At times of failure, problems,or upgrading network topology mapping becomes paramount. Tounderstand the possible failure occurrence, the topology views of the network become the first step to use asa solution. Such practice helps network engineersreduce the downtime to restore the falling network link through the logical and physical design view of the network. Inthe design phase, the designer failstodifferentiate and specify the physical topology from the logical topology view of the network this will reduce the network efficiency. The study aimsto design the logical and physical view of a security surveillance network system to provide network management in times of failure. Most designers are not taking into consideration the views as the backbone and foundation of building a network. The study used IP Vision 4 classes C (192.168.1.0/27) andsubnetted into units to enable manageable networks and hosts to meet up with future growth. The logical and physical view of the network is identified to differentiate in times of failure and upgrading. The tools used to achieve the goal are Microsoft Visio and Smart Draw for Network Architectural Design for the logical design view. A packet Tracer simulation machine is been deployed for the physical design view and also to detail the network information. The designed network is subdivided into sub-management units (from networks 1 -8) which provide flexible, scalable, and costeffective solutions suitable for Local Area Networks (LAN). However, the study uses existingliterature to gather primary and secondary data. Study shows that IP surveillance network technology are taking over the manual policing system and Countries like America, British and others were able to implement them in other to reduce crime using IP Surveillance Networks. The designer recommends full system deployment and implementation when it comes to network design methodas operational requirements for standard performanceand also encouragesfurther research on network design mapping