Mission Critical Messaging And Open Source Streaming Market : Pin-Point Analyses Of Market Competition Dynamics To Offer You A Competitive Edge

Growth is based on implementation of streaming mobile smart phone network connectivity, tablet use for mobile computing, Internet apps, cloud computing, SOA, and business process management systems (BPM) that support collaboration. SOA process API components support enterprise innovation and change. Software forms the basis of change. Software API streaming message development tools drive innovation. Mission critical messaging is a key aspect of those aspects of web process making IT flexible and adaptable.

Open source carves a place in mission critical messaging with flavors of MQ providing foundation for cloud and mobile. The move to accelerate replacements for once and only once automated delivery process for the line of business is being achieved, built into new types of cloud data centers. Streaming messaging is being used to implement stock ticker info, og management, web site management, and data management inside cloud systems that stretch the boundaries of the enterprise.

Messaging is used to reach to all parts of the data center and to user endpoints. Marketing departments use messaging to target smartphones and tablets. Messaging is fundamental to the ability to launch APIs anywhere. Systems of engagement are dependent on implementing management decentralization and supporting user empowerment leveraging messaging. Mission critical messaging forms the base for SOA, the base for IoT, for business intelligence (BI), and for analytics systems.

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Not much new has come along in the middleware messaging broker market since MQ Series made its debut at the Chicago Merc Exchange many years ago. Then the need to provide reliable messaging in a manner that worked was an industry breakthrough and IBM has ridden the wave ever since.

Now, the new kid on the block is Kafka Streams API that is able to deal with scale in a manner that MQ cannot begin to approach. Scale is everything in the era of Clos architecture of the data center and optical transceivers for inside the data center. Data moves at the speed of light around the network inside the data center so scale is important.

The charter of mission critical messaging has shifted from manually interconnected APIs using some software to install them to automated API process managed by orchestration. While much of the manual process is left in place, it is fast being replaced in more modern companies.

This does not diminish the value of IBM WebSphere MQ, once and only once asynchronous processing is still a requirement for transaction processing, but these days there is a lot of data moving around the data center that is not transaction intensive. Tibco pioneered the Rendezvous publish subscribe messaging suite that has been so successful in providing stock ticker information in a stream.

Publish subscribe messaging models are not dependent on once and only once message delivery. This stock data comes in a stream. If one stock price gets dropped for some reason, it is simply displayed the next time it comes up.

A financial transaction is not that way. If it gets counted twice, or gets missed, this is not a good system, but much messaging can work in a publish subscribe mode where 100% accuracy is not an issue. Smart phones and tablets change the markets for IT systems implementation, increasing the need for mission critical decoupled messaging so that apps can interconnect automatically, bringing data to the desired compute node.

“The communication of data is a demanding task. There is trouble if a sent message does not get through or contra-wise if a message that is sent goes through twice. When there is a person on one or both sides of the message sending, human intelligence is able to deal with the problem if the message does not get sent, or if it gets sent twice, but for a machine to machine communication, the anticipation of difficulty has to be built into the system.”

The market for Middleware Messaging and Open Source Streaming sector at $8.2 billion in 2016 is expected to be worth $11.5 billion by 2023. Growth is based on implementation of streaming mobile smart phone network connectivity, tablet use for mobile computing, Internet apps, cloud computing, SOA, and business process management systems (BPM) that support collaboration. SOA process API components support enterprise innovation and change. Software forms the basis of change. Software API streaming message development tools drive innovation. Mission critical messaging is a key aspect of those aspects of web process making IT flexible and adaptable.

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Companies Profiled

Market Leaders

IBM
Microsoft
Tibco
Oracle
Microfocus / HPE Software
RedHat
Fujitsu
Fiorano
Confluent
Mulesoft
Software AG / WebMethods

Market Participants

360 Logica
ActiveMQ
Adobe
AgilePoint
Apache Flume
Appian
Aurea
BigAgi
BizFlow
BonitaSoft
CA Technologies
Cisco Systems
Confluent
Crosscheck Networks
Dell / VMWare
Elastic Stack Open Source
Fabasoft Group
Fiorano
Fujitsu
Hewlett Packard Enterprise HPE
HostBridge
IBM
Informatica
Information Builders / iWay Software
Intalio
Kofax
Managed Methods
Mega
Mendix
Microfocus
Microsoft SOA
Mulesoft
Nastel Technologies
Newgen
OpenText
Oracle
PegaSystems
Perficient
Pivotal
PNM Soft
Progress Software
Red Hat
SAP
SOALIB
Software AG
Tibco Software
WSO2

