Stream: Virtual Room 6
Time: 10:30 - 11:30
Protecting your message data is vital to prevent costly data breaches.
With different requirements requiring different levels of protection
(PCI, HIPAA, etc), deciding how and when to protect your messages can
be a challenge. While IBM MQ provides several technologies and
products that can be used to protect message data both in transit and
at rest there are other options to protect your valuable data.
In this talk we will go through different technologies that can be used to
protect your messages and the pros and cons of each, as well as recent
enhancements in this area in MQ on z/OS.
Jamie Squibb is a software engineer at the IBM Hursley Laboratory in the UK. He is a squad leader in the IBM Messaging organisation, where he has worked since joining IBM as a graduate in 2001. During this time his roles have included product development, specifically for IBM MQ on z/OS and more recently on Linux and the IBM MQ Appliance, plus development and maintenance of the infrastructure used to test IBM MQ and IBM Integration Bus on all platforms, with a particular emphasis on Linux and z/OS.
Jamie Squibb is a software engineer at the IBM Hursley Laboratory in the UK. He is a squad leader in the IBM Messaging organisation, where he has worked since joining IBM as a graduate in 2001. During this time his roles have included product development, specifically for IBM MQ on z/OS and more recently on Linux and the IBM MQ Appliance, plus development and maintenance of the infrastructure used to test IBM MQ and IBM Integration Bus on all platforms, with a particular emphasis on Linux and z/OS.
Jamie Squibb is a software engineer at the IBM Hursley Laboratory in the UK. He is a squad leader in the IBM Messaging organisation, where he has worked since joining IBM as a graduate in 2001. During this time his roles have included product development, specifically for IBM MQ on z/OS and more recently on Linux and the IBM MQ Appliance, plus development and maintenance of the infrastructure used to test IBM MQ and IBM Integration Bus on all platforms, with a particular emphasis on Linux and z/OS.
Jamie Squibb is a software engineer at the IBM Hursley Laboratory in the UK. He is a squad leader in the IBM Messaging organisation, where he has worked since joining IBM as a graduate in 2001. During this time his roles have included product development, specifically for IBM MQ on z/OS and more recently on Linux and the IBM MQ Appliance, plus development and maintenance of the infrastructure used to test IBM MQ and IBM Integration Bus on all platforms, with a particular emphasis on Linux and z/OS.
Jamie Squibb is a software engineer at the IBM Hursley Laboratory in the UK. He is a squad leader in the IBM Messaging organisation, where he has worked since joining IBM as a graduate in 2001. During this time his roles have included product development, specifically for IBM MQ on z/OS and more recently on Linux and the IBM MQ Appliance, plus development and maintenance of the infrastructure used to test IBM MQ and IBM Integration Bus on all platforms, with a particular emphasis on Linux and z/OS.
Jamie Squibb is a software engineer at the IBM Hursley Laboratory in the UK. He is a squad leader in the IBM Messaging organisation, where he has worked since joining IBM as a graduate in 2001. During this time his roles have included product development, specifically for IBM MQ on z/OS and more recently on Linux and the IBM MQ Appliance, plus development and maintenance of the infrastructure used to test IBM MQ and IBM Integration Bus on all platforms, with a particular emphasis on Linux and z/OS.
Jamie Squibb is a software engineer at the IBM Hursley Laboratory in the UK. He is a squad leader in the IBM Messaging organisation, where he has worked since joining IBM as a graduate in 2001. During this time his roles have included product development, specifically for IBM MQ on z/OS and more recently on Linux and the IBM MQ Appliance, plus development and maintenance of the infrastructure used to test IBM MQ and IBM Integration Bus on all platforms, with a particular emphasis on Linux and z/OS.
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