technology

Innovation ("science of art"), from Greek τέχνη, techne, "workmanship, aptitude, tricky of hand"; and - λογία, - logia is first heartily characterized by Jacob Bigelow in 1829 as: "...principles, procedures, and terminologies of the more obvious expressions, especially those which include utilizations of

science, and which might be viewed as valuable, by advancing the advantage of society, together with the remittance  of the individuals who seek after them".
Standard is a term characterized current-day by Merriam-Webster as: "a thorough and principal law, regulation, or presumption", "an essential source", "the laws or realities of nature basic the working of a fake gadget", "a fixing, (for example, a concoction) that displays or gives a trademark quality".

Process is a term characterized current-day by the United States Patent Laws  distributed by the United States Patent and Trade Office (USPTO) as takes after: "The term 'process' implies process, craftsmanship, or strategy, and incorporates another utilization of a known procedure, machine, produce, structure of issue, or material." 

Terminology is term characterized by Merriam-Webster as: "name, assignment", "the demonstration or process or an occasion of naming", "a framework or set of terms or images particularly in a specific science, discipline, or art".

Use of Science is a term characterized current-day by the United States' National Academies of Sciences, Engineering, and Medicine as: "...any utilization of logical learning for a particular reason, regardless of whether to accomplish more science; to plan an item, process, or therapeutic treatment; to build up another innovation; or to anticipate the effects of human actions."

The least difficult type of innovation is the advancement and utilization of essential instruments. The ancient revelation of how to control fire and the later Neolithic Revolution expanded the accessible wellsprings of sustenance, and the innovation of the wheel helped people to movement in and control their condition. Improvements in notable occasions, including the printing press, the phone, and the Internet, have decreased physical obstructions to correspondence and enabled people to connect unreservedly on a worldwide scale. 

Innovation has numerous impacts. It has grown further developed economies (counting the present worldwide economy) and has permitted the ascent of a recreation class. Numerous mechanical procedures create undesirable side-effects known as contamination and drain common assets to the disadvantage of Earth's condition. Developments have dependably impacted the estimations of a general public and brought up new issues of the morals of innovation. Precedents incorporate the ascent of the thought of proficiency as far as human profitability, and the difficulties of bioethics. 

Philosophical discussions have emerged over the utilization of innovation, with differences about whether innovation enhances the human condition or declines it. Neo-Luddism, anarcho-primitivism, and comparative reactionary developments condemn the inescapability of innovation, contending that it hurts the earth and distances individuals; advocates of belief systems, for example, transhumanism and techno-progressivism see proceeded with mechanical advancement as valuable to society and the human condition.