availability Telco Fault And Event Management For Operations Support Systems (OSS) Infrastructure Market Shares, Dollars, 2006; Figure 2-62 Worldwide High Availability Telco Fault and Event Management Infrastructure Market Forecasts, Dollars, 2007 to 2013; Figure 2-63 Worldwide High Availability Telco Fault and Event Management Infrastructure Market Forecasts, Units, 2007 to 2013; Figure 2-64 Worldwide High Availability Telco Fault and Event Management Infrastructure Market Forecasts, Units and Dollars, 2007 to 2013; Figure 2-65 High Availability Telco Regional Analysis, Dollars, 2006; Table 2-66 High Availability Telco Regional Analysis, Dollars, 2006; Figure 2-67 Worldwide High Availability Telco Infrastructure Market Segments, Dollars, 2006; Figure 2-68 Worldwide High Availability Telco Infrastructure Market Segments, Dollars, 2013; Table 2-69 Worldwide High Availability Telco Infrastructure Market Segments, Dollars, 2007 - 2013; Table 3-1 Selected Companies Offering High Availability Middleware To The Telecommunications Markets; Table 3-2 ROI Mainframe vs. Distributed Server Analysis Models; Table 3-3 Network Business Integration (BI); Table 3-4 GoAhead® Software High Availability Middleware Features and Functionality; Table 3-5 GoAhead® Software High Availability Middleware Performance Enhancements; Table 3-6 GoAhead® Software High Availability Middleware Positioning; Table 3-7 GoAhead® SelfReliant Enhancements; Table 3-8 GoAhead SelfReliant Features; Table 3-9 GoAhead Products SelfReliant Middleware Benefits; Table 3-10 GoAhead Products SelfReliant Middleware functions; Table 3-11 GoAhead Products SelfReliant Middleware Services; Table 3-12 IBM / GoAhead® Software High Availability Middleware Key Features; Table 3-13 GoAhead SelfReliant High Availability Functions; Table 3-14 GoAhead SelfReliant Features; Table 3-15 GoAhead® SelfReliant® Software Advanced Features; Table 3-16 GoAhead® SelfReliant® Software Robust Distributed Messaging Services:; Table 3-17 GoAhead SelfReliant Motorola Integrated Benefits; Table 3-18 Sun NetraTM High Availability Suite Functions; Table 3-19 Sun NetraTM High Availability Suite Design Aspects; Table 3-20 Sun NetraTM High Availability (HA) Suite Cluster Functions; Table 3-21 Sun Netra HA Suite Foundation Services Features; Table 3-22 Sun Netra HA Suite Soft Partitioning Features; Table 3-23 Sun Netra HA Suite Recovery Features; Table 3-24 Sun Netra HA Cluster Communication Duplication Features; Table 3-25 Sun Netra HA Suite Foundation Reliable NFS Service Features; Table 3-26 Sun Netra HA Enhanced Reliability For Standard Boot And DHCP Services Features; Table 3-27 Sun Netra HA Suite Fault Detection Features; Table 3-28 Sun Netra HA Suite Fault Isolation Features; Table 3-29 Sun Netra HA Suite Foundation HA Features; Table 3-30 Sun Netra HA Suite HA Target Markets Figure; Table 3-31 Sun Netra HA Suite Architecture; Table 3-32 Sun Netra HA Suite Fault management Key Highlights; Table 3-33 Sun Netra HA Suite Fault management Features; Table 3-34 Sun Netra HA Suite Solid, Proven OS Foundation; Table 3-35 Sun Netra HA Suite Target markets; Table 3-36 Sun Netra High Availability Suite Key Features; Table 3-37 Sun High Availability Solutions Packs Return On Investment; Table 3-38 Sun High Availability Software Cluster File System Key Benefits; Table 3-39 Sun High Availability Software Cluster File System Key Modules; Table 3-40 Benefits of Continuous Computing Trillium IMS; Table 3-41 Continuous Computing Reliability & Scalability Trillium FT/HA; Table 3-42 Continuous Computing Trillium VoIP Protocols; Table 3-43 Continuous Computing Trillium-Powered Wireless Network Elements; Table 3-44 Continuous Computing Trillium 3G Wireless Protocols; Table 3-45 Continuous Computing Trillium 2.5G Wireless Protocols; Table 3-46 Continuous Computing GPRS Stack; Table 3-47 Continuous Computing Trillium-Powered VoIP Network Elements; Table 3-48 Continuous Computing H.323 Stack Components; Table 3-49 Continuous Computing Trillium Core Software Fault-Tolerance Functions; Table 3-50 Advantages of Licensing Continuous Computing Trillium FT/HA and DFT/HA Solutions; Table 3-51 Continuous Computing Trillium Software Key Categories Applications; Table 3-52 Continuous Computing AdvancedTCA Product Common Feature Set; Table 3- 53 Continuous Computing High Availability upSuite® Platform Management; Table 3-54 Continuous Computing High Availability Key Features; Table 3-55 HP OpenCall's Carrier-Grade Applications Systems; Table 3-56 HP OpenCall Internet Protocol Signaling Transfer