The New Industrial Paradigm: Employment Risks and Morale in Profit ManagementHow the Modern Managerial System Transfers Risks to Society, Concentrates Profits, and Threatens Economic and Social Sustainabilityby Marco ArezioIn recent years, the global industrial and managerial system has undergone profound transformations. On the one hand, market expansion and technological innovation have provided unprecedented growth opportunities. On the other, corporate management dynamics seem increasingly oriented toward short-term profit maximization, often at the expense of collective well-being. In this context, fundamental questions arise: what kind of model are we building? Can a system where risks are shared but profits remain concentrated be sustainable?A System in CrisisThe major economic crises of recent decades have highlighted a model struggling to balance collective responsibility and individual benefits. When things go wrong, the consequences frequently fall on workers, small suppliers, and governments, while in times of prosperity, profits are concentrated in the hands of shareholders and corporate managers.This dynamic is not just economic but also moral. Companies, which should be engines of innovation and development, risk becoming self-referential entities driven by short-term logic that minimizes their positive impact on society. This approach raises fundamental questions: is it fair to transfer entrepreneurial risks to society while retaining the profits for a select few? And what are the long-term consequences of this vision?The Risks to EmploymentOne of the most critical aspects of this model is its impact on employment. To maximize profits, companies often reduce operating costs through practices such as:Offshoring production: Moving operations to countries with cheaper labor often leads to job losses in their original locations, leaving local communities in distress.Automation and digitization: While essential for competitiveness, these innovations are often implemented without plans to retrain workers, exacerbating unemployment.Workforce reductions: In the name of efficiency, many companies cut staff to improve margins, leaving entire sectors in precarious conditions.These processes not only erode workers' economic security but also question the social role of businesses. If profit is pursued at the expense of people, what kind of future can we expect?The Morality of Risk and ProfitAt the core of these dynamics lies a fundamental asymmetry in risk management. When companies fail or face crises, the costs are often transferred to workers (through layoffs), suppliers (through unpaid bills), or states (through subsidies or financial bailouts). Conversely, during growth periods, profits are retained and distributed among managers and shareholders, often without benefiting the communities that contributed to the company’s success.This logic raises significant ethical concerns. Risk is an inherent element of entrepreneurship, but its management should be balanced. Shifting losses onto society while withholding gains undermines the social contract between businesses and society. Companies do not operate in isolation: they use public infrastructure, access natural resources, and benefit from a legal and political system that ensures stability. In this sense, excluding society from the redistribution of benefits is not only unfair but also shortsighted.Managers and Shareholders: The True Winners?At the heart of this dynamic is the increasingly dominant role of managers and shareholders. Corporate decisions are often driven by financial logic that rewards short-term outcomes, such as high dividends or stock buybacks, at the expense of investments in research, development, and sustainability.Managers, in particular, are incentivized through bonuses and rewards tied to short-term financial results, leading them to pursue goals that may conflict with the public good. This type of governance, focused exclusively on profit, risks stripping companies of their social function, turning them into value-extraction machines.ConclusionThe current industrial and managerial paradigm is at a crossroads. Continuing to prioritize short-term profits while transferring risks to society risks deepening inequalities and undermining economic and social sustainability. Conversely, adopting a more responsible and inclusive model could represent not only an ethical choice but also a winning strategy for the future.Businesses can no longer ignore their role in society. It is time to rethink how risks and benefits are distributed, abandoning a purely financial vision to embrace an approach centered on collective well-being. Only then can we build an industrial system capable of tackling the challenges of the 21st century and ensuring prosperity for all.© All Rights Reserved
SEE MORE
Artificial intelligence, robotics and biotechnology: many will be left behindTechnological progress is likely to further widen the gap between rich and poor We are living in a period of profound social transformation where we suddenly realized that the earth on which we live could collapse under the pressing and frenzied delirium of exploitation to which we have subjected it. On the one hand there is the blinding shimmer of money and on the other the reasonableness that tells us that we must change our way of life. I remember that in 2015 the UN member states had reached an agreement to respect a series of sustainable development goals in order to reverse the trend towards global warming. Today little or nothing has been done and 2030, the year in which these objectives should have been achieved, is so close to the transformations that must be done. The commitment to zero emissions by 2030 would require the rethinking of rubber mobility, energy networks,heavy industry,food, waste management, type of building construction and the use of clean chemistry. This means a global, epochal revolution and a completely different lifestyle from that of today, which, it seems, in the past four years we have not changed in the least. In fact, global warming has never been reduced strong, CO2 has not decreased, deaths due to health complications from pollution are not under control, the destruction of biodiversity and forests continues in the countries that conserve them and, finally, the problem of waste, in particular plastic waste, has not yet found a correct and shared solution. We live in a period of inertia, fascinated by new technologies and artificialintelligence, from which we expect solutions to our problems. The digital era that has just begun has the prospect of improving people’s lives, through the processing, at high speed, of data collected and stored, which can help make more correct decisions, to grow new businesses, that would have been unthinkable until recently and to strengthen research to create new products and solve technical problems. The contribution of artificial intelligence, robotics, biotechnology we will be able to see it in an endless number of sectors ranging from medicine, through new diagnostic equipment, but also through the interpretation of data from laboratory and instrumental analyzes, which can help doctors reduce errors in the diagnosis phase. We will be able to find advanced artificial intelligence in new systems for the marketing of goods and services, in technologies related to waste management, in clean energy storage systems, in the new frontiers of biotechnology applied to agriculture and intelligent mechanization of work. There are excellent hopes that the new technological era can help us solve the problems that the world is still suffering from, but if on the one hand the road is marked and the application of artificial intelligence and technology will grow more and more, bringing improvements in the living conditions of citizens compared to the problems we have seen before, on the other hand, it will probably mark a deep furrow between the new and old world. Understanding the new digital era, to which all vital activities will be connected, requires medium-high schooling in order to take advantage of new technologies. But maybe we forget that there are about a billion people in the world who can neither read nor write, that a large number of people have such an elementary schooling that they would not be able to understand, today, the new world coming, that these people, including children, have physical and economic survival issues as a priority for their lives. That a good part of the population, especially in Africa, does not have access to electricity, water, cannot take advantage of roads and lives on subsidies or starves to death. They get up in the morning and think about how they can get there in the evening, for themselves and their families, no other academic or scientific reasoning. Furthermore, the phenomenon of mass migration from South American or African countries, which horrifies our advanced societies so much, are a bell from the alarm of what people are willing to do to find a dignified life in which essential goods can be secured. to live. In the part of the world where well-being is more widespread, artificial intelligence and robotics will lead to the destruction of a productive social fabric made by middle-aged people who is not and will not be able to manage and interpret technological transformations and above all, he will lose his job due to the efficiency and cost-effectiveness of the systems. Nobody cares about this, there are no public social networks that think they can protect the weakest from the challenges that await us. Nobody is worried about the scourge of unemployment, which could advance rapidly, even affecting state budgets. I believe it is a duty for everyone that new technologies and artificial intelligence leave no one behind.Automatic translation. We apologize for any inaccuracies. Original article in Italian.
SEE MORE
Africa’s Future: Economic Growth, Innovation and Challenges in the Next 20 YearsDiscover How Africa is Transforming: Economic Growth, Digitalization, Industrial and Agricultural Development, Education, and the Challenges of Political Instability by 2044By Marco ArezioAfrica is set to become one of the key drivers of global growth over the next two decades. With a rapidly expanding population, abundant natural resources, and increasing digital connectivity, the continent has the potential to emerge as one of the most dynamic regions in the world. However, its development is closely tied to critical challenges such as governance, political stability, and structural reforms.This article analyzes Africa's growth prospects by exploring five key sectors: economy, education, industry, agriculture, and digitalization. Finally, we will examine the causes of political instability and violence, which could hinder the continent's progress.Africa’s Economic Growth: A $29 Trillion OpportunityAccording to the African Development Bank, Africa’s economy is expected to grow at an average annual rate of 4-5% by 2044, with a combined GDP potentially reaching $29 trillion by 2050.This growth will be driven by:✅ Demographic growth: Africa’s population will increase from 1.3 billion to 2.5 billion by 2050, creating a young and dynamic workforce.✅ Expansion of the internal market: Private consumption will exceed $2.5 trillion by 2030, fueled by a growing middle class.✅ Foreign direct investments (FDI): A projected 50% increase by 2030, with China, the USA, and Europe as major investors.✅ Economic integration: The African Continental Free Trade Area (AfCFTA), covering 54 countries and over 1.2 billion people, will facilitate intra-African trade.Challenges to overcome: Corruption (estimated economic loss of $148 billion annually) and political instability in certain regions.Education in Africa: Investing in the Next GenerationEducation is key to the continent’s development. Currently, 80% of African children are enrolled in primary school, but only 40% continue to secondary education.To bridge this gap, projections include:📌 An increase in secondary school enrollment rates up to 60% by 2040.📌 Growth in digital education: Today, only 30% of African schools have Internet access, but this figure is expected to rise to 70% by 2030.📌 Investment in technical and vocational training: By 2040, 50% of African youth will be engaged in specialized training programs.The goal is to prepare millions of young people for the evolving global job market and reduce youth unemployment, which currently stands at 12.7%.Industrial Development in Africa: From Raw Materials to ManufacturingIndustrialization is essential for Africa’s sustainable economic growth. Today, the manufacturing sector accounts for only 10% of GDP, but it is projected to reach 20% by 2040.🔹 Emerging countries as industrial hubs: Ethiopia, Nigeria, and Kenya are becoming major centers for textile, electronics, and automotive manufacturing.🔹 Rising urbanization: By 2035, 60% of Africa’s population will live in cities, increasing the demand for goods and services.🔹 Automation and robotics: Africa will invest in advanced technologies to improve factory productivity.With the right industrial strategy, the continent could become one of the world's leading manufacturing powerhouses by 2050.African Agriculture: From Subsistence to Technological RevolutionAgriculture still contributes 23% of Africa’s GDP and employs over 50% of the population. However, productivity levels remain lower than in other regions.By 2040, Africa will adopt new technologies to transform the sector:- Precision farming using drones and AI for crop monitoring.- Expansion of irrigated land: Today, only 6% of Africa's farmland is irrigated, but this will increase to 20% by 2040.- Growth in exports: By 2030, 30% of African agricultural production will be destined for international markets.The goal is to make Africa self-sufficient and a major global exporter of agricultural products.Digitalization in Africa: The Future is OnlineDigitalization is revolutionizing the continent. Today, only 40% of Africans have Internet access, but by 2040, this number will rise to 75%.🚀 Tech startup boom: African companies are developing fintech and e-commerce solutions.💳 Digital payment revolution: Currently, only 34% of African adults have a bank account, but this percentage will reach 60% by 2035.📡 Expansion of 5G networks: Mobile coverage will grow exponentially, improving connectivity in rural areas.The African digital market is expected to be worth $75 billion by 2040.Political Instability and Violence in Africa: The Root CausesDespite positive growth prospects, the continent is plagued by political instability and conflicts. The main causes include:🛑 Artificial post-colonial borders, which have led to ethnic tensions and civil wars.💰 Corruption: Sub-Saharan Africa is the most corrupt region in the world (average Corruption Perception Index score: 32 out of 100).💣 Terrorism and armed groups, which exploit poverty to recruit young people.🌍 Resource conflicts: Minerals, water, and land are often the cause of territorial disputes.Stabilizing the continent is essential for ensuring sustainable growth.ConclusionOver the next twenty years, Africa will play a central role in the global economy. With political reforms, investments in education and technology, and greater economic integration, the continent could transform into an economic powerhouse. However, without political stability and transparent governance, the risk of setbacks remains high.Will Africa in 2044 become the symbol of the new global growth era? The answer depends on the decisions made today.© All Rights Reserved
SEE MORE
Coronavirus: what will happen to the sharing economy?The sharing of cars, bikes, houses and equipment in the post-pandemic period Arriving by plane in a city, staying in a room in the house of an unknown person, going out taking a car-sharing car or a bicycle, will it seem strange to us? Probably yes, everything that was an achievement suddenly becomes a problem. We lived in the world of sharing goods, where the value of the service obtained was the yardstick of the organization of our day, a ride, a car for a few hours, a scooter, a room for one night. No more ownership of the property in use, no costs to be incurred in periods when it is not used, no ostentation of an alleged wealth, freedom to change the tool of the service every day, low costs and few responsibilities. We have been coming for years when everything was purchased, stored, used, sometimes very little and then thrown away, not because it no longer worked, but because it was old and maybe the spare parts were out of production. At the top of these limited uses was everyone’s dream, the car, which was parked in the garage, on average, for 90% of the time of its life, but it was preferred to have it as it guaranteed a feeling of freedom and independence of circulation. And how to forget the dowry of every good family man had: the drill. How many were bought per family and how many holes were made in the wall? Very few. But to the cry > the manufacturers of these appliances have sold millions of pieces. Today, where the mentality has changed and the use of property is privileged, for environmental reasons, circular economy, traffic rationalization, pushing to use the car, for example, only in the last short stretch of your journey, suggesting people travel by train for medium distances. A new economy has therefore developed in recent years, made up of fleets of cars, often electric, scooters, bikes, scooters and, moreover, also in the accommodation sector, rooms are booked in the houses of ordinary citizens who host you, bypassing the hotels, to reduce the cost of accommodation and to meet new people. But in this period in which the Coronavirus pandemic easily exposes us to contagion, where social distancing is today a fundamental requirement, where it is not yet known how long this virus can remain over time on the surfaces touched by a positive person, where homes and cars should be completely sanitized after each use, we ask ourselves how to behave in this suspended period. We hope that with the advent of the vaccine, all these perplexities will remain a bad memory, as the Sharing Economy is a fundamental pillar of the circular economy and of the protection of the environment and, one can never think of adopting an economy model like the past one, where we continued to produce objects that were not fully used.Automatic translation. We apologize for any inaccuracies. Original article in Italian.
