An aerospace research agency’s Advanced Imaging and Analysis Lab integrated SupremeRAID™ to power its high-speed image processing for flight systems testing. Part of the Analytical Laboratories team, Flight Systems Test Engineers utilized SupremeRAID™ to rapidly ingest and analyze vast volumes of advanced imaging data from test missions, benefiting from sub-millisecond NVMe SSD performance and robust data protection. This enabled real-time anomaly detection and detailed performance validation, accelerating research workflows and enhancing safety for aerospace projects.

A global airline manufacturer dramatically improved its quality control by integrating SupremeRAID™ into its image analysis workflows. Using high-speed NVMe SSDs, automated visual inspection systems processed high-resolution images and video streams with minimal latency. The technology enabled real-time analysis of petabyte-scale inspection datasets across distributed GPU clusters, delivering comprehensive defect detection and regulatory compliance. This solution boosted production efficiency, enhanced aircraft quality, and reduced downtime, strengthening the manufacturer’s market position.

SupremeRAID™ transformed a leading automotive manufacturer’s workflow by eliminating traditional RAID bottlenecks and maximizing NVMe SSD performance. Simulation teams accelerated structural analyses, reducing prototyping cycles and time-to-market for new models. Enhanced throughput enabled real-time insights, supporting failure prediction and quality validation. The manufacturer saw higher operational efficiency, robust data protection, and reduced total cost of ownership—empowering continuous innovation in a competitive market.

A major credit card company needed high-performance analytics for fraud detection, threat monitoring, and network traffic analysis but found Dell’s hardware RAID insufficient. On a reseller’s advice, they deployed 15 Graid Technology SupremeRAID™ cards as a GPU-accelerated RAID solution, enabling superior Splunk performance. This deployment removed storage bottlenecks, improved security insights, and empowered the company to maintain operational excellence while staying ahead of evolving cyber threats.

TelSwitch, Inc., a leading legal data analytics firm supporting 1,000+ litigation matters, transforms millions of digital data points into insights for law firms. By integrating SupremeRAID™, TelSwitch accelerates massive dataset processing with high performance, robust protection, and scalability. The solution is now standard in every new system, creating storage optimized for the legal field’s needs: secure, high-speed, and highly reliable for managing large volumes of case data.

A leading UK quantitative finance institute needed advanced infrastructure for AI and machine learning in financial modeling, requiring powerful GPU servers and high-speed storage. Novatech deployed an NVIDIA L40 GPU server with a 178TB NVMe 4.0 SSD-based SupremeRAID™ system. With RAID 6, it tolerates two drive failures per pool while ensuring reliability and speed. The deployment now delivers bottleneck-free computing and storage, enabling scalable, confident, and innovation-ready financial research.

The US Department of Defense at Aberdeen Proving Grounds deploys high-performance edge servers for rapid intelligence collection near the source. These servers must secure classified data with COTS hardware, military-grade journaling, and encrypted drives. SupremeRAID™ offloads RAID from the CPU, delivering fault-tolerant RAID 6 storage for efficient, secure edge data management. The solution runs up to five years without hardware swaps and scales easily as mission needs evolve.

The μ-VIS X-Ray Imaging Centre at the University of Southampton needed a high-speed server for microfocus Computed Tomography to overcome bottlenecks in 3D visualization workflows. They tapped SupremeRAID™ to build a custom server delivering high performance, low latency, and enhanced data redundancy, significantly improving efficiency for demanding workloads. The result? Up to 20GB/s local sequential write speeds – four times faster than standard SSDs – eliminating workflow delays and boosting delivery of X-Ray results.