One Stop Systems, Inc. (OSS) is a key developer and producer of high-performance computing (HPC) modules and systems, specifically tailored for demanding edge deployments both domestically and across global markets. These advanced systems are engineered around cutting-edge graphical processing unit (GPU) and solid-state flash technologies. OSS's comprehensive product portfolio encompasses custom servers, sophisticated data acquisition platforms, powerful compute accelerators, and high-speed solid-state storage arrays. It also includes various PCIe expansion solutions and system I/O expansion units, alongside industrial and panel PCs optimized for edge environments. Furthermore, the company supplies robust mobile tablets and handheld devices, purpose-built to withstand challenging environmental conditions often encountered in edge applications. Serving a diverse client base, OSS distributes its offerings to multinational corporations, government entities, defense contractors, and leading technology providers. Sales channels are varied, including direct sales teams, an online presence (website and web store), dedicated OEM partnerships, and an extensive network of authorized resellers and distributors. Established in 1998, One Stop Systems, Inc. maintains its headquarters in Escondido, California.
OSS Receives Award Supporting U.S. Missile Defense Agency
One Stop Systems received an approximately $400,000 award from a leading U.S. defense prime contractor for advanced modeling and simulation of U.S. missile defense systems in support of the U.S. Missile Defense Agency.
The award covers OSS's latest-generation 4UP Max PCIe expansion platform configured with eight NVIDIA RTX PRO 6000 Blackwell GPUs, and represents the first deployment of this configuration with the customer.
CEO Mike Knowles said the company is experiencing increased demand for high-end simulation environments and sees additional opportunities in next-generation homeland missile defense architectures and fifth- and sixth-generation platform performance modeling.