The BMC 2016 Annual Mainframe Research of over 1200 mainframe professionals revealed that fifty percent of respondents are running Java on the mainframe in production, and two-thirds of those running Java indicated its use has grown over the past two years (read my previous blog). So what is driving organizations to turn to a “modern” technology on the mainframe platform?
Disruption Powers Change
Much of the impetus is coming from the disruption of digital business. Businesses want to be closer to their customers and in a personalized way. They need to be available (24 x 7) on the channels their customers use all the time – smart phones, wearables, tablets, and social channels. Find out if your organization is a digital business – check out your digital state. Digital engagement is far reaching and is fueled by these key drivers:
- Respond to business faster
- Modernize applications
- Reduce mainframe costs
- Optimize mainframe skills
- Support customers flawlessly (“always on” availability, “instantaneous” problem response)
And the impact on IT is profound – the rate of change, complexity, volume, unpredictability and level of service associated with digital business activities are increasing the expectations of IT as never before. The combination of digital disruption, intense cost pressures and technical skills gaps present unprecedented challenges. Does IT have the right set of tools to effectively manage this new world of always available, always fast? Will IT have visibility into Java and its impact on existing workloads across the mainframe? You can read more about the impact of digital engagement on mainframes in this white paper.
Digital Business Called – Java on z Answered
Java on z is enabling IT to meet the demands of digital business in the following ways:
- Improved business agility – respond faster
- Updated applications
- Reduced costs (less costly/more plentiful programmers + reduced CPU cost)
- Optimized skills
- Improved platform agility – platform neutrality.
The reasons cited for Java’s adoption are shown below and they correlate with Java’s support of digital engagement on mainframes:
- Technical capabilities of the Java language and its interoperability support mobility.
- The availability of Java programmers addresses mainframe programming skills concerns.
- Application modernization is facilitated by Java’s interoperability with existing core mainframe technologies including CICS, DB2, IMS, etc.
- Java runs on cheaper engines, and coupled with budget friendly programming, lowers mainframe costs.
Reasons for adopting Java on z. (Source: BMC 2016 Annual Mainframe Research)
If Java Is the Answer, What Questions Does it Raise for Systems Management?
One of IT’s digital challenges is the ever-increasing level of expectations for availability and performance – “always on” availability, “instantaneous” response. Java provides performance benefits but does not run like other mainframe technologies. There are performance and availability risks, which IT will need to factor into their Java on z plans – the subject of my next blog in this series Jiving with Java 3: Full Disclosure!
- The Subsystem Service Model Brings Agility, Efficiency, and Costs Savings to the Mainframe
- How Much Is a Picture Worth?
- Jiving with Java 1: IT Says Java on z is on the Rise
- Mainframe Optimization: Your Performance Monitor Counts
- Transforming DB2 for the Demands of Digital Healthcare