HPC 2.0: How CIQ Is Simplifying Supercomputing for the AI Era
Recorded at SC25 in St. Louis, this Six Five Media conversation brings host David Nicholson together with two CIQ voices: David Godlove, a former NIH neuroscientist now working as an HPC engineer and technical product writer, and Dave Dickerson from the sales and partnerships team. It suits HPC leaders weighing how their infrastructure should evolve as the same systems that ran traditional HPC take on AI workloads.
Dickerson describes the current moment as a transition, and Godlove introduces Fuzzball as HPC 2.0: a reinvention that works on premises and in the cloud, is more intelligent about storage, and opens HPC to anyone who needs it rather than only computer scientists. He traces the lineage from the container revolution of roughly a decade ago, through Singularity and Apptainer, to Fuzzball as a container orchestration platform built for HPC.
The middle of the discussion centers on delighted users. Both guests argue that expecting domain scientists to become experts in batch schedulers and Linux is a failure, and that the goal is to let users do their work. On compliance, security and performance, Dickerson explains RLC Pro Hardened, which pre-hardens Rocky Linux with code-level changes such as Linux Kernel Runtime Guard, supplies Ansible playbooks for CIS benchmarks and DISA STIG compliance, and offers kernel and userspace tweaks for performance. The conversation closes with elevator pitches for HPC leaders.
Key takeaways
- Traditional HPC infrastructure is now being used for AI, and CIQ aims to build the future rather than layer on what was there.
- Fuzzball is positioned as HPC 2.0: running on premises and in the cloud, smarter about storage, and open to non-specialists.
- The container revolution in HPC began around a decade ago with Singularity, now Apptainer, and Fuzzball extends it to orchestration.
- A delighted user gets to do their job; CIQ rejects the idea that scientists must become computer scientists to use HPC.
- RLC Pro Hardened pre-hardens Rocky Linux with Linux Kernel Runtime Guard to limit the blast radius of an intruder.
- Ansible playbooks help achieve CIS benchmarks and apply DISA STIGs, while kernel and userspace tweaks tune performance.
Questions this video answers
What does CIQ mean by HPC 2.0?
HPC 2.0 is how CIQ describes Fuzzball: a reinvention of high performance computing that works on premises and in the cloud, is more intelligent about storage, and opens HPC to anyone who needs it rather than just computer scientists or domain experts. It builds on the container revolution by bringing container orchestration built specifically for HPC.
How does CIQ address compliance, security and performance in HPC?
CIQ takes Rocky Linux from CIQ and produces a hardened variant, RLC Pro Hardened, with code-level changes including Linux Kernel Runtime Guard to limit damage if an attacker gets inside. Ansible playbooks simplify compliance deployments such as CIS benchmarks and DISA STIGs, and kernel and userspace tweaks improve performance for a given workload.
What makes an HPC user delighted, according to CIQ?
A delighted user gets to actually do their job. CIQ's view is that patching, building, deploying and managing infrastructure should not consume users' time, and that domain scientists already have complicated fields to master. Rather than turning them into computer scientists, the operating system, cluster manager and Fuzzball should let them do their science.
About this video
How are container-native workflows and security-focused strategies reshaping high-performance computing for AI workloads?
From Supercomputing 2025, host David Nicholson, Global Technology Advisor at The Futurum Group, is joined by CIQ’s Dave Dickerson (Senior Director of Business Development) and David Godlove (Senior HPC Engineer) for a conversation on how HPC 2.0 is simplifying supercomputing for the AI era. Guests share how CIQ is making high-performance computing more accessible through streamlined container-native workflows, enhanced security and compliance, and hybrid environments—all key elements in supporting the next wave of AI workloads.
Key takeaways include: HPC 2.0 explained: Modernization of supercomputing infrastructure prioritizing simplicity, scalability, and adaptability for AI-driven workloads. Container-native workflows: How containerization accelerates deployment, improves reproducibility, and reduces administrative complexity in HPC environments. Security and compliance: CIQ’s strategies for addressing new security challenges and compliance demands as HPC environments grow more distributed and hybrid. Hybrid and cloud-native models: Why blending on-premises and cloud resources offers flexibility and optimal performance for evolving use cases.
This video is part of the Fuzzball playlist. Browse every CIQ video by product and topic.
Transcript
This is a take five with 65 media. I'm Dave Nicholson and we are here at SC25, the ultimate supercomputing conference this year in St. Louis, Missouri. And as I said, I'm Dave Nicholson. I have two distinguished Daves with me. Dave number I'll you can be number one. I'll be number three. Dave, number one, introduce yourself and tell us tell us what you do here. >> Yeah, sure. I'm Dave Godlo and um I used to be a neuroscientist working at the NIH. Currently, I'm a HPC uh engineer and also a technical product writer working at CIQ. >> Dave number two. >> Uh and I'm Dave Dickerson. Uh I work on our sales team and our our partnership teams here at CIQ.
I've been here for uh a little over three years now. >> So, we're here talking about HPC, high performance computing. uh tell us from your perspective, from CIQ's perspective, kind of where are we in HPC right now as far as you're concerned? >> Yeah, so right now we're definitely in this transition period of what was traditional HPC and that infrastructure now being used for the age of AI. Um those applications and those use cases use the same infrastructure that traditional HPC was. Um, but CIQ's taken a different approach of how do we make the future actual future versus just attempting to build on what was there before.