SEE MORE
Circular Economy and Profit: How Companies Really Profit from RecyclingMargin crisis in 2025, competitive virgin polymers and new industrial strategies: how recycling companies are redefining their profit model in the global circular economyAuthor: Marco ArezioDate: March 2026IntroductionOver the past decade, the circular economy has been presented as one of the main industrial responses to the environmental crisis and the growing scarcity of natural resources. Governments, European institutions and major companies have promoted material recycling as one of the key tools to reduce the environmental impact of industry and improve efficiency in resource use.However, behind this positive vision lies a more complex economic reality. The recycling sector is deeply linked to the dynamics of raw material markets and to the competitiveness of virgin materials. When the price of traditional raw materials falls, the economic advantage of recycling can rapidly decrease.The year 2025 was particularly difficult for many companies in the sector. The availability of competitively priced virgin polymers, fueled by very high petrochemical production in the United States, the Middle East and Asia, significantly reduced recyclers’ profit margins. In several segments of recycled plastics, such as polyethylene and polypropylene, the prices of virgin materials returned to levels very close to or even lower than those of recycled materials.This situation has put many companies in the sector under pressure, highlighting a fundamental issue: in order to be sustainable in the long term, recycling must also be economically profitable.Understanding how companies manage to generate profit within the circular economy means analyzing business models, recycled material markets and the industrial strategies emerging in the sector.Circular economy and industrial profitabilityRecycling is not just an environmental activity. It is a complex industrial sector involving collection, logistics, material sorting, transformation and the sale of secondary raw materials.According to the European Environment Agency, the overall economic value of the circular economy in the European Union now exceeds €700 billion in annual turnover, with millions of jobs distributed along the different industrial supply chains.Despite these dimensions, the sector remains highly sensitive to fluctuations in raw material markets. The price of oil, for example, directly affects the production cost of virgin polymers. When oil is cheap and the petrochemical industry produces large volumes of plastic, recycled materials must compete with very competitive virgin products.This means that recycling cannot rely exclusively on environmental motivations. It must develop economic models capable of generating value even in difficult market conditions.The difficult year 2025 for recycling companiesIn 2025 the European plastics recycling sector went through a particularly complex phase. Several industry associations, including Plastics Recyclers Europe, reported a significant reduction in operating margins for many companies in the sector.The main pressure factor was the drop in virgin polymer prices. Strong petrochemical production in the United States and the Middle East generated an oversupply of virgin plastic, making it harder for recycled materials to compete on price.In some cases European recyclers reported a reduction in production and a slowdown in investments. Some plants operated at reduced capacity, while others tried to diversify their markets.This situation highlighted a fundamental characteristic of the sector: recycling is a global market, strongly influenced by petrochemical production dynamics and the geopolitics of raw materials.The global market for recycled materialsDespite short-term difficulties, the recycled materials market continues to grow in the long term. According to market analyses published by McKinsey and the OECD, demand for recycled materials is expected to increase significantly in the coming decades, particularly in sectors such as:- automotive- packaging- electronics- constructionà renewable energyMany companies are introducing targets for the use of recycled materials in their production chains. Some major global packaging and consumer goods brands have announced their intention to use increasingly higher percentages of recycled plastics in their products.This growing demand represents one of the main economic opportunities for the recycling sector.Circular economy business modelsThe most innovative recycling companies are developing increasingly sophisticated business models. One of the most widespread models is vertical integration of the supply chain. Some companies manage all phases of the process directly, from waste collection to the production of recycled materials.A significant example is Veolia, one of the world’s leading groups in waste management and recycling, which integrates collection, treatment and production of secondary raw materials within a single industrial structure.Another model concerns industrial partnerships. Some petrochemical companies are investing directly in recycling to secure access to circular raw materials.An emblematic case is BASF, which has developed chemical recycling technologies to transform plastic waste into new raw materials used in polymer production.Technological innovation in recycling plantsTechnological innovation is one of the most important factors for improving recycling profitability.In recent years waste sorting plants have introduced advanced technologies such as:- optical sensors- artificial intelligence- robotic automated sorting- material analysis systems.These technologies allow the production of higher-quality recycled materials, expanding their industrial applications. In the plastics sector, for example, new depolymerization technologies are enabling complex waste to be transformed into chemical raw materials for producing new polymers.Real cases of companies profiting from recyclingDespite market difficulties, there are numerous examples of companies that have built profitable business models in the recycling sector.The Tomra Group, a global leader in material sorting technologies, has developed advanced sensor systems used in recycling plants worldwide. The company’s commercial success demonstrates how technology can become a key element in creating value within the circular economy.Another example is Umicore, specialized in recovering precious metals from batteries and electronic devices. The company has built one of the world’s most advanced recycling systems for recovering critical materials used in energy technologies.These cases demonstrate that recycling can be economically profitable when supported by technological innovation and efficient industrial models.The role of environmental policiesEnvironmental policies play a fundamental role in the development of recycled material markets.European regulations such as the Circular Economy Action Plan and the Critical Raw Materials Strategy are promoting the use of recycled materials and encouraging the development of circular supply chains.In many industrial sectors, regulations requiring minimum recycled content are creating stable demand for secondary materials. This regulatory support represents one of the key factors for ensuring the economic sustainability of the sector.The economic future of the recycling industryDespite recent difficulties, recycling remains one of the most strategic sectors for the future of the global economy. Population growth, increasing demand for resources and geopolitical tensions around raw materials are making the ability to recover materials within industrial economies increasingly important.In this context, the circular economy is not just an environmental policy but a new industrial paradigm in which intelligent resource management becomes a decisive factor of competitiveness. Companies capable of combining technological innovation, circular business models and effective industrial strategies will likely be those able to transform recycling into one of the most important industries of the 21st century.SourcesEropean Environment Agency – Circular Economy in EuropeOECD – Global Material Resources OutlookPlastics Recyclers Europe – Market AnalysisEuropean Commission – Circular Economy Action PlanTomra – Recycling Technology ReportsUmicore – Battery Recycling Technologies
SEE MORE
What If China Halted Rare Earth Exports? Global Impacts, Industrial Consequences and Future ScenariosAn Analysis of the Economic, Environmental and Technological Repercussions of a Possible Chinese Block on Rare Earth Exports: How the World of Technology, Clean Energy and Geopolitics Would Changeby Marco ArezioRare earth elements are the silent heart of the digital and green economy. Few people ever see them, no one recognizes them in their hands, yet every day they make smartphones, electric cars, wind turbines, medical devices, satellites, and defense systems work. Their importance is so pervasive that a sudden export ban by China—the world’s main supplier—would trigger a crisis of global proportions, transforming in just a few months entire production chains, geopolitical dynamics, and strategic choices of many countries.The Chinese Monopoly: Facts and FiguresToday, China dominates the rare earth market. It produces about 60–70% of the global supply and refines over 85% of these minerals, controlling not only extraction but also processing and transformation into high-value-added products. The United States, the European Union, and Japan, although possessing their own deposits, have drastically reduced their internal production due to environmental costs, safety standards, and aggressive low-cost Chinese competition, which over the years has made any alternative economically unviable.What Are Rare Earths and Why Are They So Strategic?“Rare earths” refers to a group of 17 chemical elements, including neodymium, lanthanum, cerium, and dysprosium. These materials are essential for permanent magnets, rechargeable batteries, catalysts, LCD screens, lasers, fiber optics, and a long list of advanced applications. The energy transition, with the race towards electric vehicles and renewable sources, is making these resources even more crucial for the future of global industry.A Shock to Supply ChainsLet’s now imagine the scenario: China, in response to geopolitical pressures or to protect its own strategic industries, decides to block rare earth exports. Within a few weeks, companies in every sector would find themselves without key materials.The first to suffer would be the technology industries: the production of chips, smartphones, computers, and electric cars would slow down or even stop. The prices of finished products would soar, while many companies—especially the less integrated ones with less negotiating power—would risk closure.Most Affected Sectors: Technology, Energy, DefenseConsumer electronics: smartphones, computers, tablets, and televisions all depend on magnets and components made with rare earths. The unavailability of these materials would create a shortage of products and drive prices up.- Electric cars: high-efficiency motors and the batteries of electric vehicles use rare earths such as neodymium and dysprosium. A blockade would slow down production and delay the energy transition.- Renewable energy: wind turbines and photovoltaic plants, which are key to decarbonization, require rare earths for their generation systems.- Defense: missiles, radars, guidance systems, and military satellites all rely on rare earths to function properly. The national security of advanced countries would be compromised.Geopolitical Consequences and New AlliancesAn export block would open up an unprecedented season of geopolitical crisis. The European Union, Japan, and the United States would seek alternative supplies in countries like Australia, Canada, Brazil, Vietnam, and South Africa. But establishing new mines and refining chains requires a long time and large investments, often hindered by environmental and social issues.In the short term, there would be a rush to stockpile and strengthen strategic alliances to guarantee the security of supplies. Some countries might adopt protectionist policies, imposing restrictions on the export of critical raw materials or directly funding research and development of alternative technologies.Impacts on the Global Economy and the Green DealA Chinese block would have immediate effects on global growth. The increase in production costs, the reduction in the supply of technological goods, and market uncertainty would slow innovation, putting at risk the climate neutrality goals set by Western countries.The European Green Deal, for example, is heavily dependent on the availability of strategic raw materials for the ecological transition: without rare earths, the production of electric cars and renewable energy would drop dramatically, with consequences for employment and the competitiveness of businesses.Push for Innovation and Recycling: Possible CountermeasuresIn the medium and long term, the shock would produce a powerful push towards innovation. Alternative technologies might emerge, using more readily available materials, or the rare earth recycling chain—currently still underdeveloped but with enormous potential—could be strengthened.Furthermore, many companies would be forced to rethink product design to reduce dependence on these materials, encouraging the adoption of circular economy principles and sustainable design.Environmental Impact: New Mines, Old ProblemsRising prices and the need to diversify sources would probably lead to the opening of new mines in less regulated countries, with potentially significant environmental repercussions: extraction and refining of rare earths are highly polluting processes and difficult to manage safely. The risk is that the search for “new mines” becomes a lawless race, causing environmental and social damage that is hard to control.A Scenario that Calls for ReflectionIn conclusion, a Chinese blockade on rare earths would be a catalyst for profound change: it would accelerate the search for alternatives, lead to a redefinition of global supply chains, but also risk slowing down the energy transition and increasing geopolitical conflicts.Today’s world is paying the price for relying on a single actor for almost all of such a fundamental resource. Diversifying, recycling, innovating, and cooperating are the only real responses to a challenge that, should it materialize, would have no winners—only the possibility of a less vulnerable and more sustainable future.© Reproduction Prohibited
SEE MORE
