Conduritols have attracted a great deal of attention in recent years owing to biological activities exhibited by them and also their usefulness in the synthesis of other natural products and pharmaceuticals. Conduritols show interesting inhibitor activity for some glycosidases and serve as important intermediates in the synthesis of inositols. In this study, novel synthetic strategies leading to highly functionalized cyclohexene derivative containing an aromatic ring, namely phenyl-substituted conduritol was achieved successfully for the first time. As the starting material, substituted benzoquinone derivative, biphenyl-2-ol was used. Bromination of one double bond followed by the reduction of the carbonyl groups served the desired skeleton. Further substitution of the bromine atoms and functionalization of the remaining double bond opened up an entry for the synthesis of substituted conduritol and inositol derivatives. Moreover, by the use of hydroquinone as a starting material we developed new synthetic methodologies for the synthesis of another conduritol derivative, bromo-substituted conduritol for the first time. Oxidation of hydroquinone to the corresponding quinone followed by the bromination of one double bond gave the desired product. After the reduction of the carbonyl groups and protection of the hydroxyl groups, the key compound for the synthesis of bromo-substituted conduritol was obtained. As a result, we enabled to synthesize new conduritol derivatives and we had considerable advance for the synthesis of other conduritol derivatives, inositols and quercitols.