Book summary “Fully Automated Luxury Communism”: summary

Introduction

You live in a world where economic stagnation, ecological collapse, and political paralysis feel permanent. You work longer hours for less security while watching technological progress fail to improve everyday life.

Aaron Bastani argues in Fully Automated Luxury Communism that this scarcity is artificial. Emerging technologies in energy, automation, and biotechnology can eliminate toil and launch a post-capitalist society of universal luxury and freedom.

The book examines five overlapping systemic crises and traces three great historical disruptions to explain how exponential progress creates extreme supply. You will discover how automation, limitless solar power, asteroid mining, and synthetic biology can abolish work and want.

• How do historical disruptions reshape the relation between humans and resources?
• Can automation abolish labour without creating mass destitution?
• What happens to capitalism when energy and food become virtually free?

1. Capitalist Realism and Civilisational Crises

Capitalism faces five overlapping systemic crises while trapping collective imagination in the dead end of capitalist realism.

The End of Free-Market Expansion

Capitalist realism is the widespread cultural and political belief that capitalism is the only viable economic system and that no alternative can even be imagined. Coined by Mark Fisher and derived from the phrase it is easier to imagine the end of the world than the end of capitalism, capitalist realism treats market capitalism not as a contingent historical project but as an unchangeable reality principle, leaving societies incapable of collective imagination.

The film Children of Men is cited as an example of capitalist realism, presenting a dystopian future where ultra-authoritarianism and corporate franchise coffee bars coexist.

Five Interlocking Crises

Capitalism faces five overlapping civilisational crises that threaten its core mechanism of infinite growth, production for profit, and wage labor. These five systemic crises include:

• climate change and global warming;
• resource scarcity across energy, minerals, and fresh water;
• societal ageing with rising life expectancy and falling birth rates;
• a growing surplus of global poor forming an unnecessariat;
• a new machine age causing mass technological unemployment.

The 2008 financial crash shattered the illusion of perpetual free-market expansion, igniting an era of stagnant wages, rising poverty, and falling homeownership. The bailout of commercial banks exposed free-market orthodoxy as socialism for the rich and market capitalism for the rest, ending the asset-driven growth that compensated for neoliberal wage suppression.

In Britain, food bank packs distributed by the Trussell Trust rose from 41,000 in 2010 to 1.2 million in 2017. In the US, food stamp recipients jumped from 26 million in 2007 to 46 million by 2012. By the end of 2016, 7.4 million working people in UK poverty comprised 55 per cent of all people living in poverty.

The failure of the post-2008 economic model spurred a massive political backlash, giving rise to populist movements on both the radical left and right. As traditional political parties failed to address declining living standards, voters turned toward anti-establishment political forces, manifesting as nationalist populism and democratic socialism.

Political upheavals in 2016 included the Brexit referendum, the election of Donald Trump as US president, and the rise of figures and movements like Syriza in Greece, Podemos in Spain, and Jeremy Corbyn within the British Labour Party winning 3.5 million additional votes in the 2017 general election.

2. The Third Disruption and Exponential Growth

Human history is driven by major disruptions, and the emerging information-driven revolution creates extreme supply through exponential technological progress.

You can understand historical change through three major shifts that fundamentally alter the meaning of humanity. The First Disruption was the Neolithic revolution 12,000 years ago, shifting humans to settled agriculture and creating a food surplus. The Second Disruption was the Industrial Revolution 250 years ago, using fossil fuels and steam power to decouple production from organic labor.

Thomas Newcomen's 1712 atmospheric engine and James Watt's improved steam engine served as the general-purpose technologies driving the Second Disruption. The Third Disruption is centered on the transistor, integrated circuits, and extreme supply in information, renewable energy, and biological control.

Moore's Law and Experience Curves

Exponential trends in computing power, driven by Moore's Law and digitisation, accelerate historical change far beyond human intuitive expectations of linear progress. Gordon Moore observed in 1965 that the number of transistors fitting on a circuit doubled annually. This exponential doubling has persisted for half a century, dramatically lowering costs and increasing performance, outstripping the linear progress typically anticipated by humans.

The US government's ASCI Red supercomputer built in 1996 cost $55 million, measured the size of a tennis court, and processed one teraflop. A PlayStation 3 released one year later matched that processing power for $600. Kodak released its DCS 100 digital camera in 1991 priced at $13,000.

The Experience Curve dictates that manufacturing costs decline predictably with doubled capacity, enabling renewable energy sources like solar photovoltaic cells to become exceptionally cheap. Bruce Henderson's Experience Curve shows that costs of a manufactured good fall by up to 20 per cent every time capacity doubles, driven by labour efficiency and design improvements. This economic pattern applies directly to solar photovoltaic cells and lithium-ion batteries, driving a virtuous cycle of falling prices.

