New Dark Age

We live in an era shaped by constant technological progress. Our lives are surrounded by devices and systems that promise efficiency, convenience and solutions to global problems. Yet this technological revolution raises questions that are often ignored - what price are we paying for these advances and what are their real consequences? James Bridle's “New Dark Age” offers a critical look at modern technology and its impact on society, ecological balance, and human values. Through an analysis of data overload, ecological impacts or algorithmic power, the author challenges us to rethink how we use technology and what kind of future we build with it. Bridle points out that technologies that were meant to be our tools to improve our lives often make us more isolated, controlling, and burdensome. Moreover, their ecological and social consequences are proving to be far more serious than we would like to admit. But to meet these challenges, we need a new technological imagination - a way of thinking that allows us to create solutions that are not only effective, but also fair and sustainable.

We live in an age where technology is an integral part of our daily lives. They have been designed to make our work easier, improve communication and give us more free time. But paradoxically, their complexity is doing the exact opposite - do you feel that instead of you controlling them, they are controlling you? This dependency is rooted in the incomprehensibility of modern systems, from the algorithms that control social networks to the data processing that is hidden from us. Imagine you are sitting in an airplane and the captain reports that the pilot's system seemed 'too complex to analyse', so the flight proceeds without human control. Although this idea seems absurd, it works similarly in the world of data and technology. An example is the financial markets, where algorithmic trading takes place at a speed that the human brain cannot process. In 2010, the world experienced the so-called 'Flash Crash', when a technological glitch caused stock markets to crash in seconds - an event that highlights the fragility of a system driven by incomprehensible mechanisms. Let us think about artificial intelligence, which is increasingly making inroads into areas such as healthcare, transport and education. Although AI is delivering amazing innovations, such as diagnosing diseases with greater accuracy than doctors, its logic and decision-making processes often remain a mystery. How can we trust a system whose workings we do not understand? This 'black box' of technology confronts us with an important question - is technological progress really beneficial if we lose control with it? Our dependence on digital systems goes beyond the day-to-day use of apps and web services. The electronic infrastructure is so complex that even experts do not understand all aspects of it. In the 21st century, it has even happened that huge power outages or internet connectivity failures have been caused by simple errors in codes or bad updates. This is clear evidence that misunderstood systems can endanger not only individuals, but entire societies. History warns us that blindly following technology without critical thinking can be disastrous. In the 20th century, the development of nuclear weapons illustrated how engineering achievements can cross moral boundaries. Today, these problems are being transferred to the virtual world. The decision-making mechanisms of algorithms on social media can promote radicalisation, divide society or even manipulate political elections, as the Cambridge Analytica scandal of 2018 showed. If we want to reverse this trend, we need to start demanding greater transparency. As individuals and as societies, we have the right to understand what drives our digital lives. Only when we remove this technological 'dark veil' will we be able to take back control of the tools that should serve us, not the other way around.

The world has become a labyrinth of data, where every interaction, purchase or click generates vast amounts of information. At first glance, it seems like an inexhaustible fountain of knowledge, but this deluge of data often confuses us more than it enlightens us. Instead of a clear picture of reality, what emerges is a chaotic jumble of information where the truth is obscured by noise and manipulation. Take the example of modern healthcare. Patients have access to a myriad of information about symptoms and diagnoses via the internet, but instead of being reassured, they often experience even more anxiety. This phenomenon, known as "cyberchondria," illustrates how an overabundance of data leads to confusion instead of understanding. The same principle applies to other topics, from the climate crisis to political events. The problem lies not just in the amount of information, but also in how it is processed. The algorithms that filter and select what we see can be biased, leading to the creation of so-called "information bubbles." These bubbles show us only what fits our prior beliefs, isolating us from other perspectives. For example, during the 2016 election, false news was spread by social media algorithms, influencing public opinion on a massive level. Data overload also interferes with the ability to make informed decisions. It is almost impossible for modern humans to distinguish which information is important and which is just another layer of noise. This problem has also hit scientific research, where there are now more studies published than any expert can read or verify. This often results in inaccuracies or misleading conclusions. History shows us that more data does not necessarily mean better results. During the Cold War, the US and the Soviet Union gathered an enormous amount of intelligence. Paradoxically, instead of a strategic advantage, the overabundance of data often slowed them down because they could not distinguish what was relevant. This historical lesson remains relevant in the digital era. The current crisis of trust in information is exacerbated by the misuse of data. In the online space, data is often manipulated to maximize profit, not to improve understanding. Systems designed to provide objective answers become tools of propaganda or commerce. The solution is not just to reduce the amount of data, but, above all, to increase our ability to critically evaluate it. Data literacy education should be a cornerstone of modern society. Only with a better ability to navigate the chaos of information can we use data to our advantage while protecting ourselves from its disorientating consequences.

