January started the year, as most Januaries do, with the publication of the Arcati Mainframe Yearbook. The 2011 edition is still available for download from www.arcati.com/newyearbook11. The 2012 edition will be available in a couple of weeks. As always the Arcati Mainframe Yearbook  includes its annual user survey, an up-to-date directory of vendors and consultants, a media guide, a strategy section with papers on mainframe trends and directions, a glossary of terminology, and a technical specification section. And each year, it gets downloaded by around 15,000 mainframe professionals.

February saw the launch of the new series of Virtual IMS user group meetings. The user group is now sponsored by Fundi Software and hosted at www.fundi.com/virtualims. The first speaker was Jim Martin from Fundi Software, whose presentation was called, “Solving the problem when IMS isn’t the cause”.

In March, everyone seemed to be talking about cloud computing.

April’s meeting of the Virtual IMS user group included a presentation from Ron Haupert, a Senior Technologist with Rocket Software. His talk was called, “Simplify and improve database administration by leveraging your storage system”.

In May, Mark Lillycrop, Director of Arcati Ltd and I took part in a ‘Scheduled Chat’ in the ‘House of Mainframe’ section of CA’s May Mainframe Madness month. May also witnessed the launch of the new Virtual CICS user group – again sponsored by Fundi – with its Web site at www.fundi.com/virtualcics. Our opening presentation was from Fundi’s Jim Martin talking about, “Solving the problem when CICS isn’t the cause”.

In June, I was asked by ITToolbox to lead a discussion in the Data Center Infrastructure section of their Web site. At the Virtual IMS user group meeting, Gary Weinhold a Systems Engineer and Verna Bartlett Head of Marketing with Data Kinetics talked about, “MSU reduction due to in-memory table management with (any) IMS applications”.

In July, I was selected for the Destination z (www.destinationz.org/) member spotlight. The Virtual CICS user group saw a presentation from Jeff Geminder, Principal Consultant with CA, called, “Cross-enterprise application performance monitoring and CICS-specific drill-down: approaches to finding the performance problem needle in the heterogeneous haystack”. I was also a guest blogger on the Destination z Web site.

In August, my article CICS Top Performance and Tuning Issues was published in z/Journal. I had a guest blog published on Destination z. The Virtual IMS user group had a presentation from Scott Quillicy, CEO and Founder of SQData. His talk was called, “IMS replication for high-availability”.

For the September meeting, Charles Jones, from the Product Management group at Rocket Software, gave a talk to the Virtual CICS user group called, “CICS TS 4.2: Leveraging event processing and high-performance Java”. I wrote a guest blog for the Destination z Web site.

October saw a presentation from Rosemary Galvan, Principal Software Consultant – IMS, with BMC. Her talk to the Virtual IMS user group was called, “Database Performance – Could Have, Should Have, Would Have”. I had a guest blog on the Destination z Web site.

In November, my Mainframe Update blog at mainframeupdate.blogspot.com was a finalist in the Computer Weekly Social Media Awards 2011. Also in November the Arcati Mainframe Yearbook user survey was launched. And Eugene S Hudders, president of C\TREK Corp, gave a presentation to the Virtual CICS user group called, “CICS TS Performance – Tuning LSR Pools”. I also had a guest blog on the Destination z Web site.

And finally, in December, I had an article entitled, Ways to Save Money and Improve IT Services published in z/Journal. The final speaker for the year at the Virtual IMS user group was Suzie Wendler, a Consulting IT Specialist in the IBM IMS Advanced Technical Skills organization, who talked about, “IMS V12”. I chaired a webinar for SQData entitled, “How Important is Continous Availability of Critical Applications to Your Company?”And there was a guest blog on the Destination z Web site.

What else, well apart from a full year of writing and consultancy work,  I was made an IBM Champion for the third year running.

Looking forward to 2012, we have the launch of the Arcati Mainframe Yearbook in January, and a presentation from Andrew Smithson of IBM Hursley on CICS Transaction Gateway V8.1 for the Virtual CICS user group.