Digital automation, climate crisis, and the oil price shock: which risks will truly be the most serious for businesses and citizens by 2036?Analysis of Economic, Employment, Industrial, Social and Geopolitical Risks among AI, Civil and Military Automation, Extreme Heat, Drought, Floods and Global Oil TensionsAuthor: Marco Arezio. Expert in the circular economy, polymer recycling and industrial plastics processing. Founder of the rMIX platform, dedicated to the valorization of recycled materials and the development of sustainable supply chains.Date: March 26, 2026Estimated reading time: 16 minutesOver the next decade, businesses and citizens will not be placed under pressure by a single dominant factor, but by three fault lines that will tend to overlap: digital automation penetrating civil, industrial and military sectors; the climate crisis making extreme heat, drought, wildfires and floods more frequent and more costly; and the cyclical return of oil shocks, made more violent by regional wars, logistical bottlenecks and the fragility of energy chains.The most recent data show that the period 2015-2025 was the sequence of the eleven hottest years ever recorded, that in March 2026 the IEA estimated a collapse of 8 million barrels per day in global oil supply at the height of the Middle East crisis, and that the World Economic Forum sees, by 2030, a transformation of 22% of jobs, with 170 million new roles and 92 million displaced. From these three figures alone, it is clear that we are not talking about theoretical scenarios, but about pressures already underway.The decisive question, therefore, is not which risk exists, but which one has the greatest capacity to destabilize production, incomes, employment, security, prices, public finances and social cohesion at the same time. The most solid conclusion today is that the climate crisis will be the most serious risk over the next ten years, while automation will be the deepest risk for labor and for control over processes, and oil will remain the fastest risk in generating inflation, loss of industrial margins and geopolitical instability.This conclusion is an analytical assessment, not an official index: it derives from comparing probability, geographic scope, speed of propagation, reversibility of damage, and the capacity to amplify the other two risks. It is precisely on this last point that climate emerges as the most dangerous factor, because it does not act in only one sector, but enters the material foundation of the economy.Why Digital Automation, the Climate Crisis and Oil Must Be Analyzed TogetherSeparating these three themes is misleading. AI is no longer just software innovation, because it requires electricity, data centers, networks, critical metals, cybersecurity and new corporate governance structures. Oil is no longer just an energy input, because it influences logistics costs, inflation, chemicals, fertilizers, transport and financial confidence. Climate, in turn, is not a secondary environmental chapter: according to the IMF, it enters the real, fiscal, external, monetary and financial channels of the economy. The IEA adds that there is no AI without electricity and that the link between energy and AI is becoming structural. In practice, the company of 2030 will not face three separate dossiers, but a single risk matrix in which technology, energy and climate will constantly interact.This means that a climate event can block networks or production sites precisely while digitalization makes companies more dependent on electrical infrastructures and data; an oil shock can wipe out margins and investment plans precisely when companies must finance automation and cyber defenses; and automation, by increasing electricity demand and digital concentration, can aggravate the vulnerabilities of a system already under climate and energy stress. This is not a simple accumulation of problems: it is a multiplier effect. That is why the correct comparison should not be made by looking at a single newspaper headline, but at the ability of these risks to add up.How to Assess Risks for Businesses and Citizens through Probability, Speed and Irreversibility of DamageTo determine which threat will be the most severe, it is not enough to ask which one is more frightening. A criterion is needed. In this analysis, the comparison is based on five dimensions: the probability that the risk will materialize in the 2026-2036 decade; its geographic spread; the speed with which it is transmitted to businesses and households; the reversibility of the damage; and its capacity to amplify other shocks. Applying this framework, digital automation turns out to be very likely and already underway, but partly governable through training, regulation and managerial quality. Oil is capable of striking with great violence in a very short time, but it generally has a more intermittent character. Climate, by contrast, combines high probability, almost universal diffusion, physical and financial damage, cumulative effects and low reversibility. This is the point that shifts the final judgment.The additional element that weighs in favor of climate as the dominant risk is that the probability of worsening in the short term is very high. The WMO global climate update for 2025-2029 indicates an 86% probability that at least one year in the five-year period will temporarily exceed 1.5 °C compared with the 1850-1900 period, a 70% probability that even the five-year average will exceed that level, and an 80% probability that at least one year will be hotter than 2024, which is currently the hottest year ever observed. In other words, in the period we are discussing, climate risk is not only “serious if it happens,” but “serious with a high probability of further intensification.”The Risks of Digital Automation in Civil Sectors across Offices, Services, Public Administration and Clerical WorkIn the civil sector, automation will not primarily appear as an army of robots replacing human beings, but as a slow reconfiguration of cognitive labor. The World Economic Forum estimates that by 2030, 22% of roles will be transformed, with 170 million new jobs created and 92 million displaced; the same Forum points out that the skills gap is the main obstacle to transformation for 63% of employers and that, out of every 100 workers, 59 will need reskilling or upskilling by 2030. This picture suggests that the issue will not only be net employment, but the quality of the transition: who will be able to adapt and who will not, who will control the tools and who will be controlled by them.The ILO adds a decisive element: one worker in four worldwide is employed in an occupation with some degree of exposure to GenAI, while 3.3% of global employment falls into the highest exposure bracket; in high-income countries total exposure is much higher. This makes administrative, documentary, accounting, customer assistance, coordination, back-office and part of technical-clerical work particularly vulnerable—roles that have historically supported the urban middle class. The greatest risk is therefore not instant mass unemployment, but a gradual loss of bargaining power, professional status and income stability.There is also the issue of algorithmic control. The OECD shows that algorithmic management is already very widespread and that 64% of managers in the six countries analyzed observe at least one risk linked to the tools they use: unclear accountability, poor understanding of decisions and insufficient protection of workers’ physical and mental health are among the most frequently cited critical issues. In practice, civil automation is not creating efficiency alone, but also a new governance problem: who is responsible when the system makes mistakes, discriminates, evaluates poorly or creates unsustainable organizational pressure? For businesses and citizens this is a very concrete area of risk, because it concerns rights, reputation, litigation and workplace well-being.The Risks of Industrial Automation for Manufacturing, Logistics, Energy, Chemicals and Process ControlIn industry, the risk of automation is different from that of offices. Here the problem is not so much the replaceability of the individual employee, but the growing dependence of production processes on control systems, sensors, predictive software, predictive maintenance, automated stock management, scheduling and data-based quality. If these systems work well, productivity rises. If the data are poor, human supervision is weak or the cyber perimeter is fragile, automation can multiply errors instead of reducing them. NIST insists precisely on the need to manage AI risk in terms of reliability, robustness, security, understanding and trustworthiness, confirming that industrial automation is not simply the installation of software but a change in the architecture of corporate risk.An often underestimated fact adds to this vulnerability: digitalization pushes electricity demand upward. The IEA estimates that data centers reached about 415 TWh in 2024, equal to about 1.5% of global electricity demand, and that they could reach about 945 TWh by 2030, just under 3% of the global total; in the baseline scenario they would represent about 10% of the growth in global electricity demand between 2024 and 2030. This means that industrial automation and the data economy will depend more and more on robust power grids, grid investments, energy security and fast permitting timelines. In a world already exposed to extreme heat and energy shocks, this dependence makes automation an infrastructural as well as a productive risk.On the cyber side, the situation is equally delicate. ENISA notes that artificial intelligence has become a key element of the threat landscape and that already at the beginning of 2025, AI-supported phishing campaigns accounted for more than 80% of the observed social engineering activity. For an industrial supply chain, this is not a marginal detail: it means more risk of credential theft, more possibilities of supplier attacks, a higher probability of operational disruptions and a growing cost of cyber defense. In short, automated industry is more efficient but also more exposed.Military Automation, AI and Security: Why Technological Risk Now Extends Beyond the Purely Economic SphereWhen automation enters the military field, the nature of the risk changes. UNIDIR shows that the international debate is shifting from autonomous weapons alone to the use of AI also in targeting, planning, intelligence and decision support. SIPRI confirms that since 2023 attention has expanded to AI-enabled decision support systems and that the uses observed in recent conflicts have made the issue urgent for decision-makers. The point is not only the possible autonomy of the weapon, but the compression of decision time and the possible excessive reliance on opaque systems in contexts where error does not generate a service failure, but escalation or irreversible damage.SIPRI also stresses that developments in civilian AI can threaten peace and international security by lowering barriers for cybercriminals and hackers, facilitating harmful operations and making the spread of disinformation easier. This point is crucial because it connects military risk to civilian risk. The same technology that optimizes supply chains, customer care or maintenance can be reused for sabotage, informational destabilization and attacks on critical infrastructures. The risk of military automation, therefore, will probably not be the most “universal” for the everyday economic life of the average citizen, but it will be among the highest in terms of severity when it materializes.Why the Climate Crisis Is the Most Systemic Risk for Employment, Incomes, Health, Cities and Productive Supply ChainsThe climate crisis is different from the other two risks for one fundamental reason: it does not affect one function of the economy, but the physical conditions under which the economy takes place. The WMO confirms that the period 2015-2025 was the warmest ever recorded and that extreme events are already affecting millions of people and costing billions. The IMF explains that climate change cuts across the main macroeconomic channels, influencing growth, public finances, external stability, inflation and the financial system. This pervasiveness makes climate the most systemic risk: it destroys assets, reduces productivity, alters insurability, shifts agricultural prices, raises healthcare costs and forces very costly adaptive investments.Climate, moreover, is not only a sudden-event risk, but a cumulative risk. A war can end, the price of oil can fall back, an automation project can be corrected or halted. A drier soil, a hotter city, a more stressed aquifer, a more flood-prone territory and higher insurance premiums, by contrast, tend to leave long-term scars. This is where climate risk surpasses the others: it does not merely generate shocks, but rewrites the structural costs of living, building, insuring, producing, transporting and working. This is a strong inference, but one that is consistent with the WMO-IMF framework and with European data on the rapid increase in heat stress and extreme events.Extreme Heat, Drought and Floods: Real Impacts on Productivity, Insurance, Infrastructure and ConsumptionIn Europe the effects are already visible. The WMO recalls that the continent is the fastest-warming one and that 2024 was the hottest year ever recorded in Europe. Storms and floods caused at least 335 deaths and affected around 413,000 people; 60% of Europe experienced more than average days with at least “strong heat stress.” Translated into the real economy, this means more activity disruptions, greater infrastructure wear, property damage, increased electricity demand for cooling, slower outdoor work and pressure on healthcare and civil protection systems.The World Bank has then quantified in very concrete terms what urban heat may mean for Europe and Central Asia: by 2050 the cities of the region could lose 2.5% of annual GDP, while the number of additional hot days in the main urban areas could increase by more than 40-70 days per year, especially in Southern Europe and Turkey. The same source recalls that extreme heat slows workers down, reduces effective working hours, stresses power grids, accelerates transport wear and particularly affects construction, transport and tourism. Even if the reference is to 2050, the signal is already very clear for the next decade: extreme heat ceases to be a meteorological problem and becomes a productivity, urban planning, public finance and inequality problem.For citizens, climate risk will also be the most regressive. High-income households can buy resilience: better insulated homes, efficient cooling, insurance, geographic mobility, faster healthcare. Low- and middle-income households more