Technological advances have long been seen as a tool to improve quality of life and address global problems, including environmental challenges. However, technologies that should be our allies often contribute to deepening the ecological crisis. The energy intensity of modern technologies, the extraction of precious minerals and rapidly growing technological waste reveal their downsides. Imagine the scale of energy consumption in data centres. These enormous facilities that power our internet world require more energy to cool and operate than some countries. In 2020, data centres consumed around 1% of global electricity, equivalent to the consumption of the entire UK. This huge strain on energy resources is leading to an increasing carbon footprint, especially when energy is derived from fossil fuels. Another example is the mining of rare minerals such as lithium, cobalt and tantalum, which are essential for the production of smartphones, batteries and other technologies. These raw materials are often mined in countries with poor environmental and labour standards, causing ecological devastation and human suffering. Areas such as the Democratic Republic of Congo are witnessing widespread destruction of the landscape and pollution of the waters as a result of intensive mining. E-waste, which is generated by rapid technological progress, is another environmental problem. Every year, approximately 50 million tonnes of e-waste end up in landfills, with only a small proportion being recycled. This waste contains toxic substances such as lead and mercury, which are released into the soil and water, threatening the health of local communities and biodiversity. Ironically, even technologies designed to reduce ecological impact can have the opposite effect. For example, cryptocurrencies such as Bitcoin, which are often presented as the future of finance, have a huge energy footprint. Mining Bitcoin requires enormous computing power, leading to additional pressure on the electricity grid and higher greenhouse gas emissions. History shows us that technology-based solutions can be double-edged. During the Industrial Revolution, steam engines were seen as a revolutionary advance, but they also triggered massive coal burning that contributed significantly to climate change. Similarly, today's technologies have the potential not only to solve but also to exacerbate environmental problems. The solution lies in changing the way we develop and use technology. We need to prioritise energy efficiency, promote sustainable extraction practices and introduce recycling at a global level. Only in this way can we minimise the ecological footprint of technology and ensure that progress truly benefits the planet and future generations.

Algorithms, unobtrusive and often invisible, run an increasingly large part of our lives. From deciding what posts we see on social media, to approving credit or making healthcare diagnoses, their influence extends beyond individuals and into the workings of society. However, their opacity and inability to fully understand them takes away our control over processes that affect not only everyday matters, but also key aspects of our lives. Imagine applying for a mortgage and having your application rejected without explanation. This is because the bank's algorithm has evaluated your data and decided that you are not a suitable candidate. The problem is that nobody really understands this algorithm - neither the bank employee nor the programmer who created it. Such situations are not hypothetical. Already today, similar systems affect people's access to financial services, employment or healthcare. But the opacity of algorithms is only one part of the problem. The other is their misuse to consolidate power. Large technology corporations such as Google and Facebook use algorithms to track the behaviour of billions of people, predict their needs and manipulate their decisions. These algorithms decide what advertisements you see, which products are recommended to you and even influence your political views. The Cambridge Analytica scandal of 2018 revealed how algorithms helped target political campaigns at vulnerable voters, potentially influencing election outcomes. One of the most worrying aspects of algorithmic power is its inability to recognise context. For example, in 2016, the social network's algorithm flagged a photo of the famous Pulitzer Prize-winning "Napalm Girl" as inappropriate due to nudity and deleted it. This automated censorship ignored the historical and cultural value of the photo, sparking a wave of criticism. Similar problems arise in the criminal justice system, where crime prediction algorithms, known as "predictive policing," assess the likelihood that a person will commit a crime. These systems often contain implicit biases that can discriminate against marginalized groups. An example is the COMPAS system used in the U.S., which tended to label African-Americans as higher risk than white defendants, even without sufficient evidence. Historically, we have seen cases where seemingly innocuous technologies have enabled the concentration of power. During the Cold War, for example, governments used surveillance systems to monitor populations and suppress dissent. However, today's algorithms are much more sophisticated and less visible, which makes them even more dangerous. The solution is not to reject algorithms altogether, but to make them more transparent and accountable. Society must demand that technology corporations reveal how these systems work and ensure that they are designed fairly and without discrimination. Only in this way will we be able to ensure that algorithms serve as tools for progress, not as mechanisms for restricting rights and freedoms.

