Surveying and monitoring activities on strategic assets still suffer from significant fragmentation across tools, processes, and expertise. Heavy reliance on highly specialized operators, operational challenges in hostile or inaccessible environments, and often discontinuous, poorly integrated data management make it difficult to build a coherent and reliable operational framework. This inevitably leads to reactive interventions rather than preventive strategies, with substantial impacts on cost, time, and risk management. Our evolution stems directly from hands-on field experience. After years of direct use of advanced technologies for surveying and monitoring critical infrastructure, we developed a system designed to introduce a higher level of digital command and control. This is not about adding another tool. It is about orchestrating the entire operational lifecycle: planning, execution, validation, and reporting. The system ensures traceability, data quality, and seamless integration with GIS ecosystems and digital twins, transforming technical data into strategic intelligence. The focus is not on a single robot or technology, but on a true “digital brain” capable of coordinating ground rovers, sensors, drones, and both manual and autonomous operations. A vehicle-agnostic architecture that scales according to mission complexity while maintaining consistency and control. The objective is clear: to enable a continuous model of prevention, control, and risk management moving beyond emergency-driven operations toward structured, predictive oversight.