Our intelligent monitoring system incorporates a variety of technologies including IoT, cloud, big data, and AI to build an extensive perception network of the physical environment of the airport. It is capable of real-time monitoring and providing early warning for runway and taxiway conditions such as surface evenness, friction coefficient, and potential damage, thereby supplying the data base of safe runway operations. To maintain the smooth functioning of the mission-critical power, HVAC, and plumbing systems is paramount for terminals and here smart monitoring systems play a vital role. The system maintains the constant tracking the situation of these systems, allows the earliest detection of faults, and also generates automated alerts, thus passenger experience is ensured and the risk of operation disruption is minimized. Intelligent operation and maintenance systems indeed play a vital role when considering the entire landscape of civil aviation airport facilities. These systems include functions that show the operational status of aircraft-related facilities such as stands, aprons, and passenger boarding bridges. Through the analysis of usage and mechanical performance data, they are able to give advance warning of maturing and the wear of facilities, thus maintenance become more focused and accurate. Meanwhile, intelligent monitoring which is at the core of security can work along with video analytics and perimeter intrusion detection to establish a multi-layered, proactive security alert system, thereby greatly raising the capabilities of the airport in safety prevention and emergency response. The benefit of these intelligent monitoring and operation and maintenance systems is eventually demonstrated in the complete revolution that they bring about in the management of civil aviation airport facilities. Their key benefits are evident: remarkably increasing operational efficiency by means of predictive maintenance thereby lessening unplanned downtime; holistically raising safety levels through the identification and elimination of risks beforehand; and, by using data-driven decision-making, adjusting maintenance schedules and reallocating resources to effectively reduce total cost of ownership. What we offer is not simply technology but a full methodology and real-world examples of enabling reliable civil aviation airport facility operations in the future with intelligence.