easily suffer from high bills, more expensive food, worse housing comfort, greater heat exposure and lower capacity to rebuild after an extreme event. It is this distributive dimension that makes climate the most socially destabilizing risk. It does not affect everyone equally, and precisely for this reason it can fuel very deep political and territorial tensions.Scarce or Too Expensive Oil: Effects on Inflation, Energy-Intensive Industry, Transport, Plastics and Social StabilityOil remains the fastest risk to turn into an economic crisis. In its March 2026 oil market report, the IEA estimates that global supply is set to collapse by 8 million barrels per day in March as a result of disruptions in the Middle East. In the severe scenario of its March 2026 projections for the euro area, the ECB hypothesizes an oil peak of 145 dollars per barrel and gas at 106 euros per MWh in the second quarter of 2026, with inflation higher by 1.8 points in 2026, 2.8 in 2027 and 0.7 in 2028 compared with the baseline. For businesses and households this means an indirect tax falling on transport, logistics, chemicals, packaging, agri-food and purchasing power.The IMF also shows that oil shocks that push prices upward produce net and persistent employment losses, especially in importing countries, in oil-intensive sectors and among certain more exposed groups of workers. This is an essential point: oil is not only inflation, but also erosion of employment and compression of industrial margins. For sectors such as plastics, basic chemicals, fertilizers, ceramics, transport, large-scale retail and heavy logistics, a prolonged oil shock can become a direct blow to profitability.That said, oil does not seem today to be the most serious risk in structural terms over the decade. Outside wartime shocks, the IEA in its Oil 2025 report forecasts that global demand will rise by 2.5 million barrels per day from 2024 to 2030, reaching a plateau around 105.5 mb/d, while global production capacity is expected to increase by 5.1 mb/d to 114.7 mb/d by 2030. The same report observes that, if OPEC+ supply remained at current rates, the market in 2030 could face 107.2 mb/d of supply, that is 1.7 mb/d above forecast demand. In other words, the oil risk remains enormous as a geopolitical and inflationary shock, but the central long-term scenario is not one of permanent and continuous physical scarcity.Which Civil, Industrial and Military Sectors Are Most at Risk over the Next Ten YearsIf one tries to turn the data into a reasoned ranking of the most vulnerable sectors, first place goes to the cluster formed by agriculture, water, food supply chains and urban territories exposed to heat. Not only for environmental reasons, but because here climate hits primary production, food costs, health, water availability and social stability at the same time. Immediately after come construction, transport, logistics and tourism, which suffer directly from high temperatures, extreme events, infrastructure wear and higher insurance costs. This ranking is an inference, but it rests consistently on WMO and World Bank data on urban heat, heat stress and infrastructure damage.Among industrial sectors, the most delicate combination concerns chemicals, plastics, energy-intensive manufacturing, the data economy and advanced logistics. Chemicals and plastics remain exposed to oil and derivative shocks; energy-intensive manufacturing simultaneously suffers from energy prices, climate stress and adaptation costs; logistics must withstand fuel price increases, weather events and greater dependence on digital systems; data centers and highly computational activities are growing precisely while electricity demand and grid risks are becoming more critical. Here too, these are not alternative scenarios, but a convergence of pressures.In the advanced civil sector, by contrast, the most exposed are standardized clerical jobs, repetitive public administration, part of customer care, operational banking services, legal documentation and information intermediation. Not because they will all disappear, but because they will be more easily compressed, monitored, restructured or devalued in their autonomy. The most vulnerable group will therefore be the procedural middle class, that is, the labor that lives on rules, paperwork, document control and repetitive cognitive tasks.In the military and security sector, finally, the highest risk does not concern the number of people involved, but the intensity of the potential damage. Autonomous systems, AI-enabled decision support, offensive cyber capabilities, synthetic disinformation and attacks on critical infrastructures can produce very serious effects even without an extended war. In terms of severity per event, this is probably the highest-intensity risk sector; in terms of everyday social pervasiveness, however, it remains less all-encompassing than climate.The Final Risk Scale for 2026-2036: Which Threat Will Truly Weigh the Most and WhyIf we translate all this into a comparative scale from 1 to 10, constructed as an analytical judgment and not as an official metric, digital automation deserves 7.5/10 today. It is already widespread, changes work, increases cyber risk, compresses some professions and opens up new problems of governance and security. However, part of its damage can be mitigated with training, auditing, data quality, contracts, standards and human supervision. It is a major threat, but not entirely out of control.Oil risk stands at 7/10 as a medium structural risk and can rise to 8.5/10 in phases of acute geopolitical crisis. It has the capacity to hit prices, inflation, industrial margins and consumer confidence faster than anything else. But it remains more episodic: the shock can recede, routes can reopen, strategic reserves can intervene, demand can adapt. Its violence is enormous, but its continuity over time is less certain than that of climate.The climate crisis, by contrast, reaches 9.5/10. The highest score depends on the fact that it is highly probable, geographically widespread, cumulative, scarcely reversible, capable of producing both sudden shocks and chronic deterioration, and able to amplify the other two risks as well. Heat increases electricity demand, wears down productivity and worsens urban livability; extreme events disrupt supply chains and investment; rising insurance and infrastructure costs enter both public and private budgets; material instability also makes the most automated and energy-dependent economies more vulnerable. This is why, over the next ten years, the most serious risk will not be AI or oil taken separately, but the climate crisis as the factor that reorganizes everything else.Conclusion: The Most Serious Risk Will Be the One That Changes the Conditions of Economic LifeThe final synthesis can be stated without ambiguity. Automation will be the most transformative risk for labor, oil will be the fastest risk for prices and supply chains, but climate will be the most serious risk for businesses and citizens by 2036. It will be so because it changes labor productivity, asset values, the livability of cities, the cost of energy, food security, healthcare spending, logistics continuity and the insurability of the system. In other words, while automation and oil hit specific economic functions, the climate crisis strikes the ground on which all economic functions must still operate.For businesses this means that the best strategy will not be merely to chase AI or merely to hedge against energy costs, but to build integrated resilience: sites adapted to heat and water stress, less fragile supply chains, stronger cyber defense, more stable energy investments, continuous training and the ability to work even under stressful conditions. For citizens, by contrast, real protection will not come only from individual choices, but from the quality of public infrastructure, healthcare, networks, urban planning and adaptation systems. The next decade will reward less those who run faster and more those who withstand shocks better.FAQWill digital automation really destroy millions of jobs?It will certainly transform many roles, but today’s sources speak more about reallocation and mutation of tasks than about net and uniform elimination of work. The main problem will be the quality of the transition and the ability to retrain staff.Why is climate more dangerous than oil if oil immediately drives prices up?Because oil produces faster shocks, but often more intermittent ones. Climate combines sudden shocks and structural deterioration, entering infrastructures, health, productivity, insurance, cities and public budgets.Which businesses are most at risk over the next ten years?Above all, those that are energy-intensive, logistically complex, heavily dependent on water, cooling, continuous electricity or outdoor work, and those that automate without adequate data governance and cyber-risk management.Will oil remain central even with the energy transition?Yes. Its strategic weight will remain high in transport, petrochemicals, aviation, fertilizers and logistics. However, IEA projections do not currently indicate permanent structural scarcity up to 2030 as the central scenario.Does military automation also concern ordinary citizens?Yes, indirectly. It can amplify cyberattacks, disinformation, attacks on critical infrastructures and escalation risks, with effects that also spill over into civilian and economic life.SourcesWorld Meteorological Organization, State of the Global Climate 2025 and Global Annual to Decadal Climate Update 2025-2029.World Meteorological Organization and Copernicus, European State of the Climate 2024.International Monetary Fund, Integrating Climate Change into Macroeconomic Analysis and Oil Shocks and Labor Market Developments.International Energy Agency, Oil Market Report – March 2026, Oil 2025 and Energy and AI.European Central Bank, ECB staff macroeconomic projections for the euro area, March 2026.World Economic Forum, Future of Jobs Report 2025.International Labour Organization, Generative AI and Jobs: A Refined Global Index of Occupational Exposure.OECD, Algorithmic Management in the Workplace.ENISA, Threat Landscape 2025.UNIDIR and SIPRI, 2025-2026 documents on military AI, civilian AI and international security.World Bank, 2025-2026 materials on urban heat and economic impacts in European and Central Asian cities.Licensed image© Reproduction prohibited
SEE MORE
The Algorithm That Never Sleeps: Human Work in the Age of RobotsBetween Efficiency and Technological Unemployment, the Future of Work Risks Becoming a Memory Managed by Machinesby Marco ArezioThere will be no strike, no protest march marking the next industrial revolution. No banners, no slogans. This transformation does not shout — it calculates, measures, replaces. It is a silent, invisible process, encoded in strings of software. It is the revolution of algorithms — the new form of power redefining the very concept of human labor.Amazon — the giant founded by Jeff Bezos, a global symbol of logistics and digital commerce — has announced a “rationalization” plan that will involve over 600,000 workers by 2027. It is not called a mass layoff, but a “technological optimization”: a polite expression meaning that manual labor — that of warehouse workers, pickers, and associates — is destined to disappear. No more hands packing boxes, no more footsteps between the shelves.In their place, a new breed of collaborative robots — the so-called cobots — programmed to move with grace, efficiency, and an artificial semblance of empathy. A replacement that unfolds not only in factories, but within the culture of work itself.The New Semantics of Automation“Automation” and “artificial intelligence” are now words that inspire more fear than progress. Too cold, too menacing. That is why, in the internal language of major corporations, softer expressions are preferred: “advanced technology,” “process rationalization,” “operational flow optimization.”Yet behind this softened vocabulary lies a structural shift: technological unemployment. According to projections, Amazon will invest over the next decade to replace more than half a million jobs with automated systems — saving an estimated 30 cents on every package delivered. Thirty cents: the price of humanity erased by an efficient algorithm.The Invisible Toil of the New CapitalismWorking in Amazon warehouses is already an experience at the edge of human endurance. Time regulated by sensors, paths optimized to the centimeter, breaks reduced to the bare minimum, total performance control. And yet, in this new industrial model, even that controlled, dehumanized fatigue becomes superfluous.The paradox is that, for many, work still represented a form of identity and social dignity. It was not merely a means of subsistence, but an act of collective participation in productive life. When the machine replaces it, it does not only erase the gesture — it erases the very sense of belonging to society.The loss is not only economic; it is symbolic. It is the dissolution of a social pact that, for centuries, bound human beings to their own labor.The Risk of a Post-Work SocietySome might say this evolution is inevitable progress. That machines will free humanity from repetitive tasks, paving the way for more creative and intellectual pursuits. But the issue is far more complex. Not everyone will be able to “recycle” themselves into the digital world.Not everyone will have the training, time, or resources to adapt. Thus, while a narrow elite of engineers and analysts controls the global flow of data, millions of former manual workers risk being left behind — victims of a new form of exclusion: technological marginality.mWe are facing a society divided between those who program and those who are programmed. Capital is no longer accumulated through labor, but through information. And data, once used to improve human work, are now used to eliminate it.The Ritual of Vanishing WorkThe article that inspired these reflections evokes a powerful image: perhaps the future of work will not be work itself, but the management of its memory — a symbolic, almost ritual occupation performed before the “machine that never sleeps.” It is an image both haunting and poetic.It depicts a society in which labor becomes remembrance, a celebration of a time when manual skill was considered value, not inefficiency.We might imagine museums of human labor, where children will watch videos of workers assembling, carrying, sorting — as we today look at black-and-white photographs of miners or 19th-century workshops.The human gesture, once the backbone of the economy, becomes an emotional archive —a relic of civilization.The Illusion of Human-Machine CollaborationCorporations strive to reassure us: robots will not replace people — they will assist them. They will be collaborative, “gentle,” even “empathetic.” But true collaboration requires balance, and in this case, balance does not exist. The algorithm decides the timing, the routes, the workloads. The human being, at best, intervenes when the machine stops. The risk is to transform the worker into a passive guardian of technology — a peripheral figure within the production system, an emergency operator in the cycle of the autonomous machine.Collaboration thus becomes a rhetorical illusion, a comforting narrative designed to mask a reality that is, in fact, substitution.Toward a New Digital Social ContractThe future of labor cannot be entrusted solely to the criterion of efficiency. We need a new ethic of progress — a social contract regulating the relationship between technology, dignity, and employment.This means redistributing the benefits of automated productivity through measures such as universal income, shorter working hours, or compulsory digital training. Machines must work for humanity, not against it.But to achieve this, politics must learn to understand the language of technology without being dominated by it — and culture must restore meaning to work, even in a world that progressively reduces its necessity.Conclusion: The Algorithm and the SoulWhen a machine takes a human’s place, it does not merely replace a function — it occupies a symbolic space.The automated warehouse is not only a site of logistics, but a social laboratory where we measure the value of human existence against perfect efficiency.The challenge, then, is not to stop technology — an impossible task — but to restore the human being’s ethical centrality in its use.Because the machine never sleeps, but it also never dreams.And perhaps it is precisely in dreaming, in imperfection, in slowness and empathy, that the most authentic essence of human labor resides.© All rights reserved
