Cyberpunk, the Postglobal and the Posthuman

Who Owns Our Food?

When we talk about corporate power, most people think about tech companies or social media, not agriculture. But one of the most important forms of control today is also food, through seeds. Some corporations have a big influence over what farmers can grow and how food is produced, mainly through patents on genetically modified seeds. This kind of control over the foundation of the food system can raise questions that feel very close to cyberpunk worlds, where corporations sell and plant products and also decide who gets to profit from it.

Real-World Example

Monsanto, which is currently owned by Bayer, is one of the most well-known examples of this. The company became controversial for developing genetically modified seeds that are patented, which means that farmers cannot legally save and reuse seeds from their own crops (Howard, 2009). Because of that, they often have to buy new seeds every season, which makes them less independent. This control over food production starts to feel similar to the corporations we see in cyberpunk worlds. Powerful companies sell products but above all also control entire systems. Looking at corporations in Blade Runner and Neuromancer, companies such as the Tyrell Corporation or Tessier-Ashpool also control and determine life, whether through artificial humans or genetic engineering. Patented seeds can be seen as a real-world version of this, since biological life is turned into something that can be owned and controlled. Just like replicants in Blade Runner, it makes me wonder to what extent we can morally accept these changes, because the issue is not only about humans, but also about something as essential as food.

Are we becoming cyberpunk?

However, I do not think we are fully living in a cyberpunk world yet, but we are definitely moving in that direction. According to Clapp (2014), large multinational corporations have a serious influence over markets, regulatory policies, and essential systems like food production. We cannot forget though, that governments and public criticism still provide some limits. These limits might not always be strong enough.

This issue is also not experienced the same way everywhere. In the United States, genetically modified crops and seed patents are more widely accepted and used. In contrast, countries in the European Union, for example, tend to have stricter rules on genetically modified organisms. It is often seen as more skeptical toward corporate control over food systems, which leads to stronger restrictions. This shows that the system can depend on political decisions, cultural attitudes, and regulation. At the same time, global companies like Bayer still operate widely, which makes it difficult for any single country to fully control their influence.

Conclusion

What makes this issue dangerous is how it becomes normal while we are not noticing it. The control over seeds does not look as dramatic as the worlds of cyberpunk, but it raises similar questions about power, ownership, and dependence. If food can become part of a system determined by profit and control, then the line between fiction and reality is not really as clear as it seems. So the main problem is how much control we are willing to accept before we start to notice it.

References

Clapp, J. (2021). The problem with growing concentration and power in the global food system. Nature Food, 2–2, 404–408. https://uwaterloo.ca/scholar/sites/ca.scholar/files/jclapp/files/corporate_power_in_the_food_system_for_archive.pdf

Howard, P. (2009). Visualizing Consolidation in the Global Seed Industry: 1996–2008. Sustainability, 1(4), 1266–1287. https://doi.org/10.3390/su1041266

AI was used at the beginning to help gather ideas of what examples to use.

Thank You, Next

When watching cyberpunk movies or reading cyberpunk stories, one thing is always very similar. Technology has advanced that jobs change, new jobs get created, and others get taken. In the 1982 movie Blade Runner, we see the manufacturing of replicants, artificial humans who are just created for labor from a company called Tyrell. They are used for jobs that are considered dangerous, exhausting or morally questionable so in other words, those that no one else wants to do. But since these replicants aren’t actually human, they get treated like products, no matter if they feel like a human. They serve, obey and then die when they are no longer useful, with a build in expiration date and no rights. But this is all only fiction right?

Human Replacements at Amazon

In the last couple of years more and more information has come out about the working conditions that Amazon warehouse workers have to work under. Automated systems track worker productivity, expecting them to pack more than one hundred boxes an hour. If these expectations aren’t met it can lead to warnings or a direct termination without a human supervisor reviewing the situation. This has lead to roughly 300 people being fired in the proximity of one year.

In addition to this an open letter has ben signed by 1000 Amazon employees that have warned about unethical use of AI. It is being used for mass layoffs and is planned to lay off 14,000 employees to do its initiatives. But the ironic thing is, the workers themselves are even saying AI is not ready to do so and even acts sloppy and inconsistent in its duties making work harder for those workers who are still human. This is why they are signing the letter to demand ethical AI working groups that help when and how to use AI efficiently.

Amazon in Neon Lights

Just like Tyrell Amazon has a tendency to see its employees as products and not human beings seen through the way that they just fire people as they please, regarding inhuman efficiency and expectations. The workers are being monitored, controlled, and “eliminated” when not useful anymore, just like in Blade Runner with the only difference that they get fired and not actually eliminated. It is algorithms that deviate on who works and who gets fired and the corporation gains power over human lives in a way that governments didn’t intend them to and that is exactly the kind of dehumanising corporate control that cyberpunk warns about and shows through Tyrell. The expectations of packing hundreds of boxes per hour and being terminated when failed also shows this blur between human and machine that Amazon does the same way as Tyrell does. Humans must perform at machine speed and their value is measured on output only, making their bodies pushed to the breaking point. Tyrell creates replicants for labour only which is why they definitly only measure them in output and push their body to the breaking point to use them as much as they can before they have to get another one. The replicants are expected to do inhuman tasks just like the Amazon workers and are discarded when they fail, also just like the Amazon workers. Corporations demand machine like performance from humans showing how society shifts to a cyberpunk model where labour is dehumanised and expendable. When it comes to the use of AI we see how it is slowly replacing humans in labour as well to increase profit, truant accountability, and centralise power. Amazon employers are thus fearing that AI is becoming a corporate weapons and not just a tool for human benefit. With the Tyrell corporation we can similarities in their way of using genetic engineering to create a labor force that it controls. Both show a world where technology amplifies corporate dominance.

