Industrial Linux Integration for Physical AI and Robotics Hardware

 
SECO S.p.A. and Peridio have partnered to integrate the Avocado OS Linux distribution onto SECO's portfolio of Qualcomm Dragonwing hardware platforms. The technical integration provides a production-ready software foundation to support developers deploying robotics and physical AI systems.

Applications and Use Cases
The combined hardware and software architecture addresses the operational requirements of robotics, autonomous machines, and physical AI systems within industrial automation. Concrete technical use cases include the deployment of autonomous fleets where hardware standardization and operating system stability are necessary to maintain process efficiency, system maintainability, and scalability across digital infrastructure.

The Challenge and Cooperation Rationale
Developing and maintaining a custom operating system for industrial deployment requires significant engineering resources and introduces integration risks when transitioning from prototypes to production fleets. To resolve this system complexity, SECO and Peridio integrated their respective technologies. This cooperation establishes a validated, commercial-grade Linux environment directly on the hardware, eliminating the need for engineering teams to compile and maintain their own OS distributions.

System Architecture and Responsibilities
The technical solution combines SECO's System-on-Module (SOM) and Single Board Computer (SBC) architectures with Peridio's Avocado OS. SECO supplies the hardware foundation, utilizing Qualcomm Dragonwing processors across form factors such as SMARC and COM-HPC, alongside the Board Support Package (BSP). Peridio provides the industrial Linux distribution. This architecture allows developers to define a software system once and port it across different hardware modules, from initial development kits to fully deployed industrial fleets. The initial rollout includes specific module iterations such as the IQ-X, IQ8, QCS6490, IQ10, and IQ-2390.

Deployment and Implementation
During the implementation phase, systems utilizing SECO hardware and the Avocado OS receive coordinated engineering support from both partners. This joint support structure covers hardware integration, the BSP, and the operating system level. By aligning these layers, the deployment process reduces the technical friction associated with integrating third-party software stacks onto embedded modules.

Expected Operational Impact
The primary measurable outcome of this integration is a reduction in time-to-market and lower system maintenance overhead during the product lifecycle. Consolidating the OS and hardware layers streamlines system commissioning across diverse hardware matrices. "Robotics teams don't ship one board, they ship a matrix of them," stated Bill Brock, CEO at Peridio. "Avocado OS lets a team define its system once and carry it across that range, from dev kit to fleet, with SECO and Peridio both standing behind the BSP."

Edited by Aishwarya Mambet, Induportals Editor, with AI assistance.

www.seco.com