>> So, so what are you doing in that regard, Dave? How how how are you helping people move into the future? >> Yeah, so we're we're really excited about our product Fuzzball. And so Fuzzball is it's it's it's basically HPC 2.0. It's taking HPC and it's reinventing it by allowing it not only to work on prem but also to work in the cloud by being more intelligent about storage and by just opening it up to um anyone really who wants to use HPC not just computer scientists or domain experts but anybody who needs to. >> So what is the what is the connection between the world of containers as we think about them and the world of HPC today?
Yeah. So um about 10 years ago we saw a container revolution within HPC and we saw that through products like Singularity which became Apptainer. Um so these were container platforms which were built specifically for HPC users and HPC needs. Now we're continuing with that trend with Fuzzball which is a container orchestration platform which is built specifically for HPC. So it it's a way once you have container orchestration within HPC, once you've got all these containers to run your jobs, you realize that you can run your whole cluster that way. So what is a delighted user of what CIQ offers in the HPC space look like? What what was what were the issues they were having beforehand that you were able to solve for that that makes them get the CIQ tattoo?
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>> I can make it real easy. a delighted user gets to actually do their job. So in the HPC space, like all things, there's management, there's patching, there's building, there's deploying, there's all of this that has to be done. And we have a viewpoint of let users work, let them do the things that they want to do and not have to spend their time managing that infrastructure. And that's our approach to the operating system. That's our approach to our cluster manager. And that's our approach to fuzzball. Give the user the ability to do their work. Any other thoughts on that? >> Yeah, absolutely. I mean, um, in the HPC space, we have, and I say we like admins and staff scientists within HPC have traditionally thought to ourselves, well, these users, they need to learn more.
We need to make these users computer scientists. They need to learn how to use the batch scheduling system and Linux and all this other stuff. And if they don't, well, then that's a shortcoming on their side. I have worked with a team and the CIQ team um is a team that says no that's wrong. These users they already they know their domains and their domains are complicated and they need to know um a lot about their science or their expertise whatever that is. We don't need to make them computer scientists too. We're failing if we're doing that. What we need to do is we need to let them do their science and just give them the power to do it without having to learn all these new tools.
So, I'll tell you what I've been impressed by, and it's interesting. Just a moment ago, I met one of the newest members of your team. And I said, 'What's your background? And he said, 'Well, media, where I've been dealing with the orchestration of these things, working for big television networks, and it just maps directly with what with everything I've seen with CIQ. People who have actually dealt with the real world problems, how to address them, now coming to the other side of the table, >> if you will, to to to solve those problems. I mean, does it feel like that to you? >> No, 100%. So, I mean, for the last before this, I was in the storage industry.
Um, similar thing, helping customers solve their their media problems, solve their backup problems. Uh, and from the same concept here, it's just at a at a different piece of it. So, how do we help them actually take a step beyond of either a giving them a more compliant environment to operate in? Especially in the in the government space, compliance matters, security matters. How can we give them a more secure operating system and a secure environment to run inside of? And then finally, performance. And depending on who's doing what and where it matters, those three kind of rotate as a what's uh what's most important and what falls second and third on that list.
>> So when I talk to people in the HPC world, they talk about three things. Compliance, security, and performance issues they need solved. What do you do to help them with those three things? Yeah. So we take the baseline uh Rocky Linux operating system that CIQ now delivers in a product called Rocky Linux from CIQ uh and we create a variant called hardened which we refer to as RLC Pro Hardened or Rocky Linux from CIQ hardened. And what comes along with that is first off we we preh harden everything meaning that we do code level changes and introduce certain things like the Linux kernel runtime guard which protects against if somebody gets behind the castle walls if you will it limits the blast radius of what type of destruction they can create uh and access to your systems.
Uh and then beyond that we will take anible playbooks uh to make it easier to do uh compliance deployments uh so achieving uh CIS benchmarks uh applying diesig to these environments and these are really important to our government customers uh and clearance uh focused users uh and then finally beyond that we will do kernel tweaks and user space tweaks uh that allow for a more performant deployment depending on where the customer is needing to run their operating system and what the work workload may look like. Yeah, if I could just add on, I mean really it's it's all about just recognizing that customers are different and some customers, you know, just really want to focus more on stability and some customers really want to focus more on things like performance and so you can give the customers, you know, that choice.
Some customers might be in a situation in which they have to focus on security. So you give the customers the choice and you you know you take them out of the same box and you put them in you know in separate places where they can choose. >> Okay. So lightning round take you guys by surprise. You step into an elevator and you have 15 to 30 seconds. You just you learn that this person is someone in charge of a complex HPC environment and you grab them by the shoulder and you say dude or dudette. just remember these two or three things to get them to call CIQ.
What are those things that you're going to try to impress upon them? Yeah, that short elevator ride >> that we're going to abstract away not only from the the users perspective, but also from the admin perspective a lot of the stuff that you're working on right now. We're going to make things a lot easier for you and for your users that you get fewer tickets as well. Okay. Now, you get in on a different floor and it's the same person. What else do you tell them? stop worrying about the infrastructure uh as a whole and let us handle that from top to bottom. Let us make it compliant.
Let us make it secure and let your users actually get to work. Wasted time on their part managing environment is wasted resources and wasted cost and that's not something that anybody has the ability to to withstand. >> Fantastic. Well, thanks for joining us here at CIQ Town in the Dave Lounge with the three Daves. This has been a take five from 65 Media. Thanks for joining us and stay tuned for more interesting content.
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