NexiCluster Suite is a purpose-built, full-stack High-Performance Computing solution from Nexibox™, delivered pre-installed, pre-configured, integrated, and validated against agreed requirements, so you can deploy HPC at your premises without assembling and integrating every component independently.
Illustrative scheduler activity across compute nodes
HPC without the complexity
Instead of starting with individual servers and a collection of software tools, you receive a complete HPC platform engineered around your workload and operational requirements.
Deploying an HPC cluster traditionally involves integrating multiple hardware and software components and configuring the complete environment.
NexiCluster Suite simplifies HPC deployment through a pre-integrated, purpose-built solution. Depending on the selected architecture and project scope, Nexibox™ can provide:
The result: You focus on the workload. Nexibox™ engineers the cluster.
Available capabilities depend on the selected architecture, deployed components, configuration and agreed project scope.
Full-stack HPC infrastructure
NexiCluster Suite brings together compute, cluster management, scheduling, networking, storage, monitoring, user environments and AI-assisted guidance in an integrated HPC platform. Explore how each layer fits into the overall architecture.
Select a layer to explore its capabilities.
Infrastructure layer 01
CPU compute nodes, high-memory systems, GPU servers and specialized compute resources form the processing foundation of the cluster.
What this layer can include
One unified experience
A browser-based interface simplifies routine HPC operations and reduces dependence on the command line for supported management tasks. Available functions depend on deployed components, user permissions, and configuration. Explore the experience for administrators and end users.
Access supported management workflows and operational information through one browser-based experience.
Help users discover available resources, follow supported job workflows and understand their workloads from a browser.
This is an illustrative interface concept, not a live cluster dashboard. Actual features depend on deployed components, user permissions and configuration.
AI-powered dashboard assistant
NexiCluster Suite's AI-powered dashboard assistant is designed to help administrators and HPC users understand cluster information, navigate management workflows, find relevant guidance and learn how to use the platform more effectively. It complements, rather than replaces, the underlying cluster-management tools.
Explore example questions
Important: This is an illustrative interactive demo using predefined example responses, not a live-connected AI service. Actual assistant capabilities and access to cluster information depend on the deployed configuration and integrations. Configuration changes, permission changes and administrative commands remain subject to appropriate authorization and approval controls.
Explore the engineering behind NexiCluster Suite. From node deployment and workload scheduling to shared storage, monitoring and expansion, each component is selected and configured to work as part of one HPC platform, based on the chosen architecture and operational requirements.
NexiCluster Suite brings selected open-source technologies together into an integrated HPC platform. The final software stack is tailored to the agreed architecture, operating system, workloads and operational requirements. Open-source components retain their respective licenses.
Operating-system deployment, node provisioning and configuration management through the workflows selected for the cluster design.
Slurm or OpenPBS, selected according to the required scheduling environment and deployment configuration.
Browser-based access to supported cluster resources, applications and workload workflows, subject to configured capabilities and user permissions.
Monitoring and visualization using selected tools such as Prometheus and Grafana, where included in the deployment.
User identity and access integration using compatible technologies such as LDAP or SSSD, according to the identity design.
DNS, DHCP, time synchronization and system logging, as required by the agreed architecture and deployment design.
Application modules, shared software directories, compilers, libraries and HPC application environments selected for the intended workloads.
NexiPFS, the BeeGFS-based parallel file system, or compatible shared-storage architectures selected for the workload and storage requirements.
A dashboard assistant designed to help administrators and end users understand cluster information, navigate supported workflows and find relevant operational guidance. Available assistance depends on configured integrations and permissions.
Components are selected according to the cluster architecture, operating system, workload, compatibility and operational needs.
Provisioning, scheduling, storage, access and monitoring are brought together according to the designed platform and selected components.
Software components, features and integrations depend on the agreed deployment configuration. Specific tools are selected to suit the architecture and operational requirements. Open-source components retain their respective licenses.
From scientific simulations to GPU-accelerated AI, NexiCluster Suite brings compute resources and cluster-management capabilities together in a platform designed around your workload. Available capabilities depend on the selected architecture, hardware and software stack.
Scientific computing, computational research, simulations, numerical analysis and parallel applications.
Workload support and performance depend on the selected processors, accelerators, memory, network, storage, software stack and application requirements. Specific applications and configurations should be validated for the intended environment.
NexiCluster Suite brings the selected hardware, system software and cluster-management components together through a planned delivery process. The platform is configured and validated against the agreed architecture, workloads and operational requirements.
Establish workload needs, performance objectives, capacity, compatibility and operational requirements.
Define the compute, memory, networking, storage and management architecture for the intended environment.
Identify suitable hardware and software components according to the selected architecture and deployment requirements.
Prepare the operating system and install the selected cluster management and infrastructure components.
Configure the relevant node, network, identity, scheduling and supporting services according to the agreed design.
Integrate the selected compute, storage, networking and workload management components where included in the solution.
Set up the agreed compilers, libraries, application environments and supported user-access workflows.
Check the configured components against agreed acceptance criteria, compatibility requirements and intended workflows.
Deliver the configured solution with the agreed documentation and handover information for the operational team.
The goal is a coordinated HPC environment rather than a collection of disconnected components. Final deliverables and validation activities follow the agreed project scope.
Delivery steps, included components, documentation and acceptance activities depend on the agreed scope, selected architecture and deployment requirements.
Select the options that best match your workloads and infrastructure. We'll use your selections as a starting point for an architecture discussion.
A concise overview of NexiCluster Suite's architecture, core capabilities, deployment model, and integration options.
| Specification | NexiCluster Suite |
|---|---|
| Solution type | Purpose-built, full-stack HPC |
| Software foundation | Proven open-source technologies |
| Deployment | On-premises |
| Delivery model | Pre-installed, integrated and validated against agreed requirements |
| Management | Unified graphical interface |
| AI assistance | Dashboard assistant for guided interaction |
| Node provisioning | Automated provisioning, where configured |
| Workload scheduling | Slurm or OpenPBS, as selected |
| Monitoring | Configurable monitoring and visualization |
| User access | Browser-based access and supported role-based workflows |
| Compute | CPU, high-memory and GPU configurations |
| Networking | Ethernet, high-speed Ethernet or InfiniBand, as required |
| Storage | Shared storage, parallel file systems and other compatible storage options |
| Customization | Designed around workload and project requirements |
| Hardware | Compatible, customer-preferred platforms |
| Rack integration | Available where required by the deployment |
| Commissioning | Nexibox-integrated delivery, according to agreed scope |
| Support | According to agreed support scope |
Final capabilities depend on the selected architecture, compatible hardware, deployed software components, configuration and agreed project scope. Integration, commissioning and support are provided according to the agreed scope.
Engineered around your workloads and goals
Tell us what you need to compute: CPU / GPU, core count, memory, workload, scheduler, storage, network, capacity, availability and budget. Nexibox™ will design a cluster that meets your technical requirements and grows with your organization.
