






Employing a browser-server architecture to adapt to diverse network environments, ensuring stable system operation within complex networks. User permission management enables the configuration of distinct operational privileges, preventing information leakage. Content cannot be published without prior review, thereby safeguarding information security.

In the event of unforeseen circumstances (such as fire alerts or safety warnings), the system can immediately interrupt regular broadcasts to deliver critical emergency information, ensuring users receive vital updates without delay and enhancing the organisation's emergency management capabilities.

Compatible with the Kylin operating system and domestic chipsets, ensuring autonomous control over information security.

Employing a multi-tiered review mechanism, encryption technology, and domestically developed information technology infrastructure (such as Kylin operating system and Loongson processors) ensures data security and policy compliance. The system also supports localised deployment to mitigate cross-border data risks.

Enables batch management of distributed devices, allowing remote adjustment of parameters such as brightness and volume, alongside real-time monitoring of operational status. Scheduled tasks and emergency broadcasts reduce manual intervention, thereby lowering operational costs.



