The Cyclical Relationship Between Technology and Society

Technology and society are not separate forces moving in parallel – they are deeply intertwined, each shaping the other in an ongoing loop. From the moment early humans picked up a stone tool to the age of artificial intelligence, this relationship has been continuous and evolutionary. The inter-dependency and co-production of technology and society upon one another has been evident since humanity first started using simple tools, continuing through modern technologies such as the printing press and computers . Understanding this cyclical relationship is essential for anyone studying sustainability, because every technological choice we make sends ripple effects through culture, power structures, the environment, and everyday life.

The co-dependence of technology and society 🔗

Technology does not exist in a vacuum. It is born out of societal needs, and once it exists, it reshapes the very society that created it. Scientific advancements lead to new technologies that drive societal progress, while societal needs stimulate technological development – forming a continuous cycle that propels further social evolution . This is the essence of the cyclical relationship: society demands, technology delivers, and the delivery transforms society’s next set of demands.

Consider the example of agriculture. Roughly 12,000 years ago, farming technologies fundamentally changed human societies. Agriculture tethered humans to the land, leading to permanent settlements – villages, towns, and eventually cities . People stopped being nomadic hunter-gatherers, and new social structures like property ownership, governance, and trade emerged. These social changes, in turn, demanded more sophisticated tools for irrigation, storage, and defence.

This pattern has repeated across every era. The printing press, the steam engine, electricity, and the internet – each one emerged in response to existing societal conditions, and each fundamentally altered those conditions. The relationship is not one-directional. Technology influences sustainability and society in complex ways – it can improve efficiency and reduce waste, but it can also lead to increased consumption and depletion of resources . Society, meanwhile, controls technology through consumer demands, cultural beliefs, distribution channels, and regulatory choices.

Intended versus unintended effects of technology 🔗

Every technology is designed with a purpose. The automobile was built for faster travel. The internet was built for communication. These are intended effects – the predictable, planned outcomes of a technological development. But technology rarely stops at doing just what it was designed to do.

When technology surprises us 🔗

Unintended effects are the unanticipated consequences that emerge after a technology becomes widely adopted. The world is not fully knowable and predictable – its complexities are too great, and some unanticipated consequences are a necessary feature of all our enterprises . These unintended effects can be positive (like penicillin being discovered by accident) or deeply problematic.

Take plastics as an example. The widespread use of plastics, initially hailed as a revolutionary material, has led to a global plastic pollution crisis . Nobody designed plastic with ocean contamination in mind, yet that is precisely what happened at scale. Similarly, the intensification of agriculture through technology increased food production but also resulted in soil degradation, water contamination from fertilisers, and biodiversity loss.

Ethical conflicts from technological progress 🔗

Some of the most challenging unintended consequences are ethical in nature. Technologies like genetic editing (CRISPR) offer extraordinary medical possibilities, but they also raise questions about where to draw the line. Germline editing raises unique ethical questions because any changes to the genome can be passed down to biological children – this could mean freeing a family from hereditary disease, but it could also mean passing on unintended and potentially harmful edits .

Cloning, reproductive technologies, and AI-driven decision-making all present similar dilemmas. Emerging technology drives innovation and improvement in many fields, but it also presents complex ethical challenges that must be addressed to prevent unintended consequences . The core issue is that technology moves faster than the ethical frameworks we build to govern it. By the time society agrees on rules for a technology, that technology may already be embedded in daily life.

Environmental pollution is another major area where unintended consequences accumulate. Fossil fuel-based technologies powered industrialisation and modern prosperity, but they also created cascading environmental damage – from air pollution to climate change – that we are now trying to reverse. The lesson is clear: intended benefits and unintended harms often travel together, and evaluating a technology’s full impact requires looking beyond its original purpose.

Technology’s impact on culture 🔗

Culture – how we communicate, create, work, and relate to one another – has always been shaped by the tools available to us. Technology plays a pivotal role in shaping cultural identities and practices across the globe, acting as a catalyst for cultural exchange, innovation, and adaptation .

From tool-using cultures to technocracies 🔗

Neil Postman, in his influential work Technopoly, described three stages of the technology-culture relationship: tool-using cultures, technocracies, and technopolies. Most cultures were tool-using until the 17th century, where tools served the culture – but in technocracy, tools became a more central part of culture by disrupting it . Three inventions – the clock, the printing press, and the telescope – signalled this shift. Knowledge became separated from morality, and science began to be seen as a path to power and progress.

Today, we live in an age that many would describe as a technopoly – a society where technology does not merely assist culture but actively defines it. Social media platforms shape political discourse, streaming algorithms influence what art and music people consume, and smartphones have fundamentally altered how relationships are maintained.

Digital technologies and cultural identity 🔗

The widespread adoption of smartphones has redefined communication norms, while artificial intelligence is influencing art, education, and even personal identity . The internet and mobile technology have enabled cross-cultural interaction at a scale never before possible. People in different countries share memes, music, and movements in real time.

But this cultural connectivity comes with trade-offs. The digital divide – inequities in access to technology – exacerbates existing cultural and social disparities, as marginalised communities often face barriers to accessing digital tools . When certain populations cannot participate in the digital economy and cultural conversation, inequality deepens. Furthermore, research published in Scientific Reports highlights that Western and corporate values tend to dominate global digital platforms, shaping cultural narratives and potentially marginalising alternative perspectives.