If you do celebrate it, Merry Christmas and a happy New Year. I’ll be back blogging in January.
Trevor Eddolls

One of the problems that organizations face is the need to address lots of different business issues using, what often involves, multiple software packages. Integrating these different pieces of software – perhaps even from different vendors – can add an extra level of complexity to the job in hand. What those organizations really need is a single piece of software that’s flexible enough to provide a comprehensive solution for changed data capture, replication, enhancing existing ETL (Extract, Transform, and Load) processes, and data migrations/conversions. Quite a big ask.

Wouldn’t you be interested in software that offers industrial-strength, near-real-time data integration solutions that include high-performance Changed Data Capture (CDC), data replication, data synchronization, enhanced ETL and business event publishing? And what if it was equally simple to experience the high-speed delivery of mainframe data (IMS, DB2, VSAM, etc) into data warehouses and downstream applications? Too good to be true?

If you’re like me, you carry around a list of capabilities in your head, and tick them off – or more often don’t tick them off – when you give software the once over. So here’s the kind of things I’d have on my list for an integration engine. In general I’d expect:

• Concurrent operation across multiple operating system platforms
• Multi-step processes within a single script (UNION)
• Simultaneous multi-record type file handling
• Multi-level array handling (repeating groups) of source data store

  records/rows

• Data filtering and cleansing
• Dynamic look-up table processing
• Support for data transfer and communication using TCP/IP and MQSeries
• Preservation of referential integrity (RI) rules on target updates
• Joins/Merges of heterogeneous databases/files.

In terms of data transformation I’d like to see:

• Case (If/Else) logic
• Extensive date cleansing and formatting
• Arithmetic functions (add, subtract, multiply, etc)
• Aggregation functions (sum, min, max, avg, etc)
• Data type conversions
• String functions
• Data filtering
• XML data formatting
• Delimited data formatting.

When it comes to datastore processing I’d want:

• High performance bulk data transfer
• Concurrent processing of multiple data store types
• Creation of target data stores from source data store format
• Insert/append to existing target data stores
• Update/replace existing target data stores
• Delete from existing target data stores
• New column/field creation Data Movement.

And for Data Movement, my list includes MQSeries, TCP/IP, and FTP.

If there was also some kind of Integration Center that had an easy-to-use Graphical User Interface (GUI) enabling users to quickly develop data integration interfaces from a single control point – that would be good. Additionally, some way to develop, deploy and maintain data interfaces, create relational DDL (Data Definition Language), XML (Extensible Mark-up Language ) and C/C++ structures from COBOL Copybooks, monitor the status of integration engines, and contain an integrated metadata repository – that would be a real plus.

I’d definitely want to find out more about a single piece of software that provided high-performance Changed Data Capture (CDC) and Apply, data replication, event publishing, Extract, Transformation, and Load (ETL), and data conversions/migrations.

So, if you’re like me and want to know more, there’s a webinar from SQData’s Scott Quillicy on 1 December at 2pm GMT (8am CST). To join the webinar from your PC, you need to register before the event at https://www1.gotomeeting.com/register/844029904. I’ll see you there.

Firstly, it was at Whittlebury Hall again – which is a magnificent location just over the border from Buckinghamshire into Northamptonshire. The location is stunning and the facilities are excellent. It is in the countryside, so if you’re travelling by train, there’s a long taxi ride to get there. If you travel by car, there’s a huge car park.

The exhibition hall is big, but not so big you get lost in it. By having lunch and coffee in the hall, there were plenty of opportunities to engage with vendors and chat to other attendees. I always find it’s a great opportunity to catch up with old colleagues and make new friends. The quality of the coffee and food was good – which translates as excellent when compared to some venues!