Futuristic or Realistic?

Amazon is just one such corporation that shows us that we are moving toward a cyberpunk world because corporation like Amazon increasingly use automation and AI to control workers, replace human judgements, and consolidate power. These practices mirror fictional corporations like Tyrell from Blae Runner in their dehumanisation of labour and willingness to let technology override ethics.

Work Cited AITechTrend. (2025, November 27). AITechTrend. https://aitechtrend.com/amazon-workers-warn-of-ai-rollouts-ethical-risks/Jee, C. (2019, April 26).

Amazon’s system for tracking its warehouse workers can automatically fire them. MIT Technology Review. https://www.technologyreview.com/2019/04/26/1021/amazons-system-for-tracking-its-warehouse-workers-can-automatically-fire-them/

image: A representation of corporate power and data surveillance!

Cyberpunk vs Reality

Cyberpunk literature has long imagined a future where corporations dominate, often surpassing governments and viewing human lives as disposable. These fictional organizations, like Tyrell Corporation in Blade Runner and Tessier-Ashpool SA in Neuromancer, control technology, prioritize profit, and shirk responsibility. Although these stories may seem exaggerated, many modern companies behave in ways that closely resemble these dystopian visions, especially in areas such as gig economy labor practices, pharmaceutical pricing, and surveillance capitalism.

Hacking the Mind, Not the Body: Surveillance Capitalism

The way internet corporations gather and utilize personal data is one such example. These days, businesses collect a lot of personal data and use it to target advertisements and forecast behavior. This concept relates to the topic of "hacking the body vs. hacking the mind" that we covered in class. Hacking in cyberpunk is about manipulating people, not just systems. In the real world, businesses don't hack our bodies, but they do have an impact on our beliefs, purchases, and ways of thinking. This system, which turns human behavior into a resource for businesses, is frequently referred to as surveillance capitalism (Axios, 2019). That makes me think of cyberpunk settings where individuals are continuously seen and impacted.

Identity and Privacy Loss in the Digital Age

Additionally, there is concrete proof of the effectiveness of this data collection. According to a Federal Trade Commission investigation, big social media corporations gathered a lot of user data and shared it with outside parties, often without the consumers' knowledge (The Guardian, 2024). This relates to the loss of identity and privacy, another cyberpunk concept we discussed. People lose control over their own knowledge in such scenarios, and a less severe version of that is happening now.

Government Power vs. Corporate Power

The notion of businesses taking the place of established power institutions is another link to our class. In cyberpunk, businesses dominate most of the choices, and governments are powerless. Companies still have a lot of power, even though it isn't entirely true nowadays. They can influence laws and policies through economic power and lobbying. This gives the impression that the distinction between corporate and governmental authority is becoming increasingly hazy.

The Value of Human Labor and the Gig Economy

The gig economy is related to the previous class information on the worth of people in cyberpunk settings. People are viewed as disposable and only useful for what they can provide in many stories. These days, gig workers for businesses like DoorDash and Uber frequently lack benefits and job stability, which makes them feel the same way. Employees are crucial, but they can be readily replaced. The concept of humans being reduced to their utility is reflected in cyberpunk.

Cyberpunk as a Caution, not a Prediction

I don't believe that our culture is entirely cyberpunk. This relates to another topic covered in class: cyberpunk is frequently a critique rather than a forecast. These tales exaggerate real problems. Governments still have authority and can control businesses in the real world. For instance, various nations have different laws governing corporate control and data protection, demonstrating that businesses do not have total authority.

Views from Around the World on Corporate Power

This is not only an American problem; it is a global one as well. While governments are more stringent in certain nations, companies have greater flexibility in others. This demonstrates how the system determines how companies and power interact, a topic we have also discussed in class while comparing various civilizations.

Conclusion: What should we do next?

In my view, cyberpunk serves as a warning about what may happen if corporate power is abused. Although we are not quite there yet, there are early indications, particularly in the areas of corporate influence, labor practices, and data gathering. The way people react is what counts. We can keep things from being as bad as cyberpunk fiction if we remain conscious and keep challenging these structures.

Sources

Axios. (2019). The new data capitalism. https://www.axios.com/2019/06/25/personal-data-big-tech-companies-privacy-capitalism The Guardian. (2024). Social media firms engaged in vast surveillance, FTC finds. https://www.theguardian.com/technology/2024/sep/19/social-media-companies-surveillance-ftc

OpenAI. (2026). Digital eye with data overlay representing surveillance and personal data tracking [AI-generated image]. ChatGPT.