SEE MORE
Reversing the Class Struggle: How Elites Fight to Maintain PowerReflect on how social conflict has been reversed in the neoliberal era, with the ruling classes on the offensive and subtle strategies to consolidate economic, technological, and cultural inequalitiesby Marco ArezioIn classical Marxist thought, class struggle is the engine of history. Workers versus bosses, proletariat versus bourgeoisie: a confrontation rooted in the structural inequality of the means of production.However, in an era marked by the financialization of the economy, the digitalization of labor relations, and the crisis of the welfare state, this paradigm has shifted—sometimes even inverted. Today we speak of a reversal of class struggle, a concept that implies a dramatic inversion of roles and strategies: no longer the subalterns fighting for equality, but the elites battling to maintain and expand their privileges. This article explores the origin, dynamics, and implications of this inversion.From vertical conflict to asymmetric warfareIn the traditional view, class struggle is structured as a vertical conflict: from the bottom up. Workers, exploited and marginalized, demand rights, fair wages, security, and dignity, often organizing into unions or political movements. Today, this vertical axis has tilted—if not entirely reversed.Historian Thomas Piketty has shown that in the last forty years, wealth distribution has returned to Belle Époque levels, with 1% of the global population owning more than half of the world’s assets. But the most alarming aspect is not mere accumulation—it’s strategy. The ruling classes no longer wait passively for demands to rise; they pre-empt them, neutralize them, criminalize them. They invest in lobbying, storytelling, and surveillance technologies to defuse dissent at the root.Noam Chomsky once described neoliberalism as a “top-down counterrevolution”: a process whereby the constraints on capital are steadily removed while those on labor are multiplied. This is class struggle in reverse—where those in power fight to weaken those without it.Technology, labor, and new forms of controlIn the workplace, the reversal of class struggle manifests in increasingly subtle forms. The gig economy, for example, has transformed the worker from a collective subject into an atomized individual. A delivery platform driver has no colleagues—only competitors. The algorithm becomes his boss, his evaluator, his source of stress.This model dissolves the very concept of class, fragments the social body, and disarms solidarity. The Fordist worker could go on strike; the platform worker can only log off. This too is a product of the reversal: the dominant class has learned to pre-empt organization, to isolate, and to encourage self-exploitation under the guise of “freedom of choice.”At the same time, digital technologies—from social media to geolocation—don’t just collect data; they construct narratives. Platforms are not neutral: they reward influencers who echo dominant values and silence or marginalize dissenting voices. Control is no longer merely economic—it is cognitive, ideological, emotional.Finance and taxation: class warfare in public budgetsThe reversal is also visible in fiscal mechanisms. Today, class conflict unfolds in the crevices of tax reforms, offshore havens, and privatizations. While the average citizen is subject to strict controls, major capital flows navigate through loopholes and favorable regulations.According to economist Gabriel Zucman, the richest 10% legally (and often illegally) evade billions in taxes every year. This is not only a matter of fiscal justice—it’s a political strategy: stripping resources from the welfare state starves public institutions, renders them inefficient, and justifies their privatization. Once again, a war from above—coldly planned and propped up by meritocratic rhetoric that legitimizes every inequality.Culture and narrative: when conflict is deniedOne of the most insidious traits of this reversal is its invisibility. Today’s power is not asserted through force but through consent. It does not impose—it seduces. Dominant values—competitiveness, growth, individual success—are internalized, celebrated, and reproduced even by the subaltern classes.In this framework, talking about “class struggle” seems outdated—almost vulgar. And yet, as Warren Buffett, one of the world’s richest men, once said: “There’s class warfare all right, but it’s my class, the rich class, that’s making war, and we’re winning.” A phrase that encapsulates the essence of the reversal: it is not the proletariat in revolt—it is the bourgeoisie on the offensive.Culture, media, even education contribute to this narrative. Inequalities are portrayed as “personal failures,” poverty as a “lack of entrepreneurial spirit.” Thus, those most affected by the system end up unconsciously defending it.Conclusion: from awareness to resistanceThe reversal of class struggle is not an inescapable fate. It is a historical, social, and cultural construction. Understanding it is the first step toward opposing it. Reclaiming the language of conflict, recognizing the structural nature of inequality, and reorganizing collective solidarity are all acts of resistance.Now more than ever, the struggle is not simply between rich and poor—but between those who want a world based on dignity, and those defending a system rooted in inequality. The conflict exists, even if disguised, reversed, or manipulated. It is up to us to expose it—with clarity and resolve.© Reproduction Prohibited
SEE MORE
The Future of Work: How Humanized Neural Networks Are Redefining Human EmploymentFrom Medical Diagnosis to Customer Service: Opportunities and Challenges of Technological Replacement in the WorkplaceBy Marco ArezioArtificial neural networks are revolutionizing the world of work, leading to an unprecedented transformation across various sectors. Artificial intelligence (AI) has already demonstrated its ability to perform complex tasks, but with the advent of humanized neural networks, the distinction between tasks performed by humans and those managed autonomously by machines is becoming increasingly subtle. These advanced systems, equipped with artificial empathy, contextual understanding, and continuous learning capabilities, are redefining the very concept of work, raising both opportunities and ethical concerns.What Are Humanized Neural Networks?Humanized neural networks represent an evolution of traditional artificial neural networks. While conventional networks excel at pattern recognition and data processing, humanized systems go a step further by integrating models of human behavior to interact with people more naturally and intuitively. These technologies use advanced algorithms, including deep learning and reinforcement learning, to refine their decision-making abilities and improve over time through user interactions.Unlike traditional AI, humanized neural networks can interpret emotions, adapt their communication based on context, and provide more personalized responses. This makes them particularly suited for tasks that, until recently, seemed exclusively human.Industries Most Affected by Humanized Neural NetworksThe integration of humanized neural networks is transforming multiple industries, with direct implications for the replacement of human workers. Some sectors are already experiencing profound changes:Healthcare and Medical DiagnosisAI-powered doctors are becoming increasingly common in hospitals. Thanks to their ability to analyze vast amounts of medical data in real time, these networks can detect anomalies with greater accuracy than many human professionals. Some hospitals are already testing virtual medical assistants capable of diagnosing diseases based on patient-reported symptoms or diagnostic images.Customer ServiceAI-powered virtual assistants and chatbots are replacing human operators in customer support centers. These solutions not only respond to inquiries quickly and accurately but also learn from user feedback, progressively improving the quality of the support provided.Education and TrainingAdvanced virtual tutors are assisting teachers in educating students. By personalizing the learning process, these systems can adapt to each student’s pace, provide tailored explanations, and monitor progress in real time.Financial Analysis and ConsultingAI algorithms are replacing financial analysts in many trading and investment operations. With the ability to process complex data in seconds, neural networks can suggest personalized financial strategies, predict market trends, and manage investment portfolios automatically.Journalism and Content CreationGenerative AI is beginning to write journalistic articles, summaries, and reports based on data analysis and trending information. Some newsrooms already use algorithms to generate informative content quickly and efficiently, reducing the need for journalists to handle repetitive tasks.Robotics and Industrial MaintenanceIn manufacturing industries, robots powered by humanized neural networks are increasingly replacing workers in hazardous or repetitive tasks. Their ability to learn and adapt to working conditions makes them valuable tools for improving safety and efficiency.Ethical and Social Challenges of Technological ReplacementWhile humanized neural networks offer benefits in terms of efficiency and productivity, they also raise critical concerns that cannot be ignored.- Unemployment and Workforce Reskilling: As more professions become automated, the risk of technological unemployment increases. Society must invest in reskilling programs to prepare workers for emerging job roles.- Bias and Discrimination: Neural networks learn from data, and if the data contains biases, AI can replicate them. It is crucial to develop transparent and fair algorithms to prevent discrimination in decision-making processes.- Privacy and Security: The widespread use of AI raises concerns about data collection and management. Strict regulations will be necessary to protect user privacy.Conclusion: A Future to ShapeHumanized neural networks are redefining the concept of work, creating new opportunities but also significant challenges. If managed wisely, this technology could improve quality of life by increasing efficiency and allowing humans to focus on more creative and strategic activities. However, it is essential to address the social and labor implications with appropriate policies to ensure that the transition to automation happens fairly and sustainably.The future of work is not predetermined—it is in the hands of those who govern and develop these technologies. It remains to be seen whether humanized neural networks will become a driver of growth or a threat to the traditional workforce.© Reproduction Prohibited
SEE MORE
Plastic recycling in Europe: between industrial crisis and unfair competitionPlant closures, investment freezes, and cheap virgin plastic floods the market: the European recycling industry is at risk of collapse. Investigations, numbers, and political responsibilities by Marco Arezio Europe risks losing one of the pillars of its green transition: plastic recycling. The stark, stark numbers confirm this. In the first seven months of 2025, the sector has already lost as much production capacity as in the entire year of 2024. If the trend continues, a cut of nearly one million tons will be reached by December. Behind these figures lies a combination of economic dynamics, political choices, and market imbalances that call into question the very credibility of the European Green Deal. The sector is not marginal: it is worth over nine billion euros, includes 850 companies, and employs more than 30,000 people. Yet, in the heart of the Union, dozens of plants have already shut down their machinery, especially in Germany, the United Kingdom, and the Netherlands. The paradox is evident: while Brussels proclaims increasingly ambitious targets for waste reduction and the use of recycled materials, the actual supply chain is retreating, crushed by external pressure and a lack of effective protections. The prime suspect is imported virgin plastic. It arrives from non-EU markets at rock-bottom prices, often produced under much less stringent regulatory frameworks than European ones. Recycling companies thus find themselves competing with cheaper materials that don't meet the same environmental standards. The result is unfair competition that penalizes those who invest in innovation and sustainability. But it's not just a global market issue. There's also the issue of energy costs: powering recycling plants requires energy and infrastructure, which in Europe are among the highest in the world. For many operators, the budget is unsustainable, and closures become the only option. Added to this is a chronic problem: waste sorting. In too many countries, it remains uneven, quantitatively scarce, and qualitatively insufficient. Quality recycling begins with sorting at the source, and without efficient collection, the entire chain collapses. The consequences aren't just industrial. Every ton of lost capacity means more virgin plastic placed on the market, more emissions, and fewer jobs. But above all, it means jeopardizing European targets for reducing CO₂ emissions and minimum recycled content in products. A strategy that is crumbling under the weight of its own contradictions. Industry associations—from Plastics Recyclers Europe to Assorimap —have raised their voices: urgent and bold measures are needed. Their demands include: stopping the entry of non-compliant materials, mandating the use of a minimum percentage of recycled plastic, reducing energy costs for plants, and standardizing regulations across member states. Otherwise, they warn, Europe risks becoming an open market for low-cost plastic and a graveyard for recycling companies. The increasingly widespread suspicion is that political inaction is being driven by pressure from lobbies representing virgin plastic producers , who benefit from the decline in recycled content. This dynamic, if confirmed, would cast a heavy shadow over the European Union's ability to defend its environmental agenda. Without a robust recycling supply chain, the circular economy remains an empty slogan. Today, Europe is at a crossroads: protect its industrial base and accelerate circularity, or let the global market and its distortions dictate the future of plastics. The answer will determine not only the fate of a sector, but also the credibility of the continent's green policies. © Reproduction Prohibited
