A great number of applications for wireless sensors call for the collection of essential sensor data from the area in which they are deployed. Within the aforementioned applications, sensor nodes are responsible for the continuous transmission of data to storage nodes for a predetermined amount of time. Sending newly discovered data to the Top-K rule that makes the prediction is a crucial part of the process. The original content material details had some false information added to it so that attackers who had gained access to the sensor and storage nodes couldn't access the data they were after. In the event that an adversary is successful in penetrating the security of the storage node, there is a good chance that fake data will be sent to the command system. Steganography, when combined with the add-up complete signature method, shields data from vulnerabilities in the existing security system while also guaranteeing the message's validity. An indexing-based construct has been devised in order to guarantee that the database record's resources are available before the command delivers data to storage nodes.