AI Attestation: I improved the organization of my work and create title image with the use of AI. Based on what I learnt in the course, the thoughts and connections to the course material are my own.

Cyberpunk fiction often imagines a future where corporations hold more power than governments and treat human life as expendable. While this idea may seem exaggerated, elements of it are visible in today’s world—especially in the practices of major technology companies. Through systems like surveillance capitalism, corporations increasingly influence behavior, politics, and everyday life in ways that resemble fictional companies like the Tyrell Corporation in Blade Runner or Tessier-Ashpool SA in Neuromancer.

One of the clearest real-world examples of this dynamic is surveillance capitalism. This system, as defined by Encyclopaedia Britannica, involves turning personal experiences—such as online activity, location data, and social interactions—into behavioral data that companies use for profit (“Surveillance Capitalism”). Companies like Google and Meta collect this data and use it to predict and influence user behavior, often through targeted advertising. However, the impact goes beyond advertising. According to the Pew Research Center, experts are concerned that digital systems may shape public opinion and weaken democratic processes by controlling what information people see (Anderson and Rainie).

This practice mirrors the logic of cyberpunk corporations. In Blade Runner, the Tyrell Corporation manufactures replicants—artificial humans designed for labor and discarded when they are no longer useful. While modern corporations do not create humans, they do treat human behavior as a resource. Users’ data is constantly extracted and monetized, reducing individuals to sources of profit rather than autonomous participants in society. Similarly, in Neuromancer, Tessier-Ashpool operates as a powerful, transnational corporation that controls advanced technology and information systems. Today’s tech companies function in comparable ways, operating globally and influencing communication, commerce, and even political discourse.

The growing power of corporations raises an important question: are we moving toward a cyberpunk future? In some ways, the answer is yes. A small number of companies dominate digital infrastructure, and their platforms are deeply embedded in everyday life. It is increasingly difficult to function without engaging with these systems, whether for work, communication, or access to information. This dependence reflects the world of Machinehood, where individuals rely on corporate-produced enhancements to keep up with economic demands.

However, it would be inaccurate to say that we are fully living in a cyberpunk dystopia. Unlike in these fictional worlds, modern societies still have mechanisms to limit corporate power. Governments can regulate companies, as seen in the European Union’s General Data Protection Regulation (GDPR), which imposes strict rules on data collection and privacy. Public awareness is also growing, with increasing scrutiny of Big Tech’s influence on privacy, labor, and democracy.

At the same time, corporate power is not distributed equally around the world. In the United States, relatively limited regulation has allowed tech companies to expand rapidly. In contrast, the European Union has taken a more aggressive approach to privacy and consumer protection. Meanwhile, countries like China combine strong government authority with extensive technological surveillance. These differences suggest that while the trend toward increased corporate influence is global, its effects vary depending on political and cultural contexts.

Ultimately, cyberpunk should be understood not as a prediction, but as a form of critique. These stories highlight the dangers of unchecked corporate power and encourage audiences to question the systems shaping their lives. As surveillance capitalism continues to expand, this critique becomes increasingly relevant. While we are not yet living in a fully realized cyberpunk world, the similarities are significant enough to warrant attention.

The future will depend on how societies respond. If governments, institutions, and individuals actively challenge corporate overreach, the more extreme outcomes imagined in cyberpunk fiction may be avoided. If not, those fictional worlds may begin to look less like fantasy and more like reality.

Works Cited

Anderson, Janna, and Lee Rainie. The Future of Digital Life and Democracy. Pew Research Center, 2020, https://www.pewresearch.org/internet/2020/02/21/themes-about-the-digital-disruption-of-democracy-in-the-next-decade/

“Surveillance Capitalism.” Encyclopaedia Britannica, https://www.britannica.com/topic/surveillance-capitalism

In classic cyberpunk fiction, corporations not only influence but even run society. Governments recede into the background as megacorporations choose who flourishes, who struggles, and who is disposable. Originally a theoretical warning, this vision now feels dangerously close to reality. From tech behemoths dictating democratic discourse to pharmaceutical corporations controlling access to life-saving pharmaceuticals, today's corporate landscape increasingly resembles the scenarios depicted in Black Runner, Neuromancer, and Machinehood.

Corporate Power: Real World Consider the impact of large technology businesses on democratic institutions. Platforms such as Meta and Google influence what billions of people see, read, and believe. According to Pew Research (2021), the majority of Americans acquire at least some of their news through social media, implying that private firms effectively channel public knowledge. This corresponds with Tessier-Ashpool SA's information control in NeuroMancer, in which data access equals power. Surveillance capitalism promotes this dynamic as well. Shoshana Zuboff (2019) notes that firms collect massive amounts of behavioral data to predict and influence users' actions. This is not unlike the ubiquitous surveillance systems portrayed in Blade Runner, when corporations like Tyrell have complete control over both information and identity.

