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Dr. Adriano Cavalcanti has invented the first practical hardware architecture for nanorobot as a CMOS nanoelectronics circuit. The first nanorobot prototype is integrated using a biochip approach, and is activated with pathogenic proteomics overexpression for biomedical applications, such as cancer, diabetes, aneurysm, and cardiovascular problems. The instrumentation and interaction with the nanorobot inside the patient's body is achieved with telemetric control. The cell phone is used in this platform for data transmission and energy supply for the nanorobot. Keywords: nanorobot, CMOS, nanoelectronics -- Source: ISI Web of Science (Thomson Reuters), Scopus (Elsevier), Engineering Village, and PubMed (NIH National Institute of Health, U.S. National Library of Medicine) .

As the nanorobot do not generate any harmful activities there is no side effect. It operates at specific site only.

"Nanorobotics", "medical nanorobotics", "medical nanorobot", or simply "nanorobot", is an emerging technology field comprised of multidisciplinary subjects such as quantum electronics, biomaterials, nanoelectronics, photonics, and biotechnology. The possibility of applications of nanorobots and most important impacts are expected on biomedical engineering, homeland security, environmental monitoring, petroleum and precious metal production. The economic potential is huge, and a large number of government funding initiative for research in this topic is currently booming. Related initiative from several countries around the globe involves numerous research centres, universities, and corporate industry thriving towards the fast development of practical devices based on nanotechnology.