· When sharing signal bandwidth with nearby residents and construction site workers, the issue of ordinary users consuming excessive bandwidth and causing service instability arises. This setup fails to meet the stringent requirements for building safety scenarios, which include the use of multi-channel HD cameras, AI-powered monitoring and analysis, and underground drainage detection.

· Additionally, the system lacks self-healing capabilities on construction sites. Consequently, if a base station experiences a failure, it results in a complete interruption of service, highlighting the need for a more robust and reliable communication infrastructure.

· The equipment establishes a dedicated network, independent of nearby networks, guaranteeing the availability of over 200M of bandwidth to reliably support all operational scenarios at construction sites.

· Furthermore, the base station hardware is equipped with wireless backhaul self-healing features. In the event that one base station ceases to function, the two adjacent base stations will automatically establish a connection to restore service continuity. This ensures that any service disruption is brief, typically not exceeding 60 seconds.