Pharmacetical pricing provides another clear example. Although insulin is a century-old medicine, it has historically been far more expensive in the United States than in other countries. RAND Corporation released a report in 2022 stating that insulin prices in the U.S. are roughly three times higher than in comparable nations. This is consistent with the dynamics of Machinehood, in which corporate funding systems regulate access to vital technologies and even existence. Meanwhile, gig economy labor patterns demonstrate how corporations can change employment itself. Companies such as Uber categorize workers as independent contractors rather than employees, limiting their access to benefits and protections. The Economic Policy Institute found that gig workers frequently make less than the minimum wage after expenses. This is similar to cyberpunk's precarious underclass, referring to workers who rely on corporate platforms but are excluded from corporate safeguards.

A pattern emerges from these examples: companies are more than just economic players; they also serve as governance systems. Modern corporations, such as Tyrell Corporation and Tessier-Ashpool:

1. Control access to critical resources (information, medicine, and inc0me )
2. Operate across national lines, frequently without effective regulation
3. Individuals are treated as data points or labor units, not as citizens

Are We Headed Toward Corporate Dominance? The answer is based on how we interpret existing patterns. One one hand, corporate power is certainly increasing. Globalization enables businesses to operate across borders, but technical sophistication frequently outpaces regulatory frameworks. Governments occasionally rely on corporations for infrastructure (cloud computing, AI), obscuring the distinction between public and private power. However cyberpunks image of absolute corporate rule may be an exaggerated critique rather than an unavoidable reality. There are checks on corporate power:

1. Antitrust activities
2. Data privacy laws
3. Labor organizing activities among gig workers and tech employees These mechanisms indicate that, while corporations are dominant, they are not unopposed.

Is This Just An American Issue? Not entirely, but it is more pronounced in the United States. Compared to Europe, the United States has traditionally maintained a more laissez-faire approach to regulation. In contrast, the European Union has set stronger regulations on data privacy and competition. GDPR empowers individuals to control their personal data, minimizing the surveillance capitalism prevalent in the US. Corporate influence is important in countries such as China, although it is heavily regulated by the government. There, the dynamic is less "corporation vs. government" and more "corporations within government control".

Why does Corporate Power Persist? 1. Technological dependence: Society increasingly relies on platforms and services offered by private businesses 2. Global Scale: Corporations can relocate operations to evade unfavorable restrictions. 3. Information asymmetry: Companies frequently understand their systems better than regulators. These circumstances foster a climate in which corporate power can grow faster than regulatory procedures.

***The Role of Critique *** This is where cyberpunk remains important, not as a prediction, but as a warning. Exaggerating corporate dominance heightens our awareness of real-world tendencies. Stories like Blade Runner and Neuromaner push us to consider what happens if we don't intervene. Crituqes drives public discourse, which then influences policy. Concerns about data privacy, labor exploitation, and AI ethics are becoming more mainstream, thanks in part to speculative fiction, which made these issues visible and important.

We are not yet living in a true cyberpunk dystopia, but we are getting closer than we would like to acknowledge. Corporations already have enormous control over information, labor, and even survival. The essential concern is not whether cyberpunk is "realistic" but whether we allow its darker aspects to become reality. The future is not predetermined. Unlike the worlds of Neuormance and machine hood, we still can influence our systems through legislation, activism, and informed public discourse. Cyberpunk does more than just show us where we can end up. It challenges us to take a different path.

The attached video provides an overview of how corporations collect and use data.

AI Use Statement: This blog post contains grammatical assistance from Grammarly; no other AI tool was used.

Sources: 1. Pew Research Center. (2021). News consumption across social media in 2021.

2. RAND Corporation. (2022). International prescription drug price comparisons.

3. Economic Policy Institute. (2020). Uber and the labor market: Evidence from gig workers.

4. Zuboff, S. (2019). The Age of Surveillance Capitalism. PublicAffairs.

The Ant-Human Hybrid Imagine a world where science has once again surpassed its own limits. Not the supernatural world of romance films where a girl falls in love with a boy who turns into a werewolf, but a world where hybridization is not an accident of magic, it is a government‑planned technology designed to create a more efficient society. And instead of a wolf, imagine the hybrid is something far less glamorous but far more radical: an ant. Ants can lift around fifty times their body weight, survive extreme physical pressure, and operate through a form of distributed intelligence that allows entire colonies to function with astonishing efficiency. If humans could integrate these characteristics, we would be forced to rethink labor, individuality, and consciousness itself. Hybridizing with an ant destabilizes the autonomous human subject and aligns directly with the posthuman questions raised by Haraway, Blade Runner, and Ghost in the Shell.

No leaders No Individualism The ant is compelling because of its strength, coordination, and pheromone‑based communication. In Deborah M. Gordon’s Ant Encounters: Interaction Networks and Colony Behavior, she emphasizes that ant colonies “operate without any central control” (Gordon, 2010). This challenges human assumptions about hierarchy and leadership. If ants can coordinate complex tasks without a central authority, then perhaps human societies, which rely heavily on centralized power, could be reimagined. Gordon further explains that “the colony’s behavior emerges from the interactions of its members” (Gordon, 2010), a model that mirrors cybernetic and networked systems seen in Ghost in the Shell. Ants also destabilize Western individualism. They embody collective identity and collective labor. As Gordon notes, “No ant knows what the colony is doing” (Gordon, 2010). Applied to humans, this raises unsettling possibilities: a labor force that works efficiently without necessarily understanding the larger purpose of their work. Ambition, personal dreams, and self‑expression could be replaced by pure functionality. Society might become more efficient, but at the cost of individuality.