Gateway (IP-STG) Functions; Table 3-57 HP OpenCall Internet Protocol Signaling Transfer Gateway (IP-STG) Key Benefits For Service Providers; Table 3-58 HP OpenCall Universal Signaling Platform IP-Revenue-Generating Telecom Services; Table 3-59 HP OpenCall Universal Signaling Platform IP-Revenue-Generating Telecom Signal Type; Table 3-60 HP OpenCall Service Access Revenue-Generating Applications And Solutions; Table 3-61 HP OpenCall Service Profile Products; Table 3-62 HP OpenCall Intelligent Network Server Solutions; Table 3-63 HP OpenCall World Class Partners And Solutions; Table 3-64 Hewlett Packard OpenCall Features; Table 3-65 HP Network Node Manager Features; Figure 3-66 Huawei Middleware Positioning; Table 3-67 Fujitsu Siemens HIPLEX Multiserver Features; Table 3-68 Fujitsu Siemens Computers Solution Strategy; Table 3-69 Fujitsu Siemens Computers Cluster Solution Strategy Challenge:; Table 3-70 Fujitsu Siemens Computers Cluster-Wide Data Management Sets Standards Of Simplicity And Security; Table 3-71 Fujitsu Siemens PrimeCluster Parallel Server Benefits Continuous database availability; Table 3-72 Fujitsu Siemens TRIOLE Dynamic Data Center core technologies; Table 3-73 Fujitsu Siemens IT Systems Management Responsibilities; Table 3-74 Fujitsu Siemens IT Systems Fail-Safe Functions; Table 3-75 Fujitsu Siemens Challenges to Address IT Systems Low Utilization; Table 3-76 Fujitsu Siemens Challenges to Address IT Systems Lower Quality Service; Table 3-77 Fujitsu Siemens Challenges to Address Frequent Reconfiguration; Table 3-78 Fujitsu Siemens Positioning To Improve IT Systems Low Utilization; Table 3-79 Fujitsu-Siemens Addresses The Effect of Discrete Siloed Services; Table 3-80 Fujitsu-Siemens Addresses The Differences In Resource Utilization; Table 3-81 Fujitsu-Siemens Addresses The Effects That High Load Have On Resource Utilization; Table 3-82 Fujitsu-Siemens Addresses The Virtualization of Systems to Improve Resource Utilization; Table 3-83 Hughes AIReach® network's flexible underlying transport; Table 3-84 Clovis Solutions Critical Feature Set; Table 3-85 Clovis Solutions Telco Blade Feature Set Functions; Table 3-86 Clovis SISP modular platform elements; Table 3-87 Clovis Solutions Standards Supported; Table 3-88 IBM Mission Critical Messaging Strengths; Table 3-89 IBM Express Middleware; Table 3-90 IBM Express Middleware Positioning; Table 3-91 Cisco AON Wirespeed Messaging Features; Table 3-92 Cisco AON Functions; Table 3-93 Cisco AON Pervasive, Intelligent Network Benefits; Table 3-94 Kabira Payment Solution Suite Significant Elements; Table 3-95 Kabira Payment Solution Suite Target Markets; Table 3-96 Kabira Payment Solution Suite Features; Table 3-97 Kabira Solutions Functions; Table 3-98 Service Creation and Management Solutions Portfolio Component Value Of De-Coupling The Service Layer From The Control Layer; Table 3-99 Benefits of Kabira HA Node; Table 3-100 Functions of Kabira HA Node; Table 3-101 Kabira High Availability (HA) Component Features; Table 3-102 Kabira HA Methodologies Availability Downtime; Table 3-103 Benefits Of Adding A Kabira Node; Table 3-104 Kabira Deliver Next-Generation High Availability; Table 3-105 Utilcom SIGTRAN High Availability Process; Table 3-106 RadiSys PICMG 2.16 Platform Elements; Table 3-107 SteelEye LifeKeeper High Availability Clustering Solution For Windows And Linux On Intel Server Functions; Table 3-108 Veritas Cluster Server Key Features; Table 3-109 Veritas Cluster Server Key Benefits; Table 3-110 Veritas Cluster Server Associated Components; Table 3-111 Integration Of The QNX Neutrino RTOS and the Solid BoostEngine Functions; Table 3-112 Solid Carrier-Grade Reliability, Availability, And Scalability Business Value; Table 4-1 Multi-Protocol Systems; Table 4-2 Service Oriented Architecture (SOA) Functions; Table 4-3 Integration Engine XML Processing Functions That Drive Business Process Electronically End-To-End; Table 4-4 IP Wireless Transport Advantages; Table 4-5 Benefits of Push to Talk; Table 5-1 Fujitsu / Siemens Cluster Systems; Table 5-2 HP Business Groups In Core Technology Areas:; Table 5-3 HP Focus On Technology Shifts That Have The Power To Transform Customer Lives And Businesses; Table 5-4 HP OpenCall Solutions; Table 5-5 HP OpenCall INS Partners; Table 5-6 HP Solution Partner; Table 5-7 HP OpenCall Signaling Products; Table 5-8 HP OpenCall, with its world class partners; Table 5-9 IBM WebSphere Product Categories; Table 5-10 Ulticom Organizational Strengths:

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