Mirantis announced the validation of Supermicro’s modular server architecture with its k0rdent platform, delivering a verified Kubernetes-native stack for deploying and operating GPU-accelerated infrastructure at scale for sovereign AI and hybrid cloud environments. The combined solution automates provisioning, lifecycle management, and orchestration across the full AI stack, eliminating manual workflows and enabling Supermicro nodes to be automatically discovered and provisioned as Kubernetes infrastructure while consolidating legacy and modern AI workloads on unified bare metal. “AI infrastructure is becoming too complex to manage manually,” said Kevin Kamel, vice president of AI products, Mirantis. “With k0rdent, organizations can move from assembling hardware components to composing fully automated AI platforms – dramatically reducing deployment friction while maintaining control, performance, and compliance.”
Also Read: Cisco Advances Security for Next-Gen Mobile Infrastructure
Highlighting real-world adoption, Texas Tech University System project partner ThisWay Global deployed a next-generation cluster with Supermicro and NVIDIA. “As project architect for the Texas Tech University System, ThisWay Global partnered with Supermicro to deploy a transformative next-generation compute cluster powered by NVIDIA,” said Angela Hood, CEO and founder, ThisWay Global, a pioneering AI software innovator with R&D roots from the University of Cambridge ideaSpace. “This is not just infrastructure, it is the foundation for sovereign-scale AI, accelerated research, and enterprise innovation.” “To fully harness its computational intensity and maximize ROI, Mirantis’ k0rdent and managed services, alongside Amalgamy.ai’s intelligent orchestration technologies, form the technology stack,” she continued. “Together, we are ensuring that the most modern computational cluster in Texas is also the most powerful, purpose-built deployment to drive breakthrough discovery, scalable AI, and the future of high-performance computing.”