The printing press once broke the clergy’s monopoly on information, empowering mass literacy and democratic movements . Similarly, social media has become a powerful mobilisation tool – but it has also been used to spread misinformation and create polarising filter bubbles. Technology giveth, and technology taketh away, depending on who controls it and how it is used.

Distribution of power and justice 🔗

Technology has always been linked to power. Technology creates new sources of wealth and power – this began with the industrial revolution, when early industrial and agricultural devices changed how societies created wealth . Those who controlled the land were once the most powerful. Then power shifted to those who controlled factories. Today, power increasingly belongs to those who control data, algorithms, and digital infrastructure.

How technology reshapes power structures 🔗

Agriculture had been the source of wealth creation for millennia – those who controlled the land were the most powerful; then factories and industrial production replaced land as the source of power; now factories are being replaced by digital and network technologies . This shift matters enormously for justice and equity. When new technologies emerge, they rarely benefit everyone equally. Early adopters and those with capital tend to gain the most, while those without access get left behind.

The digital divide is a clear example. Access to the latest technology – high-speed internet, modern computers, and the skills to use them – is not distributed equally, meaning the benefits of technological progress often flow to those who are already educated and affluent . This creates a feedback loop: technology increases productivity and opportunity for some, which increases their wealth and influence, which gives them greater access to the next wave of technology.

Technology, justice, and ethical norms 🔗

Technology also reshapes justice systems and ethical norms in society. AI is increasingly used in recruitment, law enforcement, and lending, raising concerns about algorithmic bias that may inadvertently perpetuate social inequalities. When a machine learning model trained on historical data encodes existing biases, it can systematically disadvantage certain groups – all while appearing neutral and objective.

New technologies can give rise to ethical nightmares – from systemic violations of privacy to the spread of democracy-undermining misinformation . Social media platforms, for instance, were designed for connection but have become vectors for surveillance, manipulation, and political interference. The question of who gets to build, deploy, and regulate these technologies is fundamentally a question of power and justice.

At the societal level, the response to these challenges typically involves regulation, ethical frameworks, and democratic governance of technology. The European Union’s AI Act is the first legal framework that deals directly with the ethical issues related to AI applications, prohibiting systems that pose significant risks and requiring companies to ensure compliance before release . Such frameworks represent society’s attempt to guide technology toward just outcomes rather than simply accepting whatever consequences emerge.

The evolutionary nature of this relationship 🔗

One critical point to understand is that the technology-society relationship is evolutionary, not revolutionary. Changes happen gradually, through accumulation. The printing press did not immediately democratise knowledge – it took centuries for literacy rates to rise. The internet did not instantly create a global village – it took decades of infrastructure development, policy decisions, and cultural adaptation.

Technological determinism theory posits that a society’s technology determines the development of its social structure and cultural values . While this theory has its critics (many argue that society also shapes technology), the reality is somewhere in between. Technology and society co-evolve. The Centre for Strategic and International Studies notes that the ability to innovate remains concentrated in perhaps a dozen countries – the result of culture, investment, and attitudes toward risk that either enhance or limit a society’s innovative capacity.

For sustainability, this evolutionary perspective is crucial. We cannot simply “invent” our way out of environmental crises without also changing the social, economic, and cultural systems that drive unsustainable behaviour. The connection between technology and sustainability is multi-layered because technology not only provides solutions to environmental and social challenges but can also aggravate sustainability issues like e-waste production and increased energy usage . Addressing climate change, resource depletion, and pollution requires both technological innovation and societal transformation – working together in that same cyclical loop that has defined human progress since the first stone tool.

Key takeaways 🔗

Technology and society are co-dependent. Neither exists independently. Every technological innovation emerges from a social context and, once adopted, reshapes that context.

Both intended and unintended effects matter. Evaluating any technology purely on its designed purpose is insufficient. The full picture includes environmental consequences, ethical dilemmas, and social disruptions that often only become visible over time.

Culture is continuously shaped by technology. From the printing press to social media, each major technological shift redefines how people communicate, create, and understand the world.

Power follows technology. Whether it is land, factories, or data, the source of societal power tracks closely with dominant technologies – and unequal access to these technologies deepens existing inequalities.

Sustainability requires both technological and social change. Green technologies alone will not solve environmental problems if the underlying societal systems that drive overconsumption and inequality remain unchanged.

What do you think? Can society realistically govern the pace of technological change to prevent harmful unintended consequences, or will technology always outrun our ability to regulate it? And in your own life, how has a technology you use every day shaped your behaviour or values in ways you did not expect?

References

1. https://en.wikipedia.org/wiki/Technology_and_society
2. https://innovativegenomics.org/crisprpedia/crispr-ethics/
3. https://www.deloitte.com/us/en/insights/industry/technology/ethical-dilemmas-in-technology.html
4. https://www.nature.com/articles/s41598-024-83995-z
5. https://www.seattleu.edu/business/online/albers/blog/ethics-in-innovation-emerging-tech-considerations
6. https://www.csis.org/analysis/technology-and-power