Cyborg data mining is the practice of collecting data produced by an implantable device that monitors bodily processes for commercial interests. As an android is a human-like robot, a cyborg, on the other hand, is an organism whose physiological functioning is aided by or dependent upon a mechanical/electronic device that relies on some sort of feedback.
Implantable cybernetics and biomechatronics are on course to be proliferated among the global population within the twenty-first century as the markets for implantable electronics are already huge and growing. The global market for artificial cardiac pacemakers (PMs) and implantable cardioverter-defibrillators (ICDs) was approximately €8 billion in 2015, and is growing at 10% per year. Over 350 million people worldwide experience endemic diseases, diabetes, cardiac and renal failure, hearing disorders, and neurological disorders, thus making implantable technologies specific to these uses susceptible to increasingly higher demand. However, for the millions of cyborgs already equipped with body-enhancing technologies, namely PMs and ICDs, the data mining of these technologies pertains to broader topics of data sovereignty, data ownership rights, privacy and security, and medical research and development.