But the point of GSE is not the food, it’s the presentations. I chair the Virtual IMS user group and the Virtual CICS user group, so I was torn between the CICS and IMS streams. In the end, I split my time between them. I watched Circle’s Ezriel Gross present on Using CICS to Deploy Microsoft .Net Winforms with Smart Client Technology – which was really fascinating. I’m sure we’re going to see more sites integrating their Windows technology with the power of mainframe subsystems. Ezriel made quite a complicated integration seem straightforward and obvious.

Next I watched IBM’s Alison Coughtrie talk about IMS 12 Overview. Another knowledgeable speaker with a lot of information to get over in the time. I certainly think I have a clearer idea of what’s new, and perhaps a small insight into where IBM is taking the product.

After lunch it was Neil Price, who works for TNT Express and chairs the IMS group for GSE, with a presentation entitled Memoirs of a HALDBA. I was so impressed with Neil’s real-life descriptions that I’ve asked him to speak to the Virtual IMS user group. Neil could have gone on for much longer than the time allowed. And I could happily have gone on listening.

Next up in the IMS stream was IBM’s Dougie Lawson. Dougie is another fantastically knowledgeable IBMer, who you may have come across when you’ve had an IMS problem. He talked about The Why and How of CSL. A real bits and bytes expert, who could have talked much longer.

I felt it was time to sit in on the CICS stream and the session I chose was IBM’s Ian Burnett talking about CICS Scalability. Yet again, a fact-filled presentation that would be hard to criticize. I felt my knowledge about CICS (and I used to edit CICS Update) making more sense and falling more into place.

But all work and no play makes Jack a dull boy – as they say. And the evening presentation was How To Cope With Pressure & Panics Without Going Into Headless Chicken Mode from Resli Costabell. A mixture of psychology, NLP, and audience participation made this a memorable session. If you get a chance to see her anywhere – don’t miss it!

After that there were drinks in the exhibition hall sponsored by Attachmate/Suse and Computacenter, followed by dinner sponsored by EMC and Computacenter. Both were very enjoyable in their own way, and they were an opportunity to chat more informally with vendors and real mainframe users. Obviously, I was telling vendors about sponsorship opportunities with the Arcati Mainframe Yearbook, and asking users to complete the user survey.

In conversation, I asked a few of the vendors how business was going. No-one admitted that double-dip recession was taking them out of business, but most suggested that they were keeping their heads above water and business generally was flat – but there was some business being done.

An IBMer suggested that over 30 z196s had been sold in the UK and eight of the new z114s. So, that’s good news for them.

My overall impression of the conference was that it was excellent. I bumped into Mark Wilson (the GSE technical coordinator) during the day as he rushed around making sure everything was going smoothly. And that’s why the conference works so well, because people like Mark work so hard to ensure it does.

Well done everyone who organized it and spoke at it. And if you missed it, go next year.

Eddolls, blog, Guide, Share, Europe, Whittlebury Hall, Circle, Ezriel Gross, IBM, Alison Coughtrie, Neil Price, TNT Express, Dougie Lawson, Ian Burnett, Resli Costabell, CICS, IMS, Attachmate/Suse, Computacenter, EMC, Mark Wilson

Sponsors this year include IBM, Computacentre, EMC, Attachmate, Suse, CA, Novell, Compuware, Intellimagic, RSM Partners, Velocity Software, and Zephyr. And there will be 30 vendors in the associated exhibition.

There’s the usual amazing range of streams – and, to be honest, there are a number of occasions when I would like to be in two or more places at once over the two days. The streams are: CICS, IMS, DB2, Enterprise Security, Large Systems Working Group, Network Management Working Group, Software Asset Management, Tivoli User Group TWS, Tivoli User Group Automation, MQ, New Technologies, zLinux, and the single-session Training & Certification.

That means that at this year’s conference there will be 126 hours of education covering most aspects of mainframe technology. This is slightly less than last year because two of the Tivoli streams that were included last years have been dropped because they were so poorly attended. This year, there will be 12 streams of ten sessions over the two days, plus five keynotes and that one training & certification WG meeting. In all, there are going to be 85 speakers delivering this training.

There is still time to register, and the organisers are expecting the daily total of delegates to exceed 300 – as it did last year.

