Network device configuration is a complex task that relies on vendor-specific command languages, resulting in a steep learning curve for network engineers. This paper proposes adopting Linux networking commands as a standard configuration language across hardware vendors. We examine the background and precedent for this approach, analyze the benefits and challenges, and present a detailed architecture. We demonstrate the feasibility through rigorous implementation examples and experimental evaluation. Results show that the Linux-based approach can significantly reduce configuration complexity and errors while providing performance comparable to vendor-specific Command Line Interfaces (CLIs). We discuss the implications of these findings and call for further research and standardization efforts around Linux-based network configuration. Widespread adoption of Linux networking commands could accelerate network automation, improve operational efficiency, and simplify engineer training.