Power or Exploitation

If I had to decide how far this hybridization should go, I would choose primarily physical adaptations. Enhanced strength could reduce reliance on heavy machinery in industry or the military, potentially lowering energy consumption. Chemical sensing or a more flexible, role‑responsive body could also be beneficial. But I would avoid deep cognitive or behavioral changes. Losing too much individualism risks creating a society without personal fulfillment. A fully collective consciousness, like an ant colony, might eliminate loneliness, but it would also eliminate creativity, desire, and the sense of purpose that comes from personal goals. A balance of perhaps 30% ant traits and 70% human identity feels like a sustainable mix. Haraway’s cyborg theory helps frame this hybridization as a boundary‑breaking act. The ant‑human hybrid collapses distinctions between human, animal, and machine. It goes beyond technological enhancement and enters the realm of biological fusion, the kind of hybridization that produces “superhumans” in superhero narratives, except grounded in real evolutionary traits rather than fantasy. But Blade Runner warns us of the darker side. Replicants are engineered for labor and exploited because of their strength and obedience. An ant‑human hybrid could easily become a new labor caste: strong, efficient, and less likely to question authority. This mirrors the replicants’ struggle for autonomy and personhood. The ethical and political implications are enormous. Who would be allowed to receive these enhancements? Who would be denied? Any system that assigns hybridization based on “value to the state” risks creating new hierarchies of worth. I have one example of a short movie and story in which a pig‑stomach cancer cure illustrates how enhancements can spiral out of control when people seek them for unintended benefits. Hybridization could follow the same path, a technology meant for survival or efficiency could become a tool for exploitation, inequality, or even crisis. In the end, while a human‑ant hybrid might create new forms of community, I believe it would be a dangerous one. It risks erasing diversity, flattening individuality, and creating a population that can be easily exploited. The potential benefits of strength and efficiency do not outweigh the social and ethical risks of losing what makes human life meaningful.

Breaking the Human Boundary:

Imagine a world in which humans can adopt animal qualities solely because of safe and reversible technology. In an increasingly biotechnological and artificial intelligence-driven world, such a scenario no longer appears to be science fiction. If I had the option of hybridizing with an animal, I would choose an octopus. The octopus is one of the most remarkable forms of intelligence on Earth, with physical adaptation and cognitive capacities that challenge our beliefs about what it is to be human. Rather than experiencing a total change, I would prefer moderate hybridization, which includes cognitive advantages inspired by octopus' dispersed neutral systems as well as some physical adaptations like increased agility and regenerative capacities. Octopuses can control each of their eight arms independently, allowing them to analyze information simultaneously. According to marine biologist Jennifer Mather, octopuses engage in complex activities such as problem solving, tool use, and play, implying a sophisticated kind of intelligence that arose independently of human intellect.

Adopting elements of this biology could boost human creativity and problem-solving abilities without destroying our humanity completely. I would not imply turning into an octopus, but rather extending the capabilities of the human mind.

Post Human Self:

Hybridizing with an octopus would require both cognitive and physical modifications. Cognitively, I'd like improved brain processing that enables multitasking and attention to detail, comparable to how octopuses coordinate their arms. Physically, minor alterations such as increased tactile sensitivity in the hands or restorative tissue abilities might be advantageous. However, I would not give up the fundamental qualities of humanity that characterize social and moral existence. For me, Humanity is more than just biology; it is the ability to emphasize, form groups, and generate shared meaning. These characteristics determine our ethical responsibilities to one another.

This viewpoint is consistent with Donna Haraway's concept of the cyborg, which. undermines hard distinctions between humans, animals, and machines. Haraway contends that technological and biological hybridization undermine traditional theories of identity. In other words, becoming partially animal does not always make someone less human; it may merely indicate that the boundaries between species were never as rigid as we thought.

Science fiction also examines this border. In Blade Runner, replicants are almost indistinguishable from humans, yet society views them as disposable devices. Their battle prompts viewers to consider whether biological origin truly determines humanity. Similarly, Ghost in the Shell questions whether awareness stays authentic once the body is technologically upgraded or replaced. If a mind can exist in a cybernetic body, identity is linked to memory and consciousness rather than flesh.

A human-octopus hybrid would take these philosophical questions even further. If we could acquire alien talents while keeping our memories and sense of self, we could reinvent humanity as something adaptable and evolving rather than fixed.

Access, Inequality, and the Politics of Enhancements:

While the technology sounds intriguing, it raises fundamental ethical concerns regarding who has access. Historically, advanced technology have apperead first in wealthier populations before reaching marginalized communties if at all even. If human improvement technologies are dispersed unfairly, they have the potential to exacerbate social inequality (Fukuyama, 2002). If only the wealthy could afford cognitive or physical hybridization, society might face a new class gap between enhanced and non-enhanced humans.

