Named Data Networking (NDN) is a new paradigm for future internet, data packet carry name rather than current IP paradigm of source and destination addresses, to provide light integrity verification architecture for security in NDN system. Content based search is common where the issue of security lie low than expectation. Different Systems are connected in different networks where the information of the system will be stored in the router and the content of the system in its temp memory so that the data response will be redirected from the router cache itself. The main mechanism of LIVE lies in generating different content integrity status for a single content object, which allows a Content Provider to control content access performed by NDN nodes. Pending Interest Table (PIT), stores all the Interests that a router has forwarded but not satisfied yet. Each PIT entry records the data name carried in the Internet, together with its incoming and outgoing interface(s). Forwarding Information Base (FIB), a routing table which maps name components to interfaces. The FIB itself is populated by a name-prefix based routing protocol, and can have multiple output interfaces for each prefix. Content Store (CS), a temporary cache of Data packets the router has received. Because an NDN Data packet is meaningful independent of where it comes from or where it is forwarded, it can be cached to satisfy future interests. Replacement strategy is traditionally least recently used, but the replacement strategy is determined by the router and may differ.