There are also 16 students attending this year, who are taking the mainframe course at UK universities. The majority of students are from the University of Western Scotland (UWS), but there will also be some from Liverpool John Moores University and possibly some more from other UK universities. The organisers have prepared a series of 101 sessions on mainframe architecture and infrastructure that will give these students as well as trainees and those unfamiliar with parts of the infrastructure a basic understanding of the mainframe and how it works.

Many GSE member companies are taking advantage of the five free places they get to send their staff to the conference. This would cost non-members £1000 in early-bird prices, and more than compensates member companies for the recent rise in the GSE membership fee to EUR 840.

You can find out more details about the conference at www.gse.org.uk/tyc/invite.html.

If you’re still debating whether to go, let me recommend it to you. The quality of presentations is always excellent. And the networking opportunities are brilliant. If you are going, I look forward to seeing you there.

Today I want to pose the questions: how much does an IMS development/test system cost? And how many development test systems does a site typically have installed?

It’s a bit like asking: how long is a piece of string? Obviously every piece of string has a length, but it is unknown, a quantative answer can’t be given. And by implication, whatever else is being discussed will contain a degree of indeterminate uncertainty!

Our experience at iTech-Ed (where we administer the Virtual IMS user group) is that a single IMS development test system can cost an organisation between US$1,000,000 per year and $2,000,000 per year (and possibly more in some cases).

There are some sites that run their development systems on dedicated machines that can be larger than many average-sized organizations’ production systems.

However, there is an additional complication. We believe that, although IMS is a huge revenue earner for IBM, they will waive their fee for software for organisations that are development shops and don’t use it for production.

We also estimate that the personnel costs for installing and maintaining IMS development systems can amount to about half a million US dollars per year.

And the number of IMS development/test systems can vary hugely from 1 or 2 true development systems (plus test, QA, etc) in smaller shops, to larger customers, who may have any number from around ten to perhaps 30+. We know of some users with 300+ test IMS regions, but the bulk of the bell-shaped curve is skewed to much lower values. The reason we believe the average is ten or slightly above is because of the amount of administrative effort these test systems take to maintain.

The waters can be muddied further by the fact that organizations can negotiate deals on price with IBM, but are then discouraged from sharing information about those prices with others.

Our conclusion is that the cost to the organisation of running a development system depends on the size of the installation. US$1-2M is a good estimate of the cost for each IMS development/test system, with 10 being a reasonable estimate of, on average, how many development/test systems exist.

And, of course, if you have any further information on this, we would be really interested to hear from you.

IMS effectively comes in two parts – there’s the Transaction Manager (TM) part and the Data Base (DB) part. The transaction manager is like CICS in that users sit at screens (which could be connecting using browsers on laptops) and access and modify data in the database. Under the bonnet, a message queueing system ensures that transactions don’t get lost and can be backed out in the case of an error. All pretty much standard stuff. The more interesting part is the database. This is the reason that IMS is in use at banks and insurance companies (and many other organizations). The database structure allows data to be retrieved speedily from what are often very large databases. It’s this incredible speed that organizations value. In addition, they know that the information retrieved will be correct and up-to-date.

So let’s have a look at the database component – and this is where you realize that you’re not using technology that was invented in the 1960s! The databases available and their structure have been updated over the years to ensure that users are still able to get to their data faster than using other technologies. IMS databases store data hierarchically. This is like a pyramid design where higher layers give access to lower layers by using data stored in fields. This is quite different from DB2 and other databases that connect data in a relational manner. Going back to our pyramid, we have segments of data stored at each level and each segment contains these fields I mentioned above.

