Scenario Biochip technology has been in existence since 1983 when it was first used for monitoring fisheries. Over the years, this technology has grown substantially to include monitoring animals in z

Scenario

Biochip technology has been in existence since 1983 when it was first used for monitoring fisheries. Over the years, this technology has grown substantially to include monitoring animals in zoos, tracking endangered wildlife, and identifying pets. The use of Biochip technologies is increasing at a steady rate. For several years the Safe Medical Devices Registration Act of 1993 has required that all artificial body implants have an “implanted” identification. To date there are over 150 million prosthetic devices and breast implants that are "biochipped."

Despite this history of usage, the reason that Biochips are listed as an emerging technology in the Gartner 2018 Hype Cycle for Emerging Technologies is due to its relatively new use in humans.

As a social scientist for the Office of Science and Technology you have been tasked to analyze the various positive and negative impacts that Biochips in humans might have on society.

Instructions

Research Biochip usage in humans to get a better idea of this technology and identify any attributes that might impact society. Once you feel comfortable with this new technology, you need to develop a feasibility study containing a SWOT with at least three examples of Strength, Weakness, Opportunities and Threats along with analysis and an impact statement that addresses the following:

·        A continuous Technological Assessment (TA) of biochips and how their use could cause a societal impact.

·        The governance of ongoing research and innovation with an emphasis towards the “right set of impacts” pertaining to emerging technologies such as biochips.

Research will need to be conducted to complete this assessment. Be sure to use credible resources, properly integrate resources into your feasibility, and give proper attribution through citations.