3rd. Information which people have to know before implementing BIOCHIPS

Information which people have to know before implementing BIOCHIPS

We cannot discount the fact that there are no products which don’t have disadvantages. We’ve been checking the advantages of implementing biochips in our life and it is time for us to check the realistic disadvantages of implementing the biochips. 

Realistic drawbacks

1. Uncertainty. 

The long-term consequences of microchips on the body are unknown. The social repercussions of widespread chipping are unknown. We don't know what issues will occur in relation to every aspect of the concept, and we probably won't until we give it a shot.

2. Cannot commit non-violent crimes. 

Driving too fast, seeing an additional film, etc. In order to provide you with better services, those who are offering them must have access to more information about you, therefore contextualized advantages are always at the expense of broadcasting that expanded contextual data. For instance, a basic always-on GPS provides the ability to detect speeding.

3.Access management. 

Businesses automatically have access to your location inside their building when you let them to scan your chip for identification.

4. Leakage of data. 

Every new technology has its share of flaws and vulnerabilities. It is a prime target for hackers and other bad guys since it relies so heavily on a single chip. In addition to being readable, information that can be written to may also be used to commit fraud or corrupt data.

5. Replacement hardware.

There is little question that this technology will advance and gain additional functionality over time. The early gear might not have a simple means to be physically replaced, and it's feasible that these additional functions will need for new hardware.

6. No universal Standards

Unfortunately, there isn't a single card that can handle all of the many digital identifying methods that are now in use. An RFID chip would need to be implanted for the subway, your credit card, your library card, and so on (or, at least, implant a rewriteable chip and store one of the above at a time).

7. Bodily migration

Implanted chips have the potential to migrate inside the body if suitable precautions are not taken. This would be less of a problem if chips were more widely available, but until then, it's perfectly possible that they may be completely disregarded if not discovered in the normal place.

8. Medical treatment

Adverse tissue responses, electrical concerns, and — maybe most significantly — "incompatibility" with powerful-magnet medical devices like magnetic resonance imaging are among the risks for human microchipping, according to the FDA (MRIs). Pacemakers, aneurysm clips, dental implants, hip and knee replacements, and implanted microchips are all examples of objects that cannot be brought inside an MRI.