There are four types of database that can be used with IMS, although two of them are very similar and often grouped together. The original database type available was (and still is) the “full function” database. This uses DLI calls to access the data and makes use of both primary and secondary indexes. The access methods used to get to the data can be – and there’s quite a long list here – HDAM (Hierarchical Direct Access Method), HIDAM (Hierarchical Indexed Direct), SHISAM (Simple Hierarchical Indexed Sequential), HSAM (Hierarchical Sequential), and HISAM (Hierarchical Indexed Sequential). Typically, sites tend to use HDAM and HIDAM. The data is actually stored using VSAM (Virtual Storage Access Method) or OSAM (Overflow Sequential), which only exists for IMS files. OSAM improves performance by optimizing the I/O channel program for IMS.

The next two types of database are the “fast path” databases, and these use VSAM. These can be used in situations where the transaction rates are high – and that’s why IMS is so successful in larger organizations. These two database types are called DEDBs (Data Entry DataBases) and MSDBs (Main Storage DataBases). What distinguishes them from full function databases is that there is no indexing. Many sites have replaced their MSDBs with VSO (Virtual Storage Option) DEDBs.

The most recent type of IMS database is the HALDB (High-Availability Large DataBase). They were first introduced with IMS 7 in order to handle very large amounts of data in the database. With V9 of IMS came the ability to reorganize the data online and so not need to take a database offline to reorganize (optimize) it – which, of course, increased the availability of the data.

Many separate databases can be grouped together to produce a single logical database that will be used by the transactions running on the system.

As you can see, since those days of moon rockets, IBM has beefed up IMS databases so that they can handle extremely high transaction rates. Then it increased the amount of data that can be stored in the database itself. And finally IBM increased the availability of that database to produce a product that is trusted and relied upon by organizations that need to be able to ensure the integrity and availability of their data.

If you’re interested in IMS, you’ll be interested in the Virtual IMS user group. This is a free-to-join vendor-independent user group that holds virtual meetings every other month and always includes a guest speaker talking about an IMS-related technical topic. You can find out more at www.fundi.com/virtualims.

On top of that, you’ve got another layer of IT. People who use laptops with Windows and/or people who use Linux, and possibly bits or Solaris dotted around. These people have more interesting lives. They have to fight to get the best performance. Their back-up strategy is good if they can recover to last night! They probably still insist on people using XP as their Windows operating system because Vista was no good and it’s a bit of a jump to Windows 7. Plus they’re probably coming to the end of a virtualization project to reduce the number of server boxes they’ve got lying around. Parhaps they’re installing Citrix to virtualize desktops, or SharePoint to produce an intranet and join up all the separate islands of computing.

Plus you’ve got remote users, who are logging in over somebody else’s wifi. Or they might be using the 3G network on their smartphone. It’s your fault, of course, because you spent so long changing your CICS and IMS applications so they could be used in a Service-Oriented Architecture (SOA) environment. But, I guess you have strategies in place to secure the connection, and secure what applications they can run, and what data they can see.

In fact, you’re probably convincing senior managers in your organization that it really was their idea all along to combine the strengths of mainframe computing with the flexibility of distributed systems. What your organization needs is a nice z196 mainframe – perhaps one of the planned-but-not-quite-announced Business Class (BC) machines.

For those of you who’ve spent the past year on Mars, the z196 brings together the latest mainframe technology with POWER7 and x86 IBM blade systems, giving potential users z/OS, AIX, Linux, and (coming soon) Windows, all on the one box. At this stage, I should point out that there are very strong arguments for going to zLinux. It’s been around for 10 years now, and is just becoming an overnight success – as they say.

So, there you are thinking that you can use your mainframe experience and expertise to tidy up all the other computing areas in your organization and get them under your control when HR tells you they have supplied everyone on the board of directors with an iPad. Now, you might think this is a good opportunity to bring some of the board into the 21st century, but it creates yet another rip in the secure blanket you’ve been throwing over the company’s computing infrastructure. Can you set up a security policy for iPads? Well, yes, if they come into a Microsoft server – in the same way you would for Mac users. Can you allow board members to download apps? Or can they have only pre-approved ones? Where do you start building proper security? It’s back to herding cats!

And don’t think I’ve singled out iPads, Androids have similar issues. You can download firewalls and anti-virus software for them, but it’s not the same as RACF!