Solar photovoltaic panels used aboard NASA's Vanguard 1 satellite in 1958 cost many thousands of dollars per half-watt. By 2016 a watt of solar energy cost as little as fifty cents.

Paul Romer demonstrated in his 1990 paper Endogenous Technological Change that technological change consists of immaterial instructions for mixing materials. These instructions inherently possess a marginal cost of zero to replicate. Because instructions can be used repeatedly at no additional cost, information goods break down standard market capitalism where price must equal marginal cost.

In August 2001, just a month after the file-sharing service Napster was taken down, economists Larry Summers and J. Bradford DeLong addressed the economic paradox of zero marginal cost for information goods. They conceded that this breakdown forces reliance on temporary monopolies and artificial scarcity.

The Third Disruption offers the potential to transcend terrestrial limits through renewable energy and off-world asteroid mining, creating extreme abundance in raw materials. Solar energy provides vastly more power than all non-renewable sources combined, hitting the Earth in ninety minutes in an amount equal to a year's human demand. Near Earth asteroids contain immense mineral wealth, such as iron, nickel, and precious metals, which can be harvested once technical barriers are overcome.

The asteroid 16 Psyche, measuring over 200 kilometres in diameter in the belt between Mars and Jupiter, has an iron content alone estimated to be worth $10,000 quadrillion, while the annual GDP of the Earth economy is approximately $80 trillion.

3. Full Automation and the Fate of Labour

As smart machines transform capital into labour, routine cognitive and physical work faces total obsolescence, threatening mass technological unemployment.

When Capital Becomes Labour

Classical economists assumed labour would always remain distinct from capital stock over the 250 years since Adam Smith wrote The Wealth of Nations. In the Third Disruption, smart machines effectively turn capital into labour. This creates immediate risks of underconsumption where employers want cheap workers but affluent consumers.

Human labour in the twenty-first century is undergoing the exact same obsolescence that horses experienced at the turn of the twentieth century. Economist Wassily Leontief noted in 1983 that computers and robots replace human mental functions just as mechanical power replaced physical brawn. US horses reached a peak of 26 million in 1915 before rapidly disappearing from the world of work.

Industrial robots scaled from 1,000 worldwide in 1970 to 1.8 million globally at the beginning of 2016. That number is expected to reach 3 million industrial robots by 2020.

White-Collar and Physical Automation

Manufacturing output massively increases while employment sharply declines due to rising productivity driven by robotics and information technology. Factories produce far more goods with drastically fewer workers.

US steel output increased from 75 to 125 million tonnes while workers declined from 289,000 to 74,000. Over a two-decade period, 2 million manufacturing jobs were lost to automation in the US, along with 16 million industrial jobs in China. Globally, 163 million factory jobs existed in 2003, and this figure is expected to drop to a few million by 2040.

Philips uses 128 robot arms in its Drachten plant in the Netherlands to achieve productivity ten times higher than its traditional plant in Zhuhai, China.

Major financial institutions and research bodies project massive structural unemployment as machine learning and automation displace a vast percentage of the workforce. The Bank of England isolated how machine learning could eliminate 15 million jobs in the UK over subsequent decades. This represents 40 per cent of the UK labour market.

Frey and Osborne calculate that 47 per cent of all US jobs are at high risk and 19 per cent are at medium risk. US White House economists estimate an 83 per cent chance that workers earning less than $20 per hour will lose their jobs to robots. The Millennium Project projects 16 per cent global unemployment by 2030 and 24 per cent by mid-century.

Historically well-paid white-collar professions are just as repetitive and vulnerable to artificial intelligence division of labour as manufacturing jobs. Professional tasks in medicine, law, and accounting rely heavily on pattern recognition and searchable data processing. Intelligent neural networks and search systems are now outperforming human professionals in speed, cost, and accuracy.

Deloitte reports that 114,000 legal jobs or 40 per cent of the British legal sector will likely be automated over twenty years, while 31,000 jobs have already been eliminated in the UK legal industry.

The Arterys medical imaging system reads heart MRIs and measures blood flow in fifteen seconds compared to forty-five minutes for a trained professional.

4. Limitless Power and Clean Energy

Unchecked climate change threatens ecosystems with catastrophic tipping points, but these outcomes can be avoided by transitioning away from fossil fuels over the next two decades. Scientific consensus indicates global temperatures will rise by at least two degrees, risking extreme weather, desertification, and rising sea levels.

Exponential cost reductions in solar photovoltaic cells and lithium-ion batteries enable decentralized renewable energy and post-scarcity abundance.

