In Today's internet world, detecting Fake News is facing a difficult task. Data integrity has been of maximum importance in the current news era due to the extensive range of free text. Therefore, generating and developing fraudulent information is more painless than ever. The spreading of such fake news influences society from diverse inappropriate views. Online Social Networks has become increasingly popular to obtain news and information on the internet due to their widespread uses. However, false information has been spread widely due to the internet's rapid growth. As a result, detecting fabricated information is critical in our present culture. As a resolution, in this paper, a Deep learning approach is suggested to confirm the trustworthiness of news. It is also proposed as a Multimodal faked information detection method that utilizes both the textual and graphical content of the data to determine its authenticity. The first step is to pretrain the BERT model to achieve the textual feature representation vector. As a second step, pretraining the VGG-19 model generates a visual characteristic representation vector. Two MCBP (Multimodal Compact Bilinear Pooling) modules have been created based on the proposed methodology. Graphic feature representation vectors with alerts are obtained using the first MCBP module. MCBP's second module combines the visual feature with the attention process and the vector of textual elements. With a second MCBP module, the attention process and a textual feature vector are utilized to input visual quality. You may be able to exploit the linked vector to your advantage in detecting fake information. In this article, a comparison is performed between the proposed method and two standard methods. EANN and Spot Fake approaches have been compared in this work, and it has been found that the proposed strategy in this article outperforms both in terms of accuracy, precision, and recall. [ABSTRACT FROM AUTHOR]