SEE MORE
India: Market Opportunities for Italian Companies - Economic Growth and Key SectorsDiscover Why India Represents the Next Economic Frontier for Italian Companies: GDP Growth, Strategic Sectors, and Investment Opportunities in a Young and Dynamic MarketBy Marco ArezioIn an increasingly dynamic and competitive global landscape, Italian entrepreneurs cannot ignore the central role that India is assuming. With over 1.4 billion inhabitants, a youthful and steadily growing population, and economic projections that openly challenge giants like the United States and China, India stands as one of the most promising economies for those seeking to expand their business.According to the most reliable forecasts, by 2025 India will become the fourth-largest economy in the world, surpassing Japan and Germany, and could rise to third place as early as 2027, behind only the United States and China. This growth is not just a numerical statistic but a clear signal of the structural changes and openness of the Indian economy. The country still faces significant challenges, such as poverty, inadequate infrastructure, and environmental issues, but its growth potential far outweighs these obstacles.A Young and Dynamic MarketOne of India’s main strengths is its demographics. Unlike China, which is experiencing a population decline due to its former one-child policy, India boasts a young population, with a median age of approximately 29 years. This element represents an enormous competitive advantage: a large, dynamic, and increasingly skilled workforce. The expansion of the educational system and the spread of technological skills are solidifying India’s position as one of the world’s leading hubs for innovation and digital services.For Italian companies, this translates to access to an expanding market, with consumers whose needs range from mass-market products to luxury goods—a sector where Made in Italy enjoys long-standing appreciation. The expansion of infrastructure and improving economic conditions in rural areas are also creating new opportunities outside major cities like Mumbai, Delhi, and Bangalore.The Geopolitical Triangle and the New Global BalanceThe so-called “dynamic triangle” between Beijing, Washington, and Delhi is redefining global geopolitical balances, influencing economic and strategic decisions on an international scale. Competition with China has led many Western countries to diversify their supply chains, favoring India as a more stable and open alternative.Aware of this context, India is implementing economic policies aimed at encouraging foreign participation. Prime Minister Narendra Modi’s government has introduced reforms that improve the business climate, reduce bureaucratic barriers, and facilitate the attraction of foreign capital, especially in key sectors such as energy and infrastructure.Key Sectors for Italian CompaniesFor Italian businesses, several sectors stand out as particularly strategic due to their significance in the Indian economy and their compatibility with Italian expertise:Manufacturing and Machinery – India is undergoing rapid industrialization, with increasing demand for advanced technologies to enhance productivity. Italian companies’ experience in this field can find fertile ground here.Fashion and Luxury Goods – India’s expanding middle class shows a growing interest in high-quality products. Made in Italy, synonymous with excellence and tradition, is particularly valued in fashion, design, and furniture.Agri-Food Sector – India represents a vast market for importing high-quality Italian products and transferring know-how in agricultural technologies.Sustainable Energy – With enormous energy needs and a growing focus on sustainability, India offers significant opportunities for companies operating in renewable energy and energy efficiency.Technology and Digital Services – India is already a global IT and technology services hub. Collaborations and investments in this sector can open new avenues for Italian businesses.Challenges to OvercomeDespite the opportunities, investing in India still presents significant challenges. Bureaucracy, while improving, remains an obstacle in some areas, as does the complexity of the tax system. Additionally, the Indian market is extremely competitive and requires a deep understanding of local dynamics. To overcome these challenges, it is essential to establish partnerships with local players and ensure a stable presence on the ground.Political instability and social tensions in certain regions are further sources of uncertainty. However, the country’s overall direction is clear: India aims to play a leading role in the global economy.Conclusion: A Market to WatchLooking at India means not only tapping into a growing market but also contributing to the construction of one of the most dynamic and promising economies of the 21st century. Its economic growth, youthful population, and investment-friendly policies create an ideal environment for Italian companies with vision and courage.Italian entrepreneurs, with their capacity to innovate and produce excellence, can find in India not just a market but a strategic partner to address future challenges and strengthen their global presence.© Reproduction Prohibited
SEE MORE
The Rise of Humanoid Robots: Innovation and Automation in the Companies of the FutureFrom Advanced Design to Industrial Applications, Humanoid Robots Are Transforming Production Processes GloballyBy Marco ArezioThe design and implementation of humanoid robots in companies are rapidly revolutionizing the world of industrial automation.These advanced robots, inspired by the human body in both form and movement, are equipped with cutting-edge technologies that allow them to perform complex tasks with an unprecedented level of autonomy and precision.In this article, we will explore the capabilities of humanoid robots, their uses in companies, their global adoption, the leading manufacturers, the costs, and the potential risks associated with their implementation.Capabilities and Functions of Humanoid RobotsHumanoid robots are designed to perform tasks requiring dexterity, strength, and adaptability. Thanks to advanced sensor systems, artificial intelligence (AI), and machine learning algorithms, these robots can interact with their environment, perceiving obstacles, people, and objects.The robotic arms are capable of handling precision tools or lifting significant weights, while their motor systems allow them to walk, bend, and even climb stairs, making them particularly suitable for tasks in tight or difficult-to-reach spaces (Brooks, 2023).Some advanced models, such as Boston Dynamics' "Atlas," can perform complex movements like jumps and acrobatics, confirming their utility in difficult and emergency situations.Other models, like Agility Robotics' "Digit," are designed for logistics tasks, such as transporting packages within a warehouse (Ackerman, 2022). With sophisticated AI algorithms, these robots can learn from the data collected during operations, thus improving their performance over time (Murphy, 2021).Adoption in CompaniesThe adoption of humanoid robots in companies is still in its early stages but is rapidly growing in specific sectors such as advanced manufacturing, logistics, and healthcare.According to a study by Boston Consulting Group (BCG, 2023), 25% of companies in the manufacturing sector have already initiated pilot projects for using humanoid robots.Nuclear plants and chemical factories, for example, have started employing these robots to perform tasks that could endanger the lives of human workers (Jenkins, 2022).In the logistics sector, companies like Amazon and DHL are testing humanoid robots to optimize warehouse management.Amazon Robotics, in particular, is researching how to integrate robots like "Digit" into its distribution centers to reduce operation times and improve staff safety (Vincent, 2023).In healthcare, robots such as those produced by SoftBank Robotics are being used to assist medical staff, for instance, by transporting medicines and supplies, thus improving patient care and reducing pressure on the staff (Liu et al., 2023).Leading Manufacturers of Humanoid RobotsGlobally, several companies are engaged in the development of humanoid robots, each with a different focus:Boston Dynamics: Known for its advanced humanoid robots like "Atlas." This robot is capable of extremely agile and complex movements, including jumps, rotations, and running on uneven terrains, making it suitable for extreme and hazardous work environments (Gupta, 2024).Agility Robotics: Developed "Digit," a robot primarily designed for the logistics sector. This robot can move autonomously in warehouses, transport loads, and collaborate with other automated systems (Schwartz, 2023).Tesla: In 2021, Elon Musk announced the development of the "Tesla Bot," a humanoid robot designed to perform repetitive or hazardous tasks. Although the project is still in development, it has been announced that the prototype has been tested in industrial environments and could enter production in the near future (Musk, 2023).Hanson Robotics: Famous for "Sophia," a highly realistic humanoid robot designed for human interactions. Its technology finds applications in healthcare and customer service environments, where the empathetic and communicative component is crucial (Hanson, 2022).Implementation CostsThe cost of humanoid robots varies significantly based on their technical specifications and capabilities. The most advanced models, such as those by Boston Dynamics, can exceed 200,000 euros per unit.However, costs are continually decreasing due to increased production and technological advancements (BCG, 2023). Maintenance costs, including software updates and periodic inspections, also represent a significant expense that companies must consider as part of a medium-to-long-term amortization plan (Jones, 2023).The large-scale adoption of humanoid robots is still hindered by high costs, but it is expected that, with technological evolution and increased competition, these costs could drastically decrease over the next five years (Forrester, 2024).Potential Risks and SecurityOne of the main risks in adopting humanoid robots is cybersecurity. Connected robots can be vulnerable to hacking, which could compromise the safety of the environments in which they operate (NIST, 2023).Companies must, therefore, implement advanced cybersecurity systems to protect both the physical integrity of the robots and the data they collect.Another critical aspect is the impact on human labor. According to a report by the International Labour Organization (ILO, 2023), advanced automation could significantly reduce the demand for manual labor in some sectors, such as logistics and assembly.However, the ILO also emphasizes that this transition could generate new job opportunities in sectors related to the maintenance, management, and programming of robots, as well as require new technological skills from workers (ILO, 2023).ConclusionHumanoid robots represent a major milestone in industrial automation, promising to improve efficiency, safety, and productivity.The adoption of these technologies is expected to grow as costs decrease and their utility becomes increasingly recognized by companies (Forrester, 2024).However, it is crucial for companies to proactively address the risks associated with the use of autonomous robots, particularly in terms of cybersecurity and potential repercussions on the job market.Innovation in the field of humanoid robotics continues to progress rapidly, and it is likely that in the coming years we will see greater integration of these robots in business processes, not only to improve efficiency but also to create safer and more productive work environments.© Reproduction ProhibitedSourcesAckerman, E. (2022). "Humanoid Robots in Logistics: Challenges and Opportunities." IEEE Spectrum.Brooks, R. (2023). "Advancements in Humanoid Robotics." Journal of Advanced Robotics.Boston Consulting Group (2023). "Robotics Adoption in the Manufacturing Sector: Trends and Insights."Gupta, S. (2024). "Atlas: A Leap Towards Agile Robotics." Robotics World.Hanson, D. (2022). "Sophia and the Future of Empathetic AI." Human-Robot Interaction Journal.International Labour Organization (ILO, 2023). "Automation and Employment: Balancing Efficiency and Workforce Needs."Jenkins, T. (2022). "Robots in Hazardous Environments." Safety and Automation Review.Jones, L. (2023). "Economic Aspects of Robotics in SMEs." Industrial Economics Journal.Liu, Y., et al. (2023). "Humanoid Robotics in Healthcare: Emerging Trends." Healthcare Robotics Review.Murphy, J. (2021). "Machine Learning in Robotics." AI Journal.National Institute of Standards and Technology (NIST, 2023). "Cybersecurity Standards for Robotics."Schwartz, P. (2023). "Agility Robotics: Logistics and Humanoid Robots." Logistics Today.Vincent, J. (2023). "Amazon and the Future of Robotics in Warehousing." Tech Review.