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Table of Contents

Mission Critical Messaging Middleware Executive Summary 37
Mission Critical is Decoupled Messaging 37
Superior Application Middleware Delivers Enterprise Agility 42
With IoT, APIs Are Used for Everything 44
Web Transactions Implemented by IBM Blockchain 45
IBM Blockchain Interactions 52
IBM Use Cases for IoT and Blockchain 53
Mission Critical Messaging Market Shares 54
Mission Critical Messaging Market Forecasts 57

1. Mission Critical Messaging and Streaming Market Definition 59
1.1 Mission Critical Kafka API Streaming 59
1.2 Apache Kafka Distributed Streaming Platform 63
1.2.1 Stream Processing 69
1.2.2 Apache Event Sourcing 70
1.3 Private Cloud Computing Model 72
1.3.1 IBM WebSphere SOA Open Systems Cloud Foundation 72
1.3.2 IBM SOA Foundation 73
1.4 Mission Critical Messaging Products 74
1.4.1 Mission Critical Middleware Messaging 74
1.5 Mission Critical Messaging As A Base For Services Oriented Architecture (SOA) 75
1.6 Mission Critical Messaging As A Base For Secure Application Integration 77
1.6.1 IBM WebSphere MQ 79
1.7 OASIS Secure, Reliable Transaction Web Services Messaging Architecture 79
1.7.1 Reliable Message-Based Web Services Communication 80
1.8 Mission Critical Middleware Messaging Open Connectivity 81
1.8.1 Messaging Solutions 81
1.9 Message Trends 82
1.10 Mission Critical Messaging Market Dynamics 84
1.11 SOA Governance Lifecycle 86
1.11.1 Cloud Model For Consuming And Delivering Business And IT Services 89
1.11.2 Cloud Computing 89
1.11.3 Google Clos Networks 91
1.11.4 Microsoft Cloud Business Model: Private Cloud – Unlimited Virtualization Rights 94

2. Mission Critical Messaging and Streaming Market Shares and Market Forecasts 97
2.1 Mission Critical is Decoupled Messaging 97
2.1.1 Superior Application Middleware Delivers Enterprise Agility 102
2.1.2 With IoT, APIs Are Used for Everything 104
2.1.3 Web Transactions Implemented by IBM Blockchain 105
2.1.4 IBM Blockchain Interactions 112
2.1.5 IBM Use Cases for IoT and Blockchain 113
2.2 Mission Critical Messaging Market Shares 114
2.2.1 IBM WebSphere MQ 118
2.2.2 .NET MSMQ from Microsoft 120
2.2.3 Tibco Transport Layer 121
2.2.4 Fiorano Enterprise Messaging Backbone 122
2.2.5 FioranoMQ JMS Server 123
2.2.6 Micro Focus 123
2.2.7 Open Text / GSX 124
2.2.8 Apache Kafka Usage at Linked IN 125
2.2.9 Confluent 125
2.3 Mission Critical Messaging Market Forecasts 127
2.3.1 Worldwide Mission Critical Messaging Unit Shipments Analysis 130
2.3.2 Cloud 2.0 Mega Data Center Evolution 134
2.3.3 Worldwide Mission Critical Messaging Unit Shipments 136
2.3.4 Typical Providers of Industrial IoT Asset Efficiency Solutions 138
2.3.5 Hitachi Analytics Diagnoses Manufacturing Leveraging Messaging Middleware 139
2.3.6 SOA Integration Of E-Business 139
2.3.7 Market Driving Forces For Real Time Exchange of Information 142
2.3.8 Containers Hold Real Promise For Application Integration 146
2.3.9 Mission Critical Messaging Growth Factors 148
2.3.10 Backbone Connectivity Across All Platforms with Open Systems 151
2.3.11 Financial Services and Messaging Applications 152
2.3.12 NET Microsoft Web Services 157
2.3.13 Publish Subscribe Messaging 157
2.3.14 JMS Messaging 158
2.3.15 SCADA Messaging 159
2.3.16 Open Systems Backbone Connectivity Across Platforms / Messaging Integrated Across Microsoft 160
2.3.18 Open Source Distributed Messaging System Description 161
2.4 Mission Critical Messaging Regional Analysis 162

