As a replacement this year, we are planning a webcast in English covering Data Center Intelligence (DCI) and Identity Access Governance (IAM) on the original date of 23 April 2020.
Almost every hour there is new, unpleasant news due to the novel corona virus (COVID-19). The health of customers, employees and partners of Beta Systems is our main concern. We would have liked to have held the event as planned from April 22nd to 24th, 2020, especially since we had more registrations than ever before, but due to the current pandemic, we must cancel.
You will find details on registration and the final agenda for the webcast here:
Save the date now:
Look forward to exciting new information on products and customer presentations.
And take good care of yourself in the upcoming weeks!
The Beta Systems Team
Even the securest IBM Z installations in top security environments are
exposed to hacking threats that are underestimated, downplayed or simply
unknown to most mainframe operations and security teams. What is your risk
exposure, what methods social hackers are using and what are recommended steps
to protect yourself from those dangers?
Can an IBM z/OS mainframe be hacked? The answer is a simple “yes”.
A current Bitkom study even reports on the attack target of the German economy, the current “Spiegel” (one of the biggest german News-magazines) even reports on a “network with big holes”.
For instance a hacker group infiltrated 2012 multiple z/OS Mainframe Systems in Sweden, gained access to the RACF-Database and brute-force decrypted over 100.000 RACF account passwords. Plus they installed backdoors with permanent access without even needing passwords.
Sensitive data was lost or revealed and a funds were transferred from the bank to private accounts.
So what has changed?
As simple as it may sounds: your mainframe is connected to the world and there is interest in your mainframe! Not from script kiddies, but from semi-professional and professional hacker groups and even companies. And mainframe hacking tools are today available as open source free to use for everybody.
So what you can do to protect your IBM Mainframe?
- Don‘t trust that your mainframe is secure
- Use common sense security measures *)
- Use Identity & Access Management Software‘s standard security features to protect you
- Monitor access to your systems
- Collect logs & review them
- Conduct regular security audits
- Implement recommended NIST STIGs
- Be informed about security threats of the deployed mainframe software
- Execute a mainframe penetration test
On the subject of “social hacking”*
- Make yourself clear, that there are social hackers!
- Build awareness inside your company and team
- Define rules, how to act in case of calls, and what information can be given
- Limit the information you give out in calls or without calling back
- Be suspicious and ask for clear identification of the person talking to you.
- As a rule of thumb: Always call back!
Do you want to know more?
and the nifty details of the 2012 mainframe hack and your risk exposure will be
covered in our 60 min. Webinar “Hacking the Mainframe”. It includes information
on hacker practices based on a real life example and provides you with
recommendations and solutions how to protect your most viable information and
your mainframe security.
Sign up for “Preventing Security Breaches: 15 Rules for Securing the Mainframe” Webinar here:
Most people would say no. Such an idea sounds almost crazy.
Still this is more than likely to have happened at quite a few banks, as more and more banks outsource mainframe operations to service providers. The ironic thing about this is that it is indeed on the mainframe where the bank’s absolutely most critical information assets are to be found!
However, finding people who have mainframe skills is not easy. Many Z/OS experts have retired or will soon do so. This is what in the first place has led banks to outsourcing. If the trend continues, then any remaining mainframe-skilled workforce will slowly but surely be concentrated to a few service providers who will be running mainframe services for the majority of banks.
When it gets confusing
The job of a service provider is to make sure that an agreed SLA is fulfilled (preferably as cost-effective as possible). However, how do you define an SLA for IT security? Does that even make sense? The very nature of hacking is to find new vulnerabilities. How do you agree in an SLA on identifying new security threats?
Things can get confusing in an outsourcing process as responsibilities are reassembled. Let a few years pass and everyone will point to the service provider as soon as they hear the word mainframe. The service provider is responsible, right? Actually, when it comes to security that is not entirely true. The bank remains responsible for security, no matter where it derives its mainframe services from.
Where the Vision starts
In order to create a good strategy for IT security, we at Beta Systems believe that not only technical mainframe skills but also practical knowledge about the bank’s operations is needed. No one but the bank itself can understand how its people work and what information is critical. Only with this knowledge is it possible to proactively prepare for incidents. Therefore information security cannot be entirely outsourced.
This leads us down to our vision: enabling mainframe security without a need for technical mainframe expertise. To realize this vision we develop easy-to-use software for managing and monitoring RACF permissions, giving the bank’s Security Officer a modern UI to fulfil security goals with.
But how to administrate mainframe access rights to overcome the growing challenges of the digital age?
Get your free guide for data center managers who operate RACF systems here.
As a generation Y mainframer born in the 80’s, I find it hard sometimes to explain to my generational peers what I do.
Typically people my age a) have never heard of the mainframe or b) think of punch cards and green screen terminals they saw in a computer museum. They tend to be surprised when I tell them that mission-critical workloads like ledgers, payroll, inventory control, banking and financial transactions are in the year 2018 actually running on mainframes. In fact, some 68 % of the world’s IT production workloads run on mainframes (cio.com
) and 71 % of global Fortune 500 companies have a mainframe (IBM
). There are valid reasons for that such as reliability, availability, service-ability, scalability and security.
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Credit Suisse introduced Operlog Tools from Beta Systems to speed up IT production error resolution. Ever since, Credit Suisse has been able to reduce the risk of unplanned downtimes and has greatly accelerated the task of narrowing down errors.
Efficient Troubleshooting Delivers Smooth IT production
Rapid Error Analysis Thanks to Detailed Data Access
The Operlog Tools provide options for analyzing online data and archived information via a simple yet powerful interface. It allows employees of Credit Suisse to evaluate serious production errors with ease. This is made possible thanks to comprehensive selection and filter criteria that can be custom configured or shared with team members. The latter option ensures that all contributing parties have a unified case view.
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RACF Administration in the Digital Age
Companies that operate mainframe systems are presently facing hard times. Most of their mainframe experts are about to retire, and only few young IT specialists can fill the gap. However, the mainframe remains a key technology today and in the future – one that has to meet constantly rising demands also for the RACF administration.
Digitization, new legal provisions, and organizational changes require that mainframe systems quickly adapt to new practices and regulations. This forcesorganizations to develop corresponding strategies, including ways to simplify RACF-based authorization management and to make it more secure.
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Automated data reconciliation implemented at a major Canadian bank.
When Oscar Peterson (who died in 2007) wrote the song “My Personal Touch,” most people probably thought the title was referring to the piano keys he so skillfully caressed. But that’s far off the mark: The world famous jazz pianist dedicated this piece to the “personal touch banking machines” of Canada’s largest bank. They were highly advanced even back in 1981. Complex technology hidden beneath a user-friendly interface – in order to implement this objective, the bank relies on products from Beta Systems that help it keep data center processes up and running. This is among our largest Beta 91 installations in North America, and it has been upgraded and extended ever since its introduction in the early 90s.
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More than 80 percent of all global z/OS installations employ RACF (Resource Access Control Facility), the IBM tool for identifying and verifying users, managing access rights and logging access to protected resources. Based on the probable assumption that IBM mainframe systems are likely used by very large companies, it can be said with great confidence that RACF protects the security of the world’s most complex IT landscapes.
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