One Stop Systems Secures $2.2M Deal to Power Autonomous Heavy Equipment

ESCONDIDO, CA – July 21, 2026 – One Stop Systems, Inc. (Nasdaq: OSS), a specialist in high-performance edge computing, today announced it has secured an initial production order valued at approximately $2.2 million from a manufacturer of autonomous construction and mining equipment. The deal marks a significant commercial victory for the company, validating its technology in the rugged environments of industrial automation and signaling a successful expansion beyond its traditional markets.

The order follows an extensive period of prototype delivery, testing, and validation, transitioning the program into full production deployment. Under the agreement, OSS will supply its Gen5 ruggedized, liquid-cooled server, which acts as the AI-powered brain for autonomous heavy machinery. Deliveries are scheduled to begin in the third quarter of 2026 and continue through the third quarter of 2027. Looking ahead, OSS anticipates the program could generate cumulative orders between $10 million and $15 million over the next five years, establishing a substantial new revenue stream.

A Strategic Win Beyond the Battlefield

This production order represents more than just a single sale; it is a cornerstone of One Stop Systems' strategic pivot toward the burgeoning commercial autonomy sector. Historically rooted in the demanding defense and aerospace industries, the company has been actively diversifying its portfolio to capitalize on the rapid adoption of AI in industrial applications. This win serves as powerful evidence that its strategy is gaining traction.

“This production order marks an important milestone in our relationship with this autonomous construction and mining equipment manufacturer and reflects the successful transition of this program from prototype development into production deployment,” said Mike Knowles, President and CEO of OSS. He emphasized the broader implications, stating, “We believe this program demonstrates the growing adoption of our solutions in commercial autonomy platforms and supports our continued growth beyond defense and aerospace markets.”

Crucially, OSS secured this contract by replacing the customer's incumbent compute provider. This competitive displacement underscores the superior performance and reliability of its platform, which was validated through exhaustive testing in harsh mobile environments. For investors and market watchers, such a win is a strong signal of technological leadership and market penetration.

The financial implications are noteworthy. While the initial $2.2 million order is significant, the projected $10 million to $15 million in follow-on business over five years offers a predictable, long-term revenue source. Compared to the company's Q1 2026 revenue of $14.1 million and its full-year guidance of $60 million to $65 million, an annual contribution of $2 million to $3 million from a single new commercial customer represents a meaningful step in de-risking its business model and fueling sustainable growth.

The Unseen Engine of Industrial Autonomy

At the heart of this deal is OSS's Gen5 ruggedized, 3U, liquid-cooled, short-depth server (SDS). This is not an off-the-shelf computer; it is a highly specialized piece of hardware engineered to bring data center-level AI performance to the most inhospitable places on Earth. The unique challenges of construction and mining sites—replete with extreme temperatures, constant shock and vibration, pervasive dust, and moisture—render standard computing equipment useless.

The Gen5 server's design directly addresses these challenges. Its ruggedized chassis protects sensitive electronics from physical abuse, while its compact, short-depth form factor allows for integration into the space-constrained cabs and compartments of heavy machinery. Perhaps its most critical feature is liquid cooling. High-performance AI accelerators generate immense heat, and in dusty, enclosed environments, traditional air cooling is ineffective and prone to failure. The liquid-cooling system ensures stable, peak performance by efficiently dissipating heat, allowing the machine to perform complex AI tasks without thermal throttling.

This hardware enables true 'AI at the edge.' For an autonomous bulldozer or haul truck, real-time decision-making is a matter of safety and operational integrity. Relying on a distant cloud server for processing is not an option; the latency would be catastrophic for tasks like collision avoidance. Furthermore, remote mines and sprawling construction sites often lack reliable, high-bandwidth network coverage. Edge computing solves this by performing all critical AI workloads locally. The OSS server processes and fuses massive streams of data from multiple sensors—including LiDAR, radar, and cameras—in milliseconds, creating a 360-degree awareness of the environment and enabling the vehicle to navigate and operate with precision and safety, independent of any network connection.

Tapping into a Burgeoning Multi-Billion Dollar Market

One Stop Systems is entering a market experiencing explosive growth. The push for industrial automation is no longer a futuristic concept but a present-day economic imperative. The market for autonomous construction equipment, valued at over $16 billion in 2025, is projected to more than double to over $35 billion by 2034. Similarly, the autonomous mining equipment sector is expected to expand from roughly $4.2 billion to over $11 billion in the same timeframe.

Several powerful forces are driving this industrial revolution. A persistent shortage of skilled operators, coupled with a relentless focus on improving worker safety in hazardous jobs, makes automation a compelling solution. Autonomous machines can operate 24/7 with optimized routes and fuel consumption, delivering significant gains in productivity and efficiency while reducing operational costs. Leading OEMs like Caterpillar and Komatsu have already invested billions in their own autonomy platforms, moving millions of tons of earth without human drivers and validating the technology at scale.

By providing the critical compute backbone for these systems, OSS is positioning itself as a key enabler of this transformation. The company is not building the robots; it is building their brains and central nervous systems. As industries from mining and construction to agriculture and logistics continue their march toward full autonomy, the demand for robust, intelligent hardware capable of performing at the edge is proving to be the bedrock upon which this new era of efficiency is built.