3. Middleware Messaging and API Streaming Messaging Product Description 165
3.1 Apache Kafka 165
3.2 Kafka Streams API 166
3.2.1 Kafka Streams API included with Apache Kafka and Confluent Enterprise 171
3.3 Confluent Kafka 175
3.3.1 Kafka Streams API Continuous Queries Used To Automate Real-Time Intelligence At Scale 176
3.3.2 Kafka Streams API Flow Of Data In Real-Time Streams 179
3.4 Storm 181
3.4.1 Storm Distributed Messaging System 182
3.4.2 Storm Publish-Subscribe Model 182
3.4.3 Storm Messaging System 183
3.5 Samza 183
3.6 Flink 184
3.6.1 Flink Streaming Partitioning 186
3.7 Cisco Spark Messaging 188
3.7.1 Cisco Spark End-to-End Encryption Of Content 189
3.7.2 Cisco Spark Encryption in Transit 190
3.7.3 Cisco Spark Authorization and Authentication 190
3.7.4 Cisco Spark Hybrid Data Security 191
3.7.5 Cisco IoT 192
3.8 AWS Kinesis 192
3.8.1 Amazon Kinesis Analytics Product Details 193
3.8.2 Amazon Kinesis Firehose Near Real-Time 196
3.9 Apache Kafka 197
3.10 Cloud Based Application Integration 198
3.10.1 Data Center Architectures Evolving 202
3.11 IBM Mission Critical Broker and Streaming Messaging Middleware 203
3.11.1 IBM WebSphere Streams 204
3.11.2 IBM MQ 205
3.11.3 IBM WebSphere MQ 212
3.11.4 IBM IT Strategy and Design for Middleware 213
3.11.5 IBM Middleware Key Enabler For Integration And Interoperability 213
3.11.6 IBM WebSphere MQ Assured Delivery Functions 219
3.11.7 IBM WebSphere MQ 224
3.11.8 IBM WebSphere MQ Telemetry Capabilities 226
3.11.9 IBM WebSphere MQ Integration File Transfer Business Value 228
3.11.10 IBM WebSphere MQ Clustering 231
3.11.11 IBM WebSphere MQ Hardware Cluster May Be Set Up In An Active-Passive Mode Or An Active-Active Mode 232
3.11.12 IBM WebSphere MQ Supports Clustering Through Split Cluster Transmit Queues 233
3.11.13 IBM WebSphere MQ End-To-End Security 234
3.11.14 IBM IoT Blockchain Distributed Replication 237
3.11.15 Web Transactions Implemented by IBM Blockchain 237
3.11.16 IBM Blockchain Interactions 244
3.12 Microsoft Cloud 245
3.12.1 Microsoft Middleware 246
3.12.2 Microsoft Windows Server AppFabric 248
3.12.3 Microsoft Azure 249
3.12.4 Microsoft BizTalk Server 250
3.12.5 Microsoft.NET Framework Time-to-Market 256
3.12.6 Microsoft .NET Framework Performance and User Experience 256
3.12.7 Microsoft.NET Framework Developer Skills and Productivity 256
3.12.8 Microsoft Visual Studio and .NET 257
3.13 Tibco 257
3.13.1 Tibco FTL 258
3.13.2 Tibco e-FTL Messaging Middleware 260
3.13.3 Tibco Enterprise Message Service 263
3.13.4 Tibco Enterprise-Class Messaging Performance 265
3.13.5 Tibco Reliable, Persistent Messaging 265
3.13.6 Tibco Rendezvous Publish Subscribe Messaging 267
3.13.7 Tibco Web Messaging 269
3.13.8 Tibco Messaging Backbone 272
3.14 Fiorano API Management 274
3.14.1 FioranoMQ 276
3.14.2 FioranoMQ JMS Server 280
3.14.3 FioranoMQ JMS Server Business Benefits 281
3.14.4 FioranoMQ JMS Server High Performance 282
3.14.5 FioranoMQ JMS Server Tight Security 282
3.15 Software AG webMethods Integration 283
3.15.1 Software AG Enterprise Service Bus 284
3.15.2 Software AG Enterprise-Class Messaging Backbone 285
3.15.3 Software AG webMethods Broker Maximum Messaging Performance 287
3.15.4 Software AG webMethods Broker Support for Different Messaging Styles 288
3.15.5 Software AG webMethods Broker Policy-Based Clustering 289
3.16 Oracle 290
3.16.1 Oracle Mobile Platform 290
3.16.2 Oracle Fusion Message Oriented Middleware 292
3.16.3 Oracle Message Oriented Middleware (MOM)-Based System Asynchronous Exchange Of Messages 295
3.16.4 Oracle Disadvantages Of Message Loose Coupling 297
3.16.5 Oracle Message Oriented Middleware 297
3.16.6 Oracle GlassFish Server 299
3.16.7 Oracle Business-to-Business Integration 299