The 2017 Atlantic hurricane season featured Hurricanes Irma and Harvey, providing a glimpse of extreme weather becoming routine. A planet three degrees warmer would resemble conditions ten million years ago with much higher sea levels and disappearing glaciers, while a six-degree warmer world would be largely covered by desert and toxic levels of atmospheric methane. To avoid runaway catastrophe, humanity must reduce carbon dioxide emissions by at least 85 percent by 2050 to stabilize atmospheric levels at around 400 parts per million.

Solar Economics and Storage

Photovoltaic cells follow a compounding improvement in price-performance, with global solar capacity doubling every two years. Installations have grown by 40 percent annually over recent decades. Deutsche Bank and IRENA noted that solar has reached grid parity in many countries, generating power cheaper than newly built fossil fuel plants.

NASA's Vanguard 1 satellite used photovoltaic cells in 1958 at an astronomical cost of thousands of dollars per unit, whereas modern solar contracts in the US have dropped below six cents a kilowatt. Solar costs reached $100 a watt by the middle of the 1970s, while sunnier countries now see costs of 50 cents for a watt of solar energy. In the UK, only 2 percent of electricity came from renewable energy in 2010, but this figure rose to 25 percent by late 2018.

Developed economies experience a ceiling in per capita energy consumption as a result of increased energy efficiency, providing a template for sustainable global demand. Despite higher living standards and larger populations, energy consumption in rich countries has started to decline. Britain's energy use has fallen by 2 percent every year since the turn of the millennium, making its 2018 energy use lower than in 1970. European countries reduced energy consumption by 8 percent between 2005 and 2013, and the US saw a 6 per cent fall in the eight years to 2012, primarily driven by energy efficiency.

Energy storage technologies are experiencing dramatic cost reductions and capacity increases. In the last fifteen years, the energy capacity of lithium-ion batteries has tripled while the cost per unit of stored energy has fallen by a factor of ten, making electric cars directly competitive with petrol versions. Tesla expects to produce battery packs for $100 per kilowatt hour by the early 2020s, down from $650 per kilowatt hour reported by Deutsche Bank in 2009. This drop projects a cost of £5,000 for a new electric car battery pack with a 200-mile range by the early 2020s.

Leapfrogging in the Global South

Countries like Nigeria face demographic booms and lack universal electricity access, making fossil-fueled expansion impossible. Instead, they can adopt modular solar power and lithium-ion storage at the household or street level, mirroring how mobile phones bypassed traditional landlines. Nigeria currently has a population of 180 million, projected to exceed 400 million by mid-century, alongside 150 million active mobile phone subscriptions today.

Startup M-Kopa in Kenya uses a pay-as-you-go model where customers pay a deposit of KES 3,500 and 50 cents a day via the M-Pesa mobile money system until they own the solar kit. A Kenyan solar system providing light and television costs $350 today, down from $1000 in 2009.

5. Mining the Sky and Editing Destiny

Terrestrial mineral resources face severe depletion, threatening post-carbon renewable energy systems and industrial agriculture.

Minerals like lithium, cobalt, nickel, zinc, and phosphorus face production peaks. Industrial farming caused a 50 percent fall in soil fertility in some places. Only 1 percent of batteries are recycled at present. University of Sheffield researchers stated that British soil had only 100 harvests left. 40 percent of the world's arable land has crop yields constrained by phosphorus availability.

Asteroid Mining

The rise of private space companies has driven down launch costs exponentially through manufacturing innovations and reusable rockets. SpaceX uses Falcon rockets, while companies like Rocket Lab and Relativity Space leverage 3-D printing and electric propulsion cycles.

Rocket Lab developed the Electron booster using a 3-D-printed Rutherford engine with an electric propulsion cycle, reducing launch costs dramatically compared to NASA's historic Saturn V. The Saturn V cost $47 billion total for thirteen launches over a decade. SpaceX estimates a cost of $61 million to launch a Falcon 9 rocket. Rocket Lab projects a cost of $4.9 million per flight for its Electron booster.

Asteroid mining and lunar prospecting offer an unprecedented abundance of raw materials and space-based fuel. Moon Express, Planetary Resources, and Deep Space Industries plan to extract minerals and harvest frozen water from the Moon and near-Earth asteroids. There are 16,000 known near-Earth asteroids. Peter Diamandis noted that platinum-rich near-Earth asteroids contain immense asset values. Japan's Hayabusa spacecraft successfully sampled asteroid Itokawa. The asteroid belt contains 825 quintillion tonnes of iron. A 2012 Caltech study estimated a cost of $2.6 billion to move an asteroid into near-Earth orbit. The asteroid 16 Psyche has a value of $10,000 quadrillion including its iron content.

