The architecture of a smart factory is generally divided into three layers: the first layer is the information management layer, which includes systems such as ERP, PLM, and MES; the second layer is the software control layer; and the third layer is the equipment execution layer.

The core advantages of smart factories are primarily manifested in real-time equipment monitoring, abnormal parameter alerts, remote equipment control, intelligent maintenance management, video remote surveillance, and remote program debugging.

Smart factories are capable of processing vast volumes of data through specialized operations, including categorization, statistical analysis, aggregation, and systematic storage. Given the immense scale of data analytics required, manual processing is simply incapable of handling such workloads.

Smart factories can bring about significant transformations for enterprises, primarily by facilitating lean production, enhancing operational transparency, and improving manufacturing execution capabilities.

When selecting smart factory solutions, particular emphasis should be placed on data protection and system performance. Only with robust data security in place should you choose a solution that best aligns with your enterprise's needs.

Traditional manufacturing has long faced challenges such as overcapacity and undercapacity, discrepancies in production line tempo, high difficulty in line changeovers, and weak production management—all of which can be effectively addressed through smart factories.

Smart factories and smart manufacturing are fundamentally different in essence. The essence of a smart factory is human-machine interaction, while the essence of smart manufacturing is human-machine integration.

A digital factory represents the integration of modern digital manufacturing technologies with computer simulation. If a smart factory can be considered an upgraded version of the digital factory, then intelligent manufacturing stands as the advanced evolution of the smart factory.

The essence of a digital factory lies in information integration, while the core of a smart factory is human-machine interaction.

The smart factory involves many system components, such as production process monitoring systems, industrial television monitoring, security television monitoring systems, and integrated wiring systems.