Biohacking Explained: Merging Humans and Technology

Biohacking encourages a DIY approach.
Much of the theory is based on trial and error, taking biological and technological projects out of laboratories and into personal experimentation.
From time to time, news surfaces about individuals who have decided to “upgrade” themselves physically using different technological means.

These individuals are called “grinders.” A classic example is implanting RFID chips – digital identification tags – under the skin.
Such chips can be used to access buildings, unlock doors, log entries, or even access computers.

For example, a media company in Belgium offered employees the option to receive an RFID implant that allows entry to the office and access to their computers.
Biohacking One leading platform, Dangerous Things, offers gadgets for beginners, including magnets that can be implanted under fingertips. The magnets create an electric field and provide an enhanced sense of touch.

The American project GrindHouse Wetware is a startup investing in biohacking ideas, developing new technologies and integrating them into the human body. Some projects are even more complex.
An Australian individual implanted a transit card under the skin, which authorities later tried to cancel, and British biohacker Neil Harbisson, born colorblind, uses an antenna implant to detect colors.

Perhaps the most famous figure is Professor Kevin Warwick, one of the first to implant R Practically, these procedures are difficult to define as medical. Most are designed to follow biohacking principles, allowing individuals to perform them on themselves.
The main barrier may be cultural perceptions of bodily sanctity, but also the longstanding conflict between humans and machines, rooted far back in history, from the industrial revolution and possibly even earlier in the printing revolution.

The fear that machines might replace humans has fascinated and unsettled us for centuries. ontinues to expand steadily, becoming part of our technological future.