Genomics and CRISPR

The cost of sequencing human genomes has fallen exponentially, transforming healthcare from a reactive model to a predictive one.

The Human Genome Project had an initial budget of 3 billion dollars to map 3.2 billion base pairs. Illumina unveiled a machine capable of sequencing a genome for under 100 dollars. David Ishee used CRISPR-Cas9 in his garden laboratory to treat dog conditions. The MinION handheld sequencer weighs 90 grams.

CRISPR-Cas9 gene-editing technology drastically lowers the cost and complexity of rewriting genetic information. Over 3,000 genetic conditions are caused by a single incorrect letter in our DNA. CRISPR trials have been used to create buff beagles, prevent HIV infection, and reverse Huntington's disease effects in mice.

6. Food Without Animals and Luxury Populism

Humanity currently consumes the resources of 1.6 Earths every year. Livestock farming alone accounts for 14 percent of greenhouse gas emissions and claims nearly a third of the Earth's usable surface area, creating massive inefficiencies because animals require disproportionate inputs of land, water, and feed compared to plant-based diets.

Cellular agriculture and plant-based biomimicry replace traditional livestock farming, forming the material basis for luxury populism and electoral politics.

A Cornell University study revealed that in the United States, 302 million hectares were allocated to livestock compared to just 13 million hectares for vegetables, rice, fruit, potatoes, and beans.

Cellular Agriculture

Cellular agriculture allows the production of meat, fish, and dairy directly from animal cells or fermentation, bypassing the need to raise and slaughter animals. By isolating stem cell tissue and feeding it with oxygen, sugar, and minerals inside a bioreactor, or by using genetically modified yeast to synthesize exact animal proteins, biotechnology can produce identical foods with vastly reduced resource overhead and zero animal suffering.

You can follow these steps to produce cultured meat:

• Remove a small sample of muscle from an animal.
• Isolate stem cell tissue that can be scaled in a bioreactor.
• Warm the tissue while feeding the cells with oxygen, sugar, and minerals.
• Harvest the developed skeletal muscle cells after between nine and twenty-one days.

In 2013, Dutch professor Mark Post presented the first cultured hamburger grown in a laboratory, which cost $325,000. By 2016, Memphis Meats produced a cultured meatball for $1,000, and Mosa Meats estimated production costs could drop to $80 a kilo.

Non-meat proteins can be engineered to mimic the exact sensory and chemical properties of animal products by isolating key molecules from plants and brewing them via fermentation. Impossible Foods inserted genes that code for heme—the molecule that gives blood its color and meaty flavor—into Pichia pastoris yeast, allowing them to produce plant-based burgers that bleed and taste like medium-rare beef.

Political Strategy

To overcome ecological and economic crises, a successful political movement must unite ecological urgency with the demand for shared post-scarcity abundance. Fully Automated Luxury Communism rejects twentieth-century vanguardist insurrection and instead engages with mainstream electoral politics as a catalyst for mass participation. Globalist international summits on climate and resources foster passivity and elite inaction, whereas effective transformation requires concrete national prototype politics through imitation.

10 Key Ideas

1. Capitalism faces five overlapping civilisational crises—including climate change, resource scarcity, and mass technological unemployment—while trapping collective imagination in the dead end of capitalist realism.
2. The Third Disruption is driven by the transistor, integrated circuits, and exponential technological progress that creates extreme supply in information, renewable energy, and biological control.
3. Information goods possess a marginal cost of zero to replicate because technological change consists of immaterial instructions for mixing materials.
4. Smart machines effectively turn capital into labour, threatening white-collar and physical professions with total obsolescence and mass technological unemployment.
5. Photovoltaic cells follow a compounding improvement in price-performance that enables decentralized renewable energy and post-scarcity abundance.
6. Countries in the Global South can bypass traditional infrastructure by adopting modular solar power and lithium-ion storage at the household or street level.
7. Exponential cost reductions in space launch systems make asteroid mining and lunar prospecting viable methods for harvesting an unprecedented abundance of raw materials and space-based fuel.
8. The cost of sequencing human genomes has fallen exponentially alongside gene-editing technologies like CRISPR-Cas9, transforming healthcare from a reactive model to a predictive one.
9. Cellular agriculture and plant-based biomimicry replace traditional livestock farming by producing meat, fish, and dairy directly from animal cells or fermentation.
10. Fully Automated Luxury Communism rejects twentieth-century vanguardist insurrection and instead engages with mainstream electoral politics as a catalyst for mass participation and shared post-scarcity abundance.