Describing IBM MQ
IBM MQ abbreviates Message Queuing. IBM MQ is primarily based on a message queuing technology and permits application programs to communicate with each other by way of sending or receiving messages across a network of diverse platforms using an application programming interface known as mqi. A message is a string of bytes that is meaningful to the applications that use it. Messages are used to transfer information from one application program to another or between different parts of the same application. The applications can be running on the same platform, or on different platforms. When it comes to message-driven processes, IBM allows users to certainly keep up the pace with the Web Sphere with which all application programs can actually be managed. There is no strict upper limit on the platforms when it comes to communicating and the precise thing is a vast support is accessible from IBM to allow the users to manage everything. IBM MQ supports a number of different APIs including Message Queue Interface (MQI), Java™ Message Service (JMS), REST, .NET, IBM MQ Light and MQTT.
IBM MQ provides:
- Versatile messaging integration from mainframe to mobile that offers a single, robust messaging backbone for dynamic heterogeneous environments.
- Message delivery with security-rich elements that produce auditable results.
- Qualities of service that provide once and once only delivery of messages to make sure messages will withstand application and system outages.
- High-performance message transport to deliver data with improved speed and reliability.
- Highly accessible and scalable architectures to assist an application’s needs.
- Administrative facets that simplify messaging management and minimize time spent using complex tools.
- Open standards development tools that assist extensibility and enterprise growth.
What can it do for me?
IBM MQ provides a universal messaging backbone with robust connectivity for flexible and reliable messaging for applications and the integration of existing IT assets using a service-oriented architecture (SOA).
- IBM MQ sends and receives data between your applications, and over networks.
- Message delivery is assured and decoupled from the application. Assured, because IBM MQ exchanges messages transactional, and decoupled, because applications do not have to check that messages they sent are delivered safely.
- You can secure message delivery between queue managers with TLS.
- With Advanced Message Security (AMS), you can encrypt and sign messages between being put by one application and retrieved by another.
- Application programmers do not need to have communications programming knowledge.
New Versions and Advancements
IBM MQ 9.0 there are two types of release, a Long Term Support (LTS) release and Continuous Delivery (CD) release. The aim of the two release types is to meet the requirement for delivery of new and enhanced IBM MQ functions. These two release types are distinguishable by the modification number in the version.release.modification (V.R.M) release identifier:
Long Term Support releases have a modification number of zero, for example 9.0.0 and 9.1.0.
Continuous Delivery releases have a modification number that is non-zero, for example, 9.0.3, 9.1.5, and so on.
CD releases are made available on a regular basis and contain functional enhancements as well as the latest set of defect fixes and security updates. Each CD release replaces the prior ones for that version of IBM MQ, so it is possible for you to skip CD releases if a specific CD release does not contain any function that is relevant for your enterprise.
Market Share and Its Opportunities
IBM WMQ is an industry-leading platform used for integration within enterprises. There are a lot of opportunities from many reputed companies in the world. According to research IBM WMQ has a market share of about 15.7%. Most leading organizations are recruiting IBM WMQ professionals. The average salary of a Certified IBM WMQ professional stands at 104,690 USD per annum.
Gologica’s IBM MQ Online Training provides flexibility in learning, will help you master all the essentials of the IBM WebSphere Message Queue right from basic to expert level through real-time examples. You’ll gain expertise in administering IBM MQ queue managers on the distributed operating systems through industry use cases. Candidates having experience in developing business application programs in C and a basic understanding of the messaging and queuing model and its implementation in WebSphere MQ. Certified WMQ professionals are among the highest-paid IT professionals today.