And it might not just be board members – you may still have road warriors that want the small form factor of a tablet. The issues of theft or forgetfulness compound your security problems.

My suggestion at this stage is to wait for Windows 8 tablets, and hope that the policies laid down by the non-mainframe ITers will apply to them. And by then, Windows will be running on our z196 box. So everyone’s a winner!

OK, no-one may have actually said those words as such, but that was the message. Plus, I was with some friends on Saturday when the conversation turned to discussing what use a mainframe was in this day and age! As Arcati Director, Mark Lillycrop, so eloquently put it recently, mainframes are thought of as ‘your dad’s technology’. Most of the people I was chatting to felt that mainframes were relics of the past and anything they can do, a few servers could do just as well!

So for many of us mainframe verterans, our job is to get out there and spread the word. We need to tell people exactly what a mainframe is, what it can do, and how people are interacting with them all the time, but don’t realise it. That way, the new generation of youngsters that are beginning to get access to mainframe technology at universities and elsewhere will arrive with a knowledge of what mainframes can do, and why working with them can be so enjoyable.

So let’s just start with the absolute beginner’s guide to mainframes. They are computers – just like your laptop – except that over the years they faced and solved all the problems about back-ups and restores, security, and high-speed data access. They have been around for a long time – which is a good thing because lots of people have moved the technology forward. They allow millions of users controlled access to information – allowing them to create, modify, and save data from almost any data entry device you can think of, including browsers.

Mainframes have been virtualized since the 1980s, and some of the software first saw the light of day in the 1960s. Most Windows data centres have only been virtualizing for the past five years! It’s true that laptops etc are everywhere – in your home, at work, etc – but mainframes are working away in the background. Everytime you take money from an ATM (cash machine) your bank is running a transaction on a mainframe. And it is banks and large financial institutions that use mainframes. And they do it because of the reliability. They do it because, should there be an outage, they can recover back to almost the last second before they went down. Almost no transactions are lost. And as a bank customer, I like that. Lots of non-mainframe-using sites think they are doing quite well if they can recover data back to last night! You see the difference in scale here.

Mainframes run an operating system (z/OS, but could be z/VM or z/VSE) and on top of that are a number of subsystems – you might think of them as apps (but big ones!). These subsystems include CICS and IMS. Now, both of these have been being developed since the 1960s and provide ways of accessing data very quickly and securely. They allow users to fill in virtual forms. And they store data in a way that means it can be accessed very quickly.

Another ‘app’ you may have heard of is DB2. DB2 is a comparative youngster, having arrived in the 1980s. It stores data in a ‘relational’ way rather than the more traditional ‘hierarchical’ way. DB2 is a database that can exist on Windows machines as well as mainframes (and many devices in between).

Mainframes can also run Linux (z/Linux) and all the Linux applications. That makes them very cost-effective replacements for sites with numerous ageing Linux servers. Linux has been available on mainframes for just over 10 years.

And there’s plenty of software available to control all aspects of this mainframe behemoth. And you can link them together at different sites in different countries round the globe.

So if anyone asks you what’s a mainframe, you can tell them that it’s the most successful server architecture ever devised and it’s all around them doing important work.

The truth is that IBM is not the controlling influence it once was, but that’s a good thing. No longer does it decide what customers want and try to sell it – it now listens to its customers. Another good thing.

In the 1970s, IBM was the king of computing with the combined revenues of the BUNCH significantly less its own. The BUNCH were Burroughs (still around as UNISYS), UNIVAC (still around as UNISYS), NCR (which was acquired by AT&T for a time and eventually sold its computer manfacturing business to Solectron), Control Data Corporation (now called Syntegra), and Honeywell (whose computer division became part of Groupe Bull).

During its lifetime, we’ve seen the birth of Hewlett-Packard (72-years-old), Intel (43-years-old), Apple (35-years-old), Google (12-years-old), Facebook (7-years-old), and other companies that have become kings of their not-so-small niches.