This topic is especially important in a global environment. Wealthier nations may have initial access to advanced technology, increasing global gaps in education, labor, and health. In such a world, hybridized individuals may dominate occupations that require great brains or physical capacity, putting others at a structural disadvantage. These disparities mimic the dynamics depicted in Blade Runner, in which replicants are engineered for labor but corporations govern their development. Similarly, in Ghost in the Shell, cyber enhancement is common but linked to military and corporate power dynamics. Both stories show how technological advancement can become interwined with economic power and political influence. If hybridization developments become a reality, strong ethical frameworks will be required to provide equal access and defend human dignity.

Refinding Humanity:

Finally, deciding to hybridize with an octopus is about rethinking the boundaries of human potential, rather than adding tentacles or underwater talents. The posthuman conditions make us reevaluate what constitutes us. Is humanity defined by biology, or consciousness and moral responsibility? If hybridization enabled us to enhance our talents while remaining ethically committed to one another, it may signify the development of mankind rather than its extinction. A human-animal hybrid, similar to the cyborg in Haraway's theory, might represent the breakdown of rigid boundaries and the rise of a more fluid understanding of identity.

In the end, the true question is not whether we can become anything other than humans, but whether we can do so without sacrificing the compassion and responsibility that make humanity valuable.

Sources:

Latkovic, M. S. (2002). Fukuyama, Francis. Our Posthuman Future: Consequences of the Biotechnology Revolution. The National Catholic Bioethics Quarterly, 2(4), 765–767. https://doi.org/10.5840/ncbq20022420 Mather, J. A. (2019). What and where is an octopus’s mind? Animal Sentience, 4(26). https://doi.org/10.51291/2377-7478.1528

AI Use Statement: Grammarly was the only tool of "AI" used within this blog post, which was to correct grammatical errors and the fluency of writing. All writing and analytical thinking was done solely by me.

Imagine standing at a threshold, not the entrance to a building, but the entrance to a different kind of self. A technology is safe. It is reversible. All you have to do is choose. When I consider the question honestly, my answer comes quickly and without much thought: the black panther.

Not because I want claws, or a coat of obsidian fur, though it would be amazing to have those features. But becausw the black panther represents a particular union of qualities that feel less like fantasy and more like aspiration: patient intelligence, acute awareness, solitary, decisiveness, and an almost preternatural calm in the face of danger. The real question the thought experiment forces us to ask is not which animal wwe find cool, but which qualities we are missing- and what that absence says about us.

The Transformation I would Choose My hybrid would not be extreme. I am not interested in becoming a totally different creature. The transformation I imagine is moderate, targeted enough to still be meaningful, restrained enough to preserve continuity of self. Physically, I would want enhances sensory perception: the black panthers acute night visions, its ability to hear high frequency sounds beyond human range, and the sharpened olfactory system that lets it track prey through dense jungle. I would want a body that is faster and more agile, capable of fluid, economical movement that big cats are famous for.

Behaviorally and Cognitively , the change I want are subtle but feel more significant. As I researchers have notes, black panther are characterized by remarkable strategic hunting intelligence–an ability to read environments, hold focus, and wait for precisely the right moment before acting. They demonstrate patience as a skill, not as passivity. This sis what I want most. Not physical grace, though id take it- but I more interested in cognitive architecture that makes stillness feel like power rather than absence.

Blockquote What does it mean to 'give up' humanity if the qualities you're gaining–paitence, perceptions, presence–are ones we already recognize as admirable in exceptional human beings?

I would keep my language, my memory, my relationships, my capacity for abstract reasoning and ethical implications. What I would gain is a perceptual and behavioral layer that currently lies beyond human capacity: a heighten awareness of my surrounding, a nervous system that is designed for stillness and precision, and the solitary confidence to act on my own judgement without even thinking about social approval.

The Humanity Question This where the thought experiments gets genuinely difficult. When we ask how much humanity wed be willing to give up, we are forced to define what humanity even is– and that defintion can be unstable. A philosopher and bioethicist Davis DeGrazia, writing on enhancement technologies and personal identity, argues that our concern about losing "human nature" through biotechnology change often rests on assumptions we have never examined carefully. as he puts it, the worry that enhancement disrupts identity depends on implausible notions of what makes us who we are in the first place. If what makes me human is my capacity for love, moral reasoning, grief, and curiosity, then againg a panthers night vision changes none of that. But if humanity is defines as a biological boundless– as being confined to the sensory and physical limits of Homo sapiens– then any enhancement dissolves that boundary. Donna Hawarway, whose 1985 "Cyborg Manifesto" is touchstone for this course, would likely point out that the boundary was never as stable as we imagines. Her cyborg is a figure that refuses categorical purity– human/animal organism/ machine, natural/ artificial. The black panther hybrid I am describing is, in Haraway terms already a cyborg: a creature of mixed categories that cannot be cleanly sorted. And her point is that this is not a horror story. It is liberation from the policing of borders that were always more ideologies than biological.

Course Connection Blade Runner replicants are "more human than humans" not because they human DNA, but because they have learned to want, remember, and mourn. Ghost in the Shell's Motoko Kusanagi questions her own authentic not because her body is cybernetic, but because she cannot locate the different between genuine memory and an implanted one.