3.16.8 Oracle – WebLogic Suite 300
3.17 Information Builders WebFOCUS 301
3.17.1 Information Builders / iWay Middleware Software 303
3.17.2 iWay Enterprise Integration Middleware 303
3.17.3 iWay Network Computing 304
3.17.4 Information Builders iWay EDA for Networked Computing 305
3.17.5 Information Builders iWay Java for Web-Enterprise Convergence 306
3.17.6 Information Builders / iWay Middleware Provides The Plumbing 307
3.17.7 Information Builders/iWay SOA, EDA, and ESB Middleware Solutions 310
3.18 Fujitsu Software Symfoware 311
3.18.1 Systemwalker – Integrated Operation Management 311
3.18.2 Fujitsu openFT-Enterprise File Transfer 311
3.18.3 Fujitsu openFT-Enterprise File Transfer Achieve Security Level 1 312
3.18.4 Fujitsu Glovia 313
3.19 Bosch 316
3.19.1 Bosch IoT Suite Services – Internet of Things Scenarios 316
3.19.2 Bosch Vision for the Internet of Things (IoT) 322
3.20 Aurea Software 323
3.21 Workday Cloud Platform 325
3.21.1 Workday Partnership with Microsoft Leverages Systems Integration 325
3.21.2 Cloud Orchestration Platform Used for Integrations To And From Workday 326
3.21.3 Workday Integration Cloud Platform Enterprise-Class ESB Grid 327
3.22 Solace Systems’s Messaging Solution 330
3.22.1 Solace Enterprise Messaging 330
3.22.2 Solace Systems Qualities Of Service 330
3.22.3 Solace’s Unicast Advantage 334
3.22.4 Solace Systems 3200 Series Messaging Appliances 334
3.22.5 Solace Reliable Messaging 335
3.22.6 Solace Systems Software API Connects to a Messaging Appliance 336
3.22.7 Solace Systems Embedded Support For Point-To-Point ‘Unicast’ Distribution 338
3.22.8 Solace Guaranteed Messaging 340
3.22.9 Solace Systems Redundant Architecture for HA, FT and DR (1 and 2) 341
3.22.10 Solace JMS Messaging 343
3.22.11 Solace Systems Non-Persistent Messaging 344
3.22.12 Solace Systems Persistent Messaging 345
3.22.13 Solace Systems Persistent and Non-Persistent on One Appliance 345
3.22.14 Solace IPC Shared Memory Messaging 346
3.23 Red Hat JBoss Enterprise Middleware Messaging 348
3.23.1 Red Hat Addresses Big Data, the Internet of Things (IoT), and Mobile 350
3.23.2 JBoss® Enterprise Middleware Messaging 353
3.23.3 Red Hat JBoss Customers 353
3.23.4 Red Hat AMQP Specification Messaging 355
3.24 Pivotal RabbitMQ 356
3.24.1 Pivotal RabbitMQ Clustering 358
3.25 UIB 360
3.26 Micro Focus CORBA 361
3.26.1 Micro Focus Artix 362
3.26.2 Micro Focus OpenFusion 363
3.26.3 Micro Focus Orbacus 364
3.26.4 Micro Focus Orbix 364
3.26.5 Micro Focus VisiBroker 365
3.26.6 Microfocus HPE NonStop Middleware and Java 366
3.26.7 Hewlett Packard Database and Middleware Automation 368
3.27 OpenText Content Middleware 370
3.27.1 OpenText Platform 370
3.27.2 OpenText Comprehensive Information Integration Platform 372
3.27.3 OpenText Comprehensive Information Integration Value 372
3.27.4 OpenText GSX B2B Integration Network 373
3.27.5 GSX Monitor 375
3.28 BMC Middleware Management 378
3.28.1 BMC BladeLogic Middleware Automation 380
3.28.2 BMC Improves Productivity For Release Process Documentation 381
3.28.3 BMC Middleware Administration 381
3.28.4 BMC Middleware Monitoring 383
3.28.5 BMC Application Transaction Tracing 384
3.29 Nastel AutoPilote 386
3.29.1 Nastel Middleware Monitoring and Management 387
3.30 NEC RFID Middleware Products 388
3.30.1 NEC RFID Middleware 390
3.30.2 NEC WebOTX RFID Manager Middleware 392
3.31 Rocket Software Janus Middleware 394
3.31.1 Rocket Software Encryption 397
3.31.2 Rocket Software Authentication 398
3.31.3 Rocket Software Efficiency 398
3.31.4 Rocket Software Running Secure Model 204 Web Servers 398
3.32 WSO2 Middleware Platform 400
3.32.1 WSO2 Message Broker 401
3.33 VMWare Virtualizing Oracle 403

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