A brain tumor is an assortment of tissue that is gathered by methods for a moderate expansion of abnormal cells and it's miles basic to characterize brain tumors from the attractive reverberation imaging (MRI) for treatment. Human research is the customary methodology for mind MRI tumor discovery and tumors type. Translation of photos depends absolutely on readied and express order of brain MRI and furthermore different methodologies had been proposed. Records related to anatomical frameworks and limit unusual tissues that are important to treat are given by mind tumor division on MRI, the proposed contraption utilizes the versatile column K-strategy set of rules for a triumph division and the characterization procedure is executed through the two-level sort technique. In the proposed gadget, from the start oneself sorting out guide neural system prepares the abilities removed from the discrete wavelet modify blend wavelets and the following get out elements are subsequently prepared through the k-closest neighbor and the testing method is in like manner finished in two phases. The proposed-level class gadget orders the psyche tumors in twofold Education process which gives most proper execution over the ordinary classification strategy. The classifiers can properly Classifying the ubiquity of the brain picture into standard/unusual. Mechanized distortion distinguishing proof in therapeutic imaging has become the rising field in a couple of restorative diagnostic applications. Modernized area of tumor in Magnetic Resonance Imaging (MRI) is critical as it gives information about bizarre tissues which is fundamental for orchestrating treatment. The common technique for disfigurement revelation in appealing resonation brain pictures is human examination. This system is ridiculous for gigantic proportion of data. Thusly, electronic tumor revelation methodologies are made as it would save radiologist time. The MRI brain tumor area is obfuscated task as a result of multifaceted nature and contrast of tumors. Right now, is recognized in brain MRI using AI estimations. The proposed work is isolated into three sections: preprocessing steps are applied on brain MRI pictures, surface features are removed using Gray Level Co-occasion Network (GLCM) and a while later request is done using AI computation.