Technological progress is often presented as the inevitable path to a better future. New applications, devices and systems promise to make our lives more efficient, simplify everyday activities and solve humanity's biggest problems. Despite these promises, however, it turns out that many technologies are not bringing the expected improvements, but are, on the contrary, deepening inequalities, increasing the burden on the planet and polarising society. One of the most striking examples is in the area of communication. Social networks, originally promoted as tools for bringing people together, have become an arena for conflict, misinformation and toxic debates. Instead of promoting dialogue, they often divide society into isolated groups that cannot communicate outside their "information bubbles." Studies have shown that social media algorithms prioritize content that elicits strong emotional reactions, leading to the spread of negative and polarizing messages. In the work environment, technology promised to make people's jobs easier, increase productivity and provide more free time. However, the reality is the opposite - many professions are overburdened with constant demands for availability, whether through emails, communication tools or monitoring systems. In addition, modern technology has fostered a culture of over-productivity, where the quantity of outputs is valued above all, leading to burnout and loss of creativity. Technology has also promised to solve environmental problems. However, the reality is more complicated. The production and operation of modern technology, from smartphones to electric cars, has a significant ecological footprint. For example, batteries for electric vehicles require lithium and cobalt, the extraction of which devastates the natural environment and often takes place in unethical conditions. These 'green innovations' are thus creating new environmental challenges rather than solving them. The illusion of progress is also reflected in the way technologies promise neutrality and fairness. Algorithms that are supposed to be objective are often covertly biased and their decision-making disadvantages certain groups of the population. For example, AI-based hiring systems have been shown to discriminate against women because the historical data on which the algorithms were taught reflected gender bias. A historical example that warns us against blind admiration of progress is industrialisation. Although it brought enormous economic growth, it also created mass inequality, exploitation of workers and disastrous environmental consequences. Today's digital revolution faces similar problems - technology is empowering the tech giants, while failing to bring the promised benefits to many people. To overcome the illusion of technological progress, we need to start asking critical questions: who are these technologies serving? What are their real costs? Progress cannot only be measured by the speed of innovation, but also by whether it makes a real contribution to a fairer and more sustainable society. Only then can technological development truly be a step forward and not a dead end.

The current world of technology is shaped by a pragmatism dominated by computation, efficiency and profit. This narrowly focused approach prevents us from seeing the bigger picture - that technologies are not just problem-solving tools, but also cultural, social and environmental phenomena. We need a new technological imagination that enables us to understand their complex implications and to design them with the future in mind. Modern technologies are often presented as answers to questions we will never ask. For example, autonomous vehicles promise to solve transport problems, but ignore deeper issues such as the importance of public transport, urban planning or our dependence on cars. This 'technosolutionism' leads to technologies that do not address the real causes of problems, but create new layers of complication. One of the key points of the new imagination should be technological transparency. How can we trust systems that we cannot understand? In the Middle Ages, clockwork mechanisms were considered a miracle, but their open designs allowed people to understand how they worked. Today's technologies hide behind opaque algorithms and abstract data processes, alienating their users. Equally important is the ethical dimension of technology. Imagine artificial intelligence deciding who should receive an organ transplant, or which town should receive aid after a natural disaster. What values should AI take into account? Instead of blindly relying on 'objective' data, we need to introduce technologies that reflect human needs, compassion and justice. The invention of the printing press is a historical example. Although it revolutionised the dissemination of knowledge, it also caused confusion and the spread of misinformation because there were no mechanisms to assess the veracity of the content. Today's Internet faces similar challenges - the vast availability of information is turning into chaos because we lack the tools to process it critically. The new technological imagination should include education that promotes not only technical skills but also the ability to understand the implications and ethical aspects of innovation. Equally important is the environmental dimension of technology. All innovation processes should be designed with environmental sustainability in mind. For example, we can look to nature for inspiration, where every process has a purpose and minimal impact. Such biomimetic approaches can show us how to create technologies that are in harmony with the world around us. The new technological imagination is not just about developing more applications and devices. It is about a profound change in the way we think about technology and how we integrate it into society. Only when we break free from old paradigms focused on speed and profit can we begin to design technologies that are not only efficient, but also humane, just and sustainable. The future requires creativity and courage - rethinking what real progress means.

"New Dark Age" is not only a critique of modern technology, but also a call to change it. James Bridle reveals that technological progress, which we often think of as a necessary good, can bring more problems than solutions. Data overload disorientates us instead of providing us with knowledge. Algorithms control our decisions, transferring power to corporations and states. The ecological crisis that these technologies help to exacerbate shows that their energy and material demands are unsustainable. Despite all the challenges, however, Bridle believes that the future of technology need not be bleak. But we need transparency, ethics and a deeper understanding of their implications. Only then can we create systems that serve people and the planet, not the other way around. “New Dark Age” is therefore not only a warning, but also an opportunity - to reflect on how we design, use and where we are going with technology. Progress is not just about what we can create, but more importantly about what kind of world we create by doing so. Do you have feedback for us? We'd love it if you let us know your opinion on our content! Just send an email to feedback@rewio.app with the title of this book in the subject line and share your impressions!