SEE MORE
Jobs That Will Resist Artificial Intelligence: Professions of the Future: Innovation and Human ValueA thoughtful guide to the professions destined to survive—and thrive—in the AI era, encompassing creativity, relationships, ethics, and human resilience by Marco Arezio In recent years, the exponential growth of artificial intelligence (AI) has sparked fear, excitement, and profound reflection on its implications for the world of work. While, on the one hand, we are witnessing a race toward automation that appears destined to radically reshape many professions, on the other, there remains the certainty that some jobs will continue to be irreplaceable, thanks precisely to what technology cannot replicate: authenticity, creativity, empathy, and the ability to navigate complexity. The AI era will not necessarily be a time of mass unemployment, but rather a transitional period in which the essence of humanity becomes, paradoxically, the true competitive advantage. Beyond Replacement: What AI Can't (and Probably Won't) Do Machines learn, process data, find invisible correlations, and often surpass humans in speed and computational efficiency. However, artificial intelligence—as sophisticated as it is—remains a product designed to optimize well-defined, often repetitive tasks bound by clear rules. It is unlikely, at least in the coming decades, that it will replace activities that require intuition, lateral thinking, moral judgment, emotion management, and the interpretation of ambiguous situations. "Secure" jobs aren't those that reject technology, but those that integrate it, drawing added value without sacrificing their identity. The resilience of these professions lies in their ability to place the human element at the center, both in relationships with people and in managing complex and changing contexts. Creative Work: Where Imagination and Innovation Remain Irreplaceable Creativity is, by its very nature, unpredictable and unique. AI can imitate, even compose poetry or paint pictures, but its creativity remains a simulation, based on the repetition of pre-existing patterns. True creatives—writers, artists, designers, musicians, directors, stylists, screenwriters—draw on personal experience, a non-programmable intuition, a view of the world that cannot be replicated by any machine. Those working in cultural and creative production will always play a central role: even if part of the process may be automated (think video editing, basic graphics, computer-aided music production), the spark of innovation, the ability to break the mold and give voice to new trends, will remain firmly human. It's no coincidence that the most innovative companies seek talent with divergent thinking, capable of imagining the future before it's obvious to everyone. The Professions of Care, Relationship and Education A second, vast field is that of professions related to relationships and personal care. Doctors, nurses, educators, social workers, psychologists, healthcare workers, counselors, and trainers: their added value is measured not in their ability to repeat standard protocols, but in managing emotions, recognizing profound needs, and adapting to the unpredictable situations that involve unique individuals. Here too, AI will play an important role, aiding in early diagnosis, suggesting therapeutic pathways, or personalizing learning. But empathy, listening, motivation, and the ability to make others feel welcomed and understood are elements that no algorithm can authentically simulate. "Care" isn't just technical: it's attention, presence, and the ability to build trust. In an aging and increasingly complex society, the need for relationship professionals is destined to increase. Artisan and Manual Crafts: Humans at the Center of Action Surprisingly, some of the jobs most resilient to automation are those that have always relied on manual skill, tacit knowledge, and applied ingenuity. Think of artisans, fine-craft specialists, restorers, top chefs, master glassmakers, violin makers, carpenters, tailors, and shoemakers. AI and robots will be able to mass-produce increasingly sophisticated objects, but the difference between a handcrafted product and an industrial one will be even more evident: the former is unique, tells a story, and embodies a direct relationship between the creator and the user. The modern artisan will be able to integrate advanced technologies—from digital modeling to 3D printing—without ever losing the personal touch and the ability to solve complex problems "on the job." Ethical and Supervisory Professions: Man as Judge and Regulator Artificial intelligence raises increasingly complex ethical and legal questions. Those who design AI systems, regulate their use, monitor compliance, or analyze the social and moral consequences of new technologies—jurists, ethicists, philosophers, regulators, auditors—are called upon to assume increasingly responsible roles. The future will see the emergence of new professions related to the governance of artificial intelligence: the ability to interpret the law, assess moral dilemmas, and ensure transparency and traceability cannot be delegated to a machine. Specialists capable of navigating the technical and legal worlds will be needed, anticipating risks and mitigating negative impacts, often making difficult decisions. Highly Specialized Technical Professions and Emerging Jobs Not all technical jobs will be automated: indeed, the advancement of AI requires increasingly specialized skills in the design, maintenance, adaptation, and supervision of these technologies. Engineers, developers, data scientists, cybersecurity analysts, robotics and AI specialists will be among the most sought-after profiles. These will be joined by new, currently virtually unknown roles, such as "prompt engineers" (experts in communicating with AI), "artificial intelligence trainers," sensitive data managers, and algorithmic quality supervisors. These professions will evolve rapidly, but they will retain an irreplaceable core of critical thinking, adaptability, and the ability to learn throughout life. Jobs That Won't Disappear: Summary and Prospects So, what are the jobs that won't disappear with the massive advent of AI? They're those where humans are irreplaceable for at least one of the following reasons: - Creativity and innovation: everything that cannot be planned or predicted; - Relationship and empathy: managing complex emotional and interpersonal situations; - Manuality and craftsmanship: when value lies in uniqueness and customization; - Ethical judgment and supervision: where a comprehensive vision and moral responsibility are needed; - High technical specialization: design, maintenance and adaptation of the same technologies. The world of work will never be the same again, but that doesn't mean it will be dehumanized. The real challenge will be integrating the power of AI with irreducibly human qualities, creating new balances and—most importantly—new opportunities for those who embrace change. In an age of uncertainty, investing in what makes us unique is not just a defense, but the best strategy for the future. © Reproduction Prohibited
SEE MORE
Giving Up Hydrocarbons and Plastic: The Hidden Consequences No One Talks AboutThe energy transition is urgent and necessary — but without intellectual honesty about industrial realities, timescales and supply chain dependencies, good intentions risk turning into costly mistakes Date: March 10, 2026 Author: Marco Arezio is the founder and editorial director of rMIX.it, a B2B platform and industry reference for recycled plastic polymers, circular economy applications, and the plastics processing industry. He has been working at the intersection of industrial production and sustainability for thirty years. Every day I read heartfelt appeals: stop oil, no more plastic, a green future or nothing. I understand them. I respect their urgency. But after more than twenty years of working in the recycled plastics and circular economy sector, I feel a professional and civic obligation to ask a more difficult question: Did anyone actually simulate what happens the next day? Let's try to reason about it together—without ideology, just with data. The problem isn't desire. It's the lack of a realistic roadmap. The global industrial system has been built on hydrocarbons for over 150 years—and not just as fuel. This distinction is crucial, and it's consistently absent from public debate. According to the U.S. Energy Information Administration (EIA), petroleum-derived products go far beyond gasoline and diesel. Oil and petrochemicals are the raw materials for over 6,000 different everyday products: pharmaceuticals, medical and surgical devices, certified food packaging, thermal and acoustic insulation, high-performance technical fabrics, semiconductors, and—an often overlooked fact—the physical components of wind turbines and solar panels themselves. This isn't a paradox. It's an engineering reality: renewable energy infrastructure depends on the petrochemical supply chain for its production, transport, and installation. Any credible decarbonization strategy must address this dependency before proclaiming a complete break as imminent. Plastic: The Most Misunderstood Chapter in the Sustainability Debate Of all the materials involved in this debate, plastic is the most misunderstood—and the most unfairly represented. Let's consider what an immediate ban on plastic would actually do: The weight of food packaging would increase approximately 3.6 times if replaced with glass, metal, or paper alternatives, according to a life cycle analysis published by Trucost/S&P Global. Heavier packaging means more fuel consumed in transportation and more CO₂ emitted per unit delivered. Single-use plastics in the medical field are irreplaceable in today's healthcare infrastructure. Blood bags, intravenous lines, sterile syringes, and catheter systems rely on polymer properties—flexibility, sterility, and lightness—that no scalable alternative currently replicates to the required clinical safety standards. For approximately 2 billion people in the global South, low-cost plastic pipes and containers remain the primary means of accessing and storing safe drinking water. Eliminating this material without a parallel infrastructure investment program is not environmental policy—it's a public health risk. Food waste would increase, not decrease. The FAO estimates that plastic packaging alone prevents between 1.7 and 4.5 kg of food waste for every kg of plastic used. In a world that already wastes about a third of all food produced, this trade-off is significant. The real problem has never been plastic itself. It's mismanaged plastic—uncollected, unrecycled, never reintegrated into the production cycle. Confusing the material with the failure of waste management systems is a categorical error with serious political consequences. What Transition Really Requires A credible, science-based transition away from fossil fuel dependence requires three parallel commitments that are rarely discussed together: 1. Scaling Green Chemistry and Bio-Based Alternatives Investments in bio-based polymers, chemical recycling, and advanced materials science must increase by an order of magnitude. The technology exists at laboratory and pilot scale; what's missing is an industrial policy that makes it economically competitive without distorting markets. 2. Building a Recycling Infrastructure That Rises to the Challenge The global plastic recycling rate currently stands at around 9% (UNEP, 2023). Before banning materials, governments and industries must address the infrastructure gap that allows the remaining 91% to end up in landfills or the environment. Recycled plastics are a mature and scalable solution—but they require collection systems, sorting technology, and the development of end markets to work. 3. Protecting Workers in the Transition Millions of people around the world derive their income from the hydrocarbon and plastics supply chain—from extraction and refining to processing, mixing, and recycling. A just transition is not a slogan: it is a prerequisite for social stability and political viability. Strategies that wipe out industrial communities without pathways to conversion will generate resistance, not progress. The Question I Ask Myself Every Day Are we building scalable, technically proven, and economically viable solutions—or are we simply shifting the burden of blame from one end of the supply chain to the other? The answer isn't rhetorical. It determines whether billions in capital flow toward true decarbonization or merely cosmetic compliance. Image under license © Reproduction Prohibited
SEE MORE
