Cybernetics

Humanity did not become cybernetic all at once. For generations without count, humans have changed their bodies.

First came decoration. Piercings. Tattoos. Cosmetic alterations. Then medicine replaced damaged organs and missing limbs. Technology improved. Prosthetics became augmentations. Augmentations became upgrades. Firmware gave way to overlay skins and neural enhancements. Eventually, the distinction between repairing a human body and improving one mattered less than whether someone could afford the work.

In ChromaSpyke, cybernetics are everywhere. They’re as ubiquitous as the strings of ones and zeroes in their software.

They are not rare chrome reserved for soldiers, executives, or the exceptionally wealthy. They’re consumer products produced across enormous manufacturing systems. Premium models, mass-market models, specialized industrial systems, obsolete parts, counterfeits, salvaged implants, custom fabrication shops, and components stripped from bodies that no longer need them. There are more than enough cybernetics to go around, but that doesn’t mean everyone can have them.

Megacorporations control all legitimate manufacturing and distribution. New cybernetics are routinely placed behind prices far beyond what an ordinary worker can afford, making body contracts one of the most common ways to receive meaningful augmentation. The worker provides years of labor. The corporation provides the technology necessary to make that labor more valuable. And even still, they must work contracts to gain access to the newest and best tech.

Outside those systems, an enormous secondary market exists.

Used parts change hands. Counterfeit components appear alongside genuine hardware. Salvagers recover functional systems from abandoned facilities and battlefields. Cybernetics are stripped from dead organics and Daphemi corpse units are mugged in the streets. Some implants are repaired when possible, and sold again. Some freelancers and gangs grow rich removing implants from circulation. Entire businesses exist around determining whether a component is authentic, compatible, stolen, contaminated, compromised, or simply convincing enough that the buyer will not discover the difference until after installation.

Private trade in cybernetics is heavily restricted.

Corporations routinely pursue unauthorized sellers under the justification of public safety. Unlicensed implants can fail. Counterfeit components can carry malicious software. Improper installation can kill the patient. Stolen hardware may contain proprietary technology or information that was never meant to leave corporate control.

All of those dangers are real. They’re also extremely convenient reasons for corporations to maintain control of one of humanity’s largest industries.

Owning the implant is only the beginning.

Cybernetics require maintenance. Moving components wear down. Metals rust. Interfaces degrade. Software becomes obsolete. Batteries, power systems, synthetic muscles, lenses, sensors, joints, cooling systems, and neural connections all require service over time. Factory maintenance can be prohibitively expensive.

Independent clinics and second shops are cheaper, but they come with their own risks. A skilled technician may keep an outdated implant operating for decades. Another may install counterfeit components that fail in a month. Some clinics specialize in circumventing corporate restrictions or repairing hardware whose manufacturer no longer recognizes its owner.

The more augmented someone becomes, the more maintenance their body demands. Failure can also be considerably worse than losing access to a consumer device. A broken cybernetic eye does not simply stop providing enhanced vision. It may leave someone blind. A malfunctioning respiratory system can become immediately life-threatening. A disabled cybernetic arm doesn’t disappear when its motors stop working. It remains attached to the body, heavier than the organic limb it replaced and potentially useless until someone can afford to repair it.

Cybernetics therefore provide freedom and dependency at the same time.

They also provide individuality.

Bodies can be modified for appearance, work, survival, status, pleasure, anonymity, religion, or simple preference. Someone may augment their eyes because their profession requires microscopic vision. Another may replace them because they dislike the ones they were born with. Soldiers carry systems built around violence. Scientists expand memory and sensory capability. Workers alter themselves for environments that would otherwise be hostile to human life.

Some modifications exist specifically because civilization watches back. In a society saturated with surveillance, augmentation can help disguise identity, alter recognizable characteristics, interfere with tracking systems, or otherwise make a body more difficult to catalog. The same technology used to make a worker more legible to corporate infrastructure can be modified to make someone harder to find. A part number can be identification. Custom face plates might make someone more attractive. Acid-etched flames might look intimidating in the bar. But those operating in clandestine environments rarely want the cameras to know who they are.

Lastly, cybernetics also helped humanity expand into environments ill-suited for organics.

Life aboard spacecraft and distant colonies places demands on the body that evolution never anticipated. Radiation, pressure, gravity, temperature, limited resources, industrial hazards, and prolonged exposure to artificial environments created enormous markets for technologies that could make people more resilient. Of course, the corporations saw this first, built the implants to support their body contracts, and then enlisted market influencers to promote these opportunities.

People lined up. People bought in and took the upgrades.

Cybernetics did not replace humanity in ChromaSpyke, and the boundaries between transhumanism and posthumanism look very different in this far-future setting. What does it mean to be human? is a question for earlier cyberpunk universes. ChromaSpyke has already crossed that threshold. These characters are living within a universe numb to the scars of implants and augmentation. That also means they’re more equipped to use the technology for their personal agendas, dodge surveillance, and find ways to push back against corporations owning their bodies.

If you’d like to read more about cybernetics, they appear throughout ChromaSpyke fiction, where everything from labor and warfare to identity and survival is shaped by the technology people carry inside their bodies. The Thought of Moor and A Star in Shadow both explore very different perspectives toward augmentation.

Now that you’ve been introduced to cybernetics, continue exploring ChromaSpyke by learning about the body contracts that place many augmentations within reach or the HiRO implants that became one of humanity’s most consequential additions. Or return to the ChromaSpyke universe page and explore other lore articles.