IBM itself was (obviously as we’re celebrating 100 years) founded in 1911, but was then called the Computing Tabulating Recording Corporation. It originated with the merger of four companies: the Tabulating Machine Company, the International Time Recording Company, the Computing Scale Corporation, and the Bundy Manufacturing Company. The name International Business Machines didn’t arrive until 1924 (so more partying in 13 years time!). Bundy Manufacturing first appeared in 1889. The Tabulating Machine Company arrived in 1896.

The famous Thomas J Watson Sr joined the company in 1914 and soon became president. In 1956: Tom Watson Jr took over as CEO. Through the 1960 we get the System/360, VM, IMS, CICS, and many other things that we’re still familiar with today. In 1981 IBM invented the Personal Computer.

The early 1990s were a bad time as IBM announced its first loss. CEO John Akers talked about breaking up IBM into smaller companies that could compete better. In 1993, Lou Gerstner took over the reigns and things started to improve. In 1995 IBM acquired Lotus and its Notes software. 1995 also saw the launch of the much-admired ThinkPad laptop computer. And 1996 gave us DB2.

But over time, IBM has moved away from opportunities. It sold off its Lexmark printing business in 1991. It sold its networking business to Cisco in 1999. And it sold its PC business to Chinese-based Lenovo in 2005. But it’s still a big company, In 2011, Fortune ranked it as the 18th largest in the USA, and the 7th most profitable. Forbes ranked it as the 31st largest in the world. And it has thousands of patents under its belt.

The zEnterprise 196 hardware shows that IBM is planning for a long future. It allows all the good things about mainframes to be spread across other platforms. Plus, people are slowly grasping the amazing things they can achieve with zLinux on mainframes. Big Iron isn’t rusting away!

And IBM always had a fun side (honest!). In 1997 the Deep Blue computer defeated chess grandmaster Garry Kasparov at chess. And in 2011 a computer called Watson won the Jeopardy game show.

Happy birthday Big Blue.

But how often have you had to fight to justify attending meetings with other professionals? How often have you struggled to build a business case showing that a particular event or conference really will pay back more than it costs in your time off work, the cost of staff to cover your absence, travel costs, subsistence allowance, and hotel fees?

Wouldn’t it be great if there was a way to attend a highly professional technically-oriented seminar or presentation without having to leave your company’s offices – without, perhaps, even having to leave your desk?

And wouldn’t it be amazing if there was a single place where you could go and find out a little bit about the latest CICS product announcements, including a link to get more information if you wanted it? How cool would it be if there was a list of tools that ran on CICS with a brief summary of what each product did? And what about some way of finding out whenever someone published a new article about using CICS in IBM Systems Magazine or zJournal, or wherever – wouldn’t that be useful?

Well, the great news is that the all-new Virtual CICS user group at www.fundi.com/virtualcics provides all that and more. On the Web site you’ll find a list of useful applications that enhance CICS, and a list of CICS service providers. You’ll also find the latest product announcements and articles.

In addition, every other month (that’s six times a year) there will be a webinar. Using Citrix GoToMeeting, you’ll be able to stay at your desk and interact with other members of the user group and listen to the latest presentation by an acknowledged CICS expert. In the months when there isn’t a webinar, there will be a newsletter sent to all members keeping them up-to-date with the latest news.

And if you’re wondering how much this kind of high-quality service is likely to cost you, the answer is nothing – not a penny! Membership of the user group is free – you just need to sign up at www.fundi.com/virtualcics/register.htm. And the webinars are completely free to members. We’ll e-mail you a link about a fortnight before the webinar with all the information you need.

So, if you’re a CICS professional, this is the user group specifically tailored for you.

Why not join right now?

You may also be interested to know that the Virtual IMS user group has been running since November 2007. You can find out more about that at www.fundi.com/virtualIMS.

Eddolls, blog, virtual, CICS, user, group, IMS, tools, applications, news, product announcements, articles, webinars, speakers, newsletter, technical, services, Citrix. GoToMeeting