High-performance computing and supercomputing environments demand far more than raw compute power alone. They require fast, scalable access to large datasets, efficient checkpointing, low-latency infrastructure, and the ability to support parallel workloads across growing clusters. Whether the goal is scientific modeling, simulation, AI-assisted research, engineering analysis, rendering, or large-scale analytics, the infrastructure foundation must be built for sustained performance and non-disruptive growth.
SteelDome Technologies provides a software-defined foundation for HPC and supercomputing workloads. With StratiSTOR, StratiSERV, and HyperSERV, SteelDome enables organizations to build, scale, and operate high-performance environments with greater flexibility, reduced complexity, and full control over deployment architecture.
StratiSTOR: Scalable Storage for Parallel and Data-Intensive Workloads
StratiSERV: Flexible Compute Infrastructure for Accelerated Workloads
HyperSERV: Unified Infrastructure for HPC and Supercomputing Environments
Scientific Simulation and Modeling
Run compute-intensive simulations for engineering, physics, climate, energy, and research workflows with scalable storage and high-performance infrastructure.
Checkpoint and Restart for Long-Running Jobs
Use StratiSTOR to support fast checkpoint writes and rapid restart workflows, improving resilience for long-duration HPC jobs and reducing lost compute time.
GPU-Accelerated Research Computing
Deploy GPU-enabled compute environments with StratiSERV and HyperSERV to support accelerated workloads such as computational science, modeling, AI-assisted research, and advanced analytics.
Engineering and Design Analysis
Support CAD, CAE, FEA, CFD, rendering, and other data-intensive engineering workloads with infrastructure built for high concurrency and predictable performance.
Research Data Pipelines and Shared Compute Environments
Provide research teams, labs, and enterprise engineering groups with centralized infrastructure for large-scale data processing, analysis, and collaborative compute operations.
With SteelDome, HPC and supercomputing teams can deploy high-performance infrastructure with the flexibility to start small, scale out, and adapt over time without being constrained by proprietary hardware models or rigid infrastructure silos. Whether the objective is simulation, accelerated compute, research analytics, or large-scale parallel data processing, SteelDome provides a unified software-defined foundation built for performance, resilience, and growth.