Academic Bioethicist writing an transhumance have increasingly recognize that the real boundary being debated is not biological but social. As one recent study in the journal bioethicist observes, radical genetic enhancement– including the introduction of genes coding for abilities found in other animals could, in principle, produce changes that move us away from our current species identity. The question is whether species identity is what we actually care about, or whether it is a proxy for something more fundamental: continuity of consciousness, moral community, and the recognition of one another as fellow beings deserving of dignity. My honest answer is that I would give up very little of what I care about. Sharper hearing and faster reflexes do not make me less capable of love. Solitary confidence does not require abandoning connections. In fact, I think that some of the qualities I would gain from a panther– patience, composure, acute presence – would make me a better human being in all ways that actually matter.

Who Gets to Become the Shadow? if this technology were real, and it followed the pattern of virtually every other significant biotechnology, access would be deeply unequal. Those with wealth and proximity to elite medical infrastructure would choose their enhancements. The rest could not. This is not speculative anxiety– it is already the trajectory of genetic medicine, cometic biotechnology and pharmaceutical enhancements. As researchers studying the ethics of human enhancements have pointed out, technologies that promise to improve humanity in the abstract tend, in practice, to redistribute advantages toward those who already have it. This inequality is not only economic. It is perceptual. A world divided between enhanced and unenhanced humans would not simply be w a world with different physical capabilities. It would be a world in which the enhances see, heard, responded and decide differently– and in which those differences map onto existing hierarchies of race, gender, class, geography, and etc. Haraway's cyborg was supposed to dissolve these boarders. This uncomfortable truth of our actual world is that boarders are remarkably good at reasserting themselves through new technologies rather than being dissolves by them. The black panther itself carries a particular cultural weight here. As a figure of beauty, power, and nocturnal intelligence, it has long been associated in the western imagination– with a kind of threatening otherness. To hybridize with this animal is to ask not just which traits I want, but which traits society is prepared to accept in whose body.

Stillness as the Post Human Aspiration In the end, what draws me to the black panther is something I can only describe as the quality of its attentions. It does not rush. it does not preform. It reads its environment with precision and acts from a place of complete situational awareness. In a world of noise, notifications, and manufactures urgency, that quality feels almost impossible rare. Perhaps that is the real thing the thought experiment reveals : the animal we choose says something about what we feel we lack, and what we lack says something about what human conditions– in this historical moment, in this paritcual culture– has failed to cultivate. I do not want to become a panther. I want to become the version of myself that has learned something from one.

References

DeGrazia, D. (2005). Enhancement technologies and human identity. George Washington University Department of Philosophy. Retrieved from https://philosophy.columbian.gwu.edu/sites/g/files/zaxdzs5446/files/2023-01/degrazia_enhancement.pdf

Haraway, D. (1985). A cyborg manifesto: Science, technology, and socialist-feminism in the late twentieth century. Socialist Review, 80, 65–108.

Rueda, J. (2024). Genetic enhancement, human extinction, and the best interests of posthumanity. Bioethics, 38(6), 529–538. https://doi.org/10.1111/bioe.13085

Thornberry, M. (2024). Black panther behavioral adaptations for survival. Berry Patch Farms. Retrieved from https://www.berrypatchfarms.net/black-panther-behavioral-adaptations/

Scott, R. (Director). (1982). Blade Runner [Film]. Warner Bros.

Oshii, M. (Director). (1995). Ghost in the Shell [Film]. Production I.G

The Next Boundary: Human and Animal Cyberpunk stories constantly challenge the boundaries between human and nonhuman life. In Donna Haraway’s A Cyborg Manifesto, she argues that modern technology dissolves traditional boundaries between human, machine, and animal. The cyborg is not simply a science fiction creature. It represents a world where identity becomes hybrid and fluid. But what if the next step in this boundary shift did not involve machines at all? Imagine a technology that safely and reversibly allows humans to hybridize with animals by borrowing their biological traits. Instead of robotic implants or artificial intelligence upgrades, this technology would allow humans to incorporate evolutionary abilities that other species have already perfected. If I had the option to hybridize with an animal, I would choose the octopus, not for physical power but for cognitive transformation.

Why the Octopus? Octopuses possess one of the most unusual nervous systems in the animal kingdom. Unlike humans, whose intelligence is centralized in the brain, octopus cognition is distributed throughout their arms. This allows them to solve problems in ways that are radically different from human thinking. Research in Current Biology notes that octopuses demonstrate advanced problem solving abilities, tool use, and behavioral flexibility that rivals many vertebrates (Hanlon & Messenger, 2018). If hybridization technology existed, I would not want to become completely octopus like. Instead, I would seek minor neurological adaptations inspired by octopus cognition. Imagine being able to process information through multiple parallel channels of thought or having enhanced sensory awareness similar to how octopus arms independently explore their environment. This type of enhancement would not drastically change my physical appearance, but it would transform how I experience intelligence and perception. In cyberpunk terms, it would expand the definition of what counts as a human mind.

