Nanotechnology fields are focusing to innovate new performance nanomaterials for several engineering fields to meet the mankind needs. Such fields concern materials engineering and catalysis as they are known as central sciences, which deeply contribute to the nation building and development through nanotechnology growth. As known the protection and cleaning our environment from both inorganic and organic wastes is highly needed . the development of intelligent nanomaterials are so regarded in fuel cells technologies , conversion of both harmful and harmless products , in hydrogen production , and so fourth. Nowadays, many hybrid materials are elaborated and characterized to allow several applications,such as in engineering technologies, biomedical applications, medicinal applications to treat such as cancer, diabetes, virus, and so on. These nanomaterials include carbons, transition metals, supported transition metals, alloys, minerals in combination with other metals, core-shell materials, metal organic frameworks, zeolites, with diverse method of preparations. As known also, many elements from the rare-earth materials might possess advanced properties such as magnetic characteristic (Neodymium) , lighting features (La), constituent of an exceptional sort of glass (Praseodymium), MRI, X-ray scanning method, and television screens (Gadolinium), catalytic at high temperature (Cerium/La), optical displays in devices (Yttrium, terbium, europium). So, in recent years researchers worldwide are exploring this class of intelligent materials in order to create an advanced nanomaterials for diverse technologies . Moreover, in the past few years, a new natural material has been introduced, this material is coming from a meteorite component and it is named as tetrataenite which has a chemical formula of (NiFe), it is an alloy. This new material has properties as the transition rare-earth materials, it possesses a huge magnetical properties. This material may possess advanced properties,which could be advantages for future catalysis, engineering, and technologies applications. Interesting composite materials may be engineered in combination with other materials as we know synergistic effect is playing interesting role in materials sciences applications. Therefore, we dedicate here a brief review in the recent applications of nanomaterials designed from the inspiration of tetrataenite features in the engineering fields.