Over the years, the SuperComputing conference has become a focal point for many global supercomputing sites to showcase their capabilities and compete for a placement on the coveted Top500 list. Many powerful supercomputers and new technological advances are showcased during the conference, making it perhaps no surprise that Red Hat is planning to be at SuperComputing17 next week to demonstrate our latest high-performance computing (HPC) solutions (booth #1763).
Red Hat has a packed agenda for the show – here’s more about what you can expect to see from us during SuperComputing17.
Continue reading “Expand your reality with Red Hat at SuperComputing17”
In our first post of discussing Red Hat’s multi-architecture strategy, we focused on the disruptive nature of enabling new and rapidly-evolving architectures and how this enablement necessitates a different set of product requirements to fulfill our vision of providing a consistent and familiar experience to our customers across multiple hardware architectures. While we have been working with many original equipment manufacturers (OEMs) on x86_64-based servers for years, we have seen interest from our customer base in delivering parity across multiple architectures, including IBM Power Little Endian (ppc64le) and ARMv8-A (aarch64).
So what exactly are we doing with our partners to make this
Continue reading “Keeping pace with multiple architectures (Part 2)”
In the previous post I talked about Smart Card Support in Red Hat Enterprise Linux. In this article I will drill down into how to select the right deployment architecture depending on your constraints, requirements and availability of the smart card related functionality in different versions of Red Hat Enterprise Linux.
To select the right architecture for a deployment where users would authenticate using smart cards when logging into Linux systems you need to
Continue reading “Picking your Deployment Architecture”
Recent Red Hat Enterprise Linux releases see an expansion in support of the smart card related use cases. However customers usually have a mixed environment and standardize on a specific version of Red Hat Enterprise Linux for period of time. It is important to understand the
Continue reading “Smart Card Support in Red Hat Enterprise Linux”
The open source community and the IT industry as a whole continue to discuss how they can use different hardware architectures to solve hard computational problems and address specific workloads. Customers value choice in their technology implementations, and choice is a key benefit of open source solutions. To best meet these needs, the software ecosystem has to
Continue reading “Keeping pace with multiple architectures (Part 1)”
Increasing Interest in Identity Management
During last several months I’ve seen a rapid growth of interest in Red Hat’s Identity Management (IdM) solution. This might have been due to different reasons.
While there is a lot more than just the “Regulatory Technical Standard 25”, abbreviated to RTS 25 from now on, in the EU’s MiFID II regulations, the focus of this blog is all around RTS 25 and achieving compliance with the time synchronisation requirements this entails.
At a high level, the goal of MiFID ii is
Continue reading “MiFID ii, RTS 25 and time synchronisation in Red Hat Enterprise Linux and Red Hat Virtualization”
Questions related to DNS and service discovery regularly come up during deployments of Identity Management (IdM) in Red Hat Enterprise Linux in a trust configuration with Active Directory. This blog article will shed some light of this aspect of the integration.
We will start with a description of the environment. Let us say that the Active Directory environment consist of
Continue reading “Discovery and Affinity”
Most people don’t consider their average USB memory stick to be a security threat. In fact, in a social engineering experiment conducted in 2016 at the University of Illinois and detailed in this research paper, a group of researchers dropped 297 USB sticks outside in the parking lot, in the hallway, and classrooms. Of the 297 USB sticks dropped,
Continue reading “Built-in protection against USB security attacks with USBGuard”
In Part 1, we created a working BIND container with local data storage. We can make changes on the local system that will get picked up in the running container. In this part, we’ll explore how we can manage the service from the host with
Continue reading “Containing System Services in Red Hat Enterprise Linux – Part 2”