Consciousness and the Cyberpunk Question of Identity Cyberpunk narratives often question what defines humanity. In Blade Runner, replicants look identical to humans but are treated as disposable labor because their consciousness is considered artificial. Meanwhile, Ghost in the Shell explores the idea that the “ghost,” or the essence of consciousness, can exist even within a completely artificial body. Animal hybridization raises a similar philosophical question. If our minds begin incorporating nonhuman traits, where does humanity end? For me, humanity would not be defined by having purely human biology. Instead, humanity would be defined by self awareness, empathy, and ethical responsibility. Even if my cognition were partially influenced by octopus inspired neural processing, my moral framework and sense of identity would remain human. In this way, hybridization reflects Haraway’s cyborg theory. Boundaries between categories are not fixed. Human identity has always been shaped by technology, culture, and biology. Hybridization would simply make that reality more visible.

Who Gets to Become Posthuman? However, cyberpunk stories also warn us that technological enhancement rarely benefits everyone equally. In many cyberpunk worlds, access to augmentation is controlled by corporations or wealthy elites. The same inequality could easily emerge with animal hybridization technology. Wealthy individuals might enhance their bodies and cognition while marginalized communities remain excluded or are pressured into risky forms of enhancement for labor. This mirrors real world debates about emerging technologies. For example, enhancement technologies such as genetic editing and neural implants already raise concerns about a future biological divide between enhanced and non enhanced humans. Science writer Ed Yong argues that discoveries about animal biology reveal extraordinary abilities in nature, but translating these abilities into human technology raises serious ethical questions about power and access (Yong, 2022). From a global perspective, hybridization technology could deepen inequalities between countries as well. Wealthy nations might dominate enhancement research, while poorer regions become testing grounds or sources of biological data.

The Posthuman Future If safe animal hybridization became possible, the most important question would not be which animal traits we could borrow but how responsibly we use that power. Cyberpunk fiction reminds us that technological change is never purely scientific. It is always shaped by politics, economics, and ethics. The ability to merge human and animal traits could expand human potential in incredible ways, but it could also create new forms of inequality and exploitation. For me, becoming partially octopus would not mean abandoning humanity. Instead, it would represent an evolution of what humanity can become. Humanity has always adapted, questioned boundaries, and redefined itself through new technologies. In a world increasingly shaped by biotechnology and artificial intelligence, the line between human and “other” may not disappear, but it will certainly continue to shift.

References Hanlon, R. T., & Messenger, J. B. (2018). Cephalopod behaviour. Cambridge University Press. Yong, E. (2022). An immense world: How animal senses reveal the hidden realms around us. Random House.

AI Attestment: AI was used in the developing stages of the blog post and to imrove the clarity of writing. All analysis and final edits were completed by me.

The boundary between "us" and "them" has always been thinner than our egos care to admit. From the bioengineered Replicants of Blade Runner to the cybernetic shells of Major Motoko Kusanagi, we are obsessed with the point where human nature ends and "something else" begins.

If given the chance to utilize safe, reversible hybridization technology, I would choose to bridge the gap between the terrestrial and the aquatic by integrating Cetacean (specifically Bottlenose Dolphin) characteristics. My chosen transformation would be a major physiological and cognitive adaptation. Rather than just growing aesthetic fins, I am interested in the fundamental restructuring of sensory perception.

Physical: Integrating a "melon" organ for biosonar (echolocation) and skin capable of high-pressure resistance.

Cognitive: Adopting unihemispheric slow-wave sleep—the ability to sleep with one half of the brain at a time—allowing for continuous consciousness.

Behavioral: Shifting toward the non-linear, acoustic-based communication systems typical of pod structures.

As Donna Haraway argues in A Cyborg Manifesto, the cyborg is a creature in a post-gender, post-boundary world. By becoming part-cetacean, I am not just "adding a feature"; I am dismantling the "dualism of self and other" (Haraway, 1991). I am choosing to inhabit what Haraway calls a "monstrous" hybridity that refuses to stay in the box of human biological exceptionalism. In Ghost in the Shell, the "Ghost" (the soul or consciousness) is the only thing that matters, regardless of the "Shell." However, my experiment suggests that the body shapes the Ghost. By adopting cetacean traits, my perception of space, time, and community would fundamentally shift.

To me, humanity is not a biological checklist; it is a capacity for narrative and connection. I would be willing to give up my terrestrial form and my traditional five senses because the "human" element—the self-reflective consciousness—remains, even if it is viewing the world through a radical new lens. The beauty of this thought experiment lies in its reversibility. It allows for a "nomadic identity"—the ability to step into the ocean and return to the shore. This fluidity is the ultimate expression of posthumanism: the refusal to be defined by a single, static biological destiny. By embracing the dolphin, I don't lose my humanity; I expand its definition to include the song and the sea.

References Benjamin, R. (2019). Race after technology: Abolitionist tools for the New Jim Code. Polity Press.

Haraway, D. J. (1991). Simians, cyborgs, and women: The reinvention of nature. Routledge.

Scott, R. (Director). (1982). Blade Runner [Film]. Warner Bros.

NOT ARTIFICIAL INTELIGENCE