Removing air at the plastics market: why?There are those who push public opinion and governments into this crusade There are manoeuvrers, adepts, theorists, financiers, tax-hungry governments, all-rounders, haters, network cannibals, fake environmentalists, greenwashing men, social rude, opportunistic and ignorant. All together they think that speculating on plastic is a fair crusade. In 1095, Pope Urban II, during the Council of Clermont, gave an explicit speech in which he encouraged the faithful to join militarily emperor Emperor Alexios I who was fighting against the Turks in Anatolia. The Pope’s official intention was to ensure the free access of the Christian faithful to the Holy Land, but scholars attribute to Urban II a broader and secret design,that of being able to annex the eastern church with the western one, after the great schism of 1054, under its rule. Never anything big is as you see it from the outside, who hides behind the crusade against plastic? The world of plastics has been suffering for some years attacks of great hardness,attributing to the element itself, in the form of raw material or finished product, the bubble of an environmental infector. Let us immediately clear the field of any doubt, openly declaring that the invention of plastic is to be counted among the greatest discoveries of the last century,with a daily contribution so tangible, to an attentive observer, but that can also easily escape ordinary people as it is part of our life as the air we breathe. What game are the troublemakers of the theory of “plastic free” and for what purpose, no one with reason can understand it and you can not even guess how easy it was, through the media, to exaggerate a hatred towards a product indispensable to our lives. There are no spaces in this article to list the benefits of using plastic in the production of millions of products that we use every day, in terms of cost, functionality, CO2 savings during production and transportation of finished products, in terms of hygiene, insulation, protective, recyclable, waterproof, durable and many other things. It would take a whole book to do this,but I would like to focus on the reason, visible to our eyes, for which the whole world has been unleashed against the plastics sector and I would like to introduce myself into the mazes of the reasons that we do not see, which are under trace. What we see is the dispersion of plastic waste (not just those) in rivers, seas and oceans, which are creating environmental havoc and a threat to fish and humans through the food chain. A real problem, of which, every person who rationally thinks about his own survival, should, not only indignantly, but take responsibility and act to change this absurd state of affairs, according to the laws. But I would not dwell on this much on this subject, even though it is the only engine of the popular protests that are being exploited, because a person of normal intelligence understands that in rivers, seas and oceans, plastic does not go there alone and, therefore, it is ridiculous to blame her as the cause of the problem, easily forgetting human responsibility. The thing that interests me the most is to understand what recondite motivations there may be behind this hatred of the plastics supply chain. Let’s look at some behaviors of active individuals in these campaigns that everyone can think about on their own: The Media. Phenomenal tool of dissemination of information (and fake news), where it often does not count to analyze in a technical and scientific way the problem of pollution, but make news end in itself, increase likes. Writing on a “plasticfree” post, accompanied by a photo representing water bottles floating in the sea or a fish trapped in a piece of plastic, you only get to exponentially multiply the misinformation without proposing anything to solve it, except through a utopian vision of plastic renunciation. Those who sow this hatred, indiscriminate, should have a clear conscience and begin a life by renouncing plastic, starting from his home and his habits. In addition, there are leading television stations that create high-impact commercials, using strong images, raising funds, it is not well known for what purpose, carrying out their crusade. All this has the taste of greenwashing. Why? The Disclosures. We have all become scientists, every communication space is manned by so-called experts who jump from one transmission to another, from one newspaper to another, from one book to another, from one social to another, talking, talking, talking. About what? Of what they all see and almost never inserting the problem in a wider framework, to understand if there are different opinions, to hear their proposals improve or making themselves available for a direct comparison with scientists and trained technicians. What do they want to achieve? Doesn’t it taste like an advertising instrument? Standing at the window and earning on the pains of others? Governments. They are responsible for our health and the environment in which we live and too often, almost always, they have been active, in their institutional tasks, after they have been urged by the public. Certainly people are right to worry about seeing the seas fill with plastic or have the doubt that the fish that ends up on their boards is full of micro and nano plastics. But it is government agencies that need to be activated to create an appropriate regulatory system to handle the waste problem, turning an ear to people and the other to scientists. Too many delays, too little investment and little competence govern this world, which should regulate and above all enforce the laws, for everyone. Why over-tax the vital sectors of our economy rather than rewarding, from a tax point of view, the recycling and production of materials that have a lower environmental impact than others? What are the real political and financial objectives? If in many countries there is a public health, which cures our diseases, why should there not be a public circular economy, on which no government should do business, but invest to protect, indirectly, our health and our lives? Education. Without knowledge we do not have the ability to do correct autonomous analyses of the problems that surround us. Why do schools not invest in the training of students in the environmental field, in the knowledge of the circular economy and alternative energies, so as to create a conscience that can safeguard their future? Why do young people participate in social life through environmental demonstrations by sharing slogans without having a deeper understanding of the problems? What role do governments want to play in education? Is culture just notionism or a push to accompany kids in the complicated world that awaits them, giving them a critical reason? Packaging Companies. Those who pull the ranks of the world of plastic packaging are the multinationals of soft drinks, detergents and personal care products. They have always used millions of tons of virgin raw material, for decades, to produce their packaging, knowing that plastic is durable, for better or for worse. They always thought about their business without understanding that their products were being disposed of incorrectly and let the public turn against their packaging. Why didn’t they interpret people’s malaise many years ago and, today, spend on green countryside confusing consumers, competing with those who are more friendly to the environment? Doesn’t it taste like greenwhasing here, too? The Petroleum. As with the multinational packaging companies, the production of virgin plastic polymers was booming, while the world was filled with plastic waste. Why were they so short-sighted that they were not representing a product that would conflict with the end user? Why did they find the most hasty solution of acquiring manufacturers and recyclers of recycled plastics to give a new ecological look to their business? Why did they not support the plastics industry, their customers, through concrete initiatives that would avoid, together with governments, the ecological collapse of our seas with the real possibility of jeopardizing their business? The world cannot give up the plastics supply chain despite the fact that many mistakes and many speculations have been made, of which we know only a few aspects, but much can be done to improve things. We can no longer afford, that such a precious resource for our planet in the form of waste,is dispersed in the environment by the unconscious and ignorant who, by their actions, endanger the ecosite and the life of all.Automatic translation. We apologize for any inaccuracies. Original article in Italian.
SEE MORE
The Impact of Trump's Election: Challenges and Opportunities for European CompaniesHow the Return of Donald Trump to the U.S. Presidency Could Redefine Trade and Financial Dynamics in Europeby Marco ArezioThe election of Donald Trump as President of the United States could mark a return to economic policies characterized by protectionism and nationalism, with profound repercussions for European companies.Recent history shows how Trump’s political decisions can directly impact not only trade agreements but also financial market stability and international cooperation on sustainability.European companies will face challenges such as higher tariffs, supply chain management issues, and decreased competitiveness in global markets.In this article, we will explore the main challenges that may emerge in the coming years and how these could influence the commercial and financial strategies of European businesses.Instability in International Trade RelationsThe election of Trump could lead to a reassessment of trade agreements between the United States and Europe. The previous Trump administration was marked by strong protectionism, with tariff increases on various goods, especially in the steel and aluminum sectors. A similar approach could resume, leading to:Increased Tariffs: European companies might face new tariffs on exports to the United States, raising the costs of entering the U.S. market.Trade Agreements at Risk: Uncertainty over trade agreements and the possible cancellation of existing pacts could deter European companies from investing, especially in the automotive and aerospace sectors, historically vulnerable to tariff disputes.Currency Effects and Market VolatilityTrump has a history of policies that tend to directly affect the dollar's value. An "America First" strategy might push for a competitive devaluation of the dollar to favor exports:Euro Valuation: A weaker dollar could make European products less competitive than American products in global markets, increasing costs for EU exporters.Market Volatility: Trump’s decisions could lead to significant volatility in financial markets. European companies exposed to the U.S. market might be more vulnerable to fluctuations, creating challenges in medium- and long-term strategic planning.Industrial Sectors Under PressureCertain sectors could be particularly exposed to the effects of Trump’s economic policies:Automotive Sector: The European automotive sector, already under pressure during the previous administration, could face high tariffs and export restrictions to the U.S. again.Technology and Telecommunications: Tensions in the tech sector, such as those involving 5G networks and partnerships with companies like Huawei, could lead to new trade restrictions and a halt to strategic technological collaborations.Energy Transition and Environmental ImpactsTrump’s skeptical stance on climate change and the possible abandonment of international agreements like the Paris Agreement could slow down efforts for a coordinated global energy transition.Competition in Renewable Energy: European companies, which heavily invest in renewable energy, might see global demand for these solutions decrease due to reduced international cooperation.Growth of the Fossil Fuel Sector: A resurgence in the U.S. oil and gas industry could lead to an oversupply of fossil fuels, threatening Europe’s emission reduction policies and sustainable energy companies.Supply Chain ChallengesNationalistic policies could threaten the efficiency of global supply chains.Risk of Disruptions: Emphasis on local production in the United States could make it more difficult for European companies to access critical components produced overseas, forcing them to restructure their supply chains at high costs.Rising Logistics Costs: International logistics could suffer from trade tensions and increased tariffs, negatively impacting transportation and import/export costs.Limited Access to U.S. Financial MarketsRestrictions on foreign investments could represent another significant hurdle:Reduced Investments: A stricter regulatory framework could discourage European companies from investing directly in the United States, limiting growth opportunities and market diversification.Banking Restrictions: Sanctions or financial restrictions could make it harder for European companies to access U.S. banking services, affecting liquidity and the ability to finance overseas operations.ConclusionTrump’s election could create a challenging commercial and financial environment for European companies, characterized by instability, protectionism, and greater competition in global markets.Companies will need to prepare for high uncertainty scenarios by revising export strategies, diversifying markets, and focusing on innovation to maintain competitiveness.Being proactive in supply chain management and assessing political and financial risk will be crucial to facing future challenges.In the context of an increasingly uncertain global landscape, European companies will need to demonstrate resilience and adaptability to thrive.Focusing on new markets, improving operational efficiency, and strengthening cooperation with other international partners will be key elements in overcoming obstacles and seizing emerging opportunities.© Reproduction Prohibited
SEE MORE
