OSS edge data storage and compute-centric, hyper converged server systems enable generative AI solutions in the oil and gas industry to record vast amounts of seismic data, monitor complex topside and subsea operations, and analyze sensor data. OSS edge-based computing systems optimize operations and resolve predictive maintenance solutions, including impending problems such as equipment failures, before they occur. OSS products move datacenter-class storage and GPU based servers in rugged chassis to the oil field to allow for real-time seismic processing and interpretation in the field instead of waiting to bring the data back weeks later for analysis in the cloud. OSS products survive on land or at sea where ocean-based ships and oil rigs collect vast amounts of data which are more efficiently processed in remote edge environments. This real time processing enables immediate action in the field, including responses to emergency conditions.

In the challenging landscapes of mining and construction, OSS provides industry leading, scalable, GPU edge AI servers tailored for fleetwide autonomy solutions. Our rugged embedded systems redefine the capabilities of fleets operating in harsh and potentially dangerous environments. AI is a game-changer in these industries, transforming fleets into seamlessly operating entities. In mining, data from diverse sensors is harnessed by OSS's rugged embedded systems, powering AI algorithms for predictive intelligence and informed exploration decisions. For large-scale construction projects, our edge AI servers monitor heavy equipment fleets, offering predictive maintenance systems that provide guidance and deploy autonomous or semi-autonomous construction equipment on the field.

In healthcare's pursuit of precision medicine, OSS provides high-performance GPU rackmount servers to power generative AI systems, elevating computing capabilities at the edge for personalized medicine and advanced research. AI, a cornerstone in modern medical systems, acts as an additional set of "eyes," aiding clinicians in image interpretation, workflow optimization, and timely identification of urgent findings. OSS' GPU rackmount servers power high-performance natural language processing, medical imaging and diagnostic equipment, processing scans and matching to patient records in real time for quicker, more accurate personalized diagnoses. These transportable systems enable high-end medical equipment, such as CT, x-ray and ultrasound machines, ensuring optimal processing power, low noise and tight fit within constrained spaces of medical environments.

In the dynamic landscape of modern agriculture, OSS provides cutting-edge rugged edge computing systems tailored for the agricultural market. As the industry embraces automation and connectivity, OSS leverages its expertise to deliver transportable AI capabilities, enabling actionable decisions in the field. Applications residing on object recognition systems avoid wildlife and terrain obstacles or assist in guiding precision lasers to weed from crops in an organic field. Modern agtech platforms from OSS revolutionize farm vehicles, smart irrigation, smart harvesting, and herd monitoring AI-based applications. To unlock the full potential of these innovations, the introduction of private 5G radio services is pivotal. OSS recognizes the significance of this shift and strategically employs rugged computer solutions to meet the demands of both a connected and automated agricultural ecosystem.

OSS brings over two decades of experience in specification, development, manufacturing and repair of aerospace components and systems on commercial airliner and military platforms. Agile development capabilities compliant to DO-254 and DO-178-C are combined with an AS9100-D Quality System to provide robust products from in-seat power to the latest AI-based military embedded systems. We offer turn-key flight safety and certification, according to DO-160G, Boeing, Airbus and MIL-STD requirements assure our customers field the best products on time and on budget, but we do not stop there. OSS provides full lifecycle support for military and commercial aerospace products, including an FAA certified repair station for refurbishment, repair, and sustainment programs to assure 7 to 10-year long project lifecycles.

As the need for AI data from edge sensors proliferates, large scale systems that access, sense and measure these data sources are required to keep up. PCIe expansion systems provide scalable speed and connectivity to thousands of instrumentation devices from a single data collection system. OSS high density storage servers collect petabytes of data at blazing fast speeds. OSS GPU accelerated servers use AI algorithms to process the collected data with petaflop capabilities. Instrumentation applications in test and measurement form the basic building blocks of the Artificial Intelligence value chain and AI, in turn, enhances test and measurement data usefulness. After acquisition of data using specialized instruments to measure the environment, store the information, and pre-process the data, scientists, enhanced by AI models, control, test and model environments to provide action and value. Many of these instruments are deployed throughout edge transportation, energy, electronics, aerospace,  defense and government applications and often operate in harsh environmental conditions.

OSS GAS-R features the world’s most advanced accelerator, the NVIDIA® A100 Tensor Core GPU, enabling AI on the Fly® customers to consolidate training, inference, and analytics into a unified, deployable AI solution at the edge. With available rack and flange mounting options, adaptable power subsystem and unheard-of performance in a modest 23” depth aluminum enclosure the GAS-R excels in demanding airborne applications with true “Datacenter in the Sky” capability.

The FSAn-4R delivers data center class functionality to rugged airborne and other defense deployments where no-compromise storage capability is required to support mission-critical applications. Optimized for high speed data acquisition, the FSAn-4R can be deployed in tactical trucks, ground stations and surveillance aircraft. It uses the highest-performance PCIe NVMe flash with x8 lanes for double the bandwidth of 2.5” NVMe. In addition, it includes features such as hot swap, Follow Me for RAID volume portability, and front loading.

The Gen 4 PCIe SDS-3U-4 contains options for Dual Socket Intel Xeon Gen 4 Processors and provides a feature-packed server platform for GPU or FPGA accelerated computing, 2.5 NVMe storage and the most native PCIe Gen 4 x16 slots available on the market. This functionality is delivered in a size-efficient edge-ready rugged chassis with 3U height and 20” depth. This allows the highly-integrated server to stand alone as a hyperconverged PCIe Gen 4 server, or form the core CPU and memory resources for a scale-out, rack level, expandable or composable solution in the shallowest available racks. 

The 16-slot 4U Pro platform provides extreme PCIe Gen4 speed with added professional features. The 4U Pro supports 2 PCIe Gen4 x16 host connections, 4 PCIe Gen4 x16 single-width expansion slots, and 12 PCIe Gen4 x8 single-width expansion slots to aggregate any set of PCIe add-in cards (AICs) to Gen 4 equipped servers and workstations. The system supports 16 full-length PCIe AICs such as NVMe flash, FPGAs, single-slot GPUs and network interface cards (NICs). Dynamic fan speed control keeps the system cool under full load, while conserving power and noise when unneeded. Two 2000W power supplies provide redundant hot-swap system power. The semi-rugged frame design and up to 64 GB/s of sustained data throughput make the 16 slot 4U Pro platform ideal for edge data recording, storage, or converged compute AI applications.