The Human Cost of Privatization: Wealth Extraction, Preventable Deaths, and the Civitology Case for Public Ownership of Essential Infrastructure

Part 1: How Essential Infrastructure Became a Mechanism of Wealth Transfer

For decades, many governments argued that privatization would reduce costs, improve efficiency, increase innovation, and reduce pressure on taxpayers.

In reality, privatization often transformed essential systems into long-term wealth extraction mechanisms.

The problem is not private business itself.

The problem begins when systems that human beings cannot live without become dependent on shareholder returns.

A citizen can choose not to buy a luxury car, an expensive watch, or a premium coffee.

A citizen cannot choose to stop paying for:

Water
Electricity
Internet
Healthcare
Transport
Telecom
Fuel
Housing-related utilities

This is what makes privatization of essential systems fundamentally different from ordinary business.

When a company owns something essential, every household becomes a captive customer.

In the United States, healthcare is perhaps the clearest example.

American healthcare spending reached $5.3 trillion in 2024, or around $15,474 per person. Healthcare now consumes about 18% of the entire US economy. (cms.gov)

This is far above other developed countries, yet millions of Americans still struggle with deductibles, insurance denials, medical debt, and delayed treatment.

Medical debt contributes to roughly 530,000 personal bankruptcies each year in the United States. Even insured citizens often face financial ruin after a major illness or emergency. (Forbes)

The deeper reality is that a large part of the healthcare economy is no longer simply about treating people.

It is about:

Insurance premiums
Hospital chains
Pharmaceutical pricing
Administrative complexity
Private equity ownership
Corporate profits
Shareholder returns

The system has become so large that healthcare corporations now absorb a major share of wage growth itself. In many cases, rising insurance costs consume income that otherwise could have gone toward savings, housing, education, or family welfare. (The Washington Post)

In the United Kingdom, water privatization is one of the strongest examples of public wealth being redirected into private hands.

Since privatization, water bills in England and Wales have risen roughly 40% to 44% above inflation. Industry debt has risen from almost nothing in 1989 to more than £70 billion today. At the same time, private water companies have paid out more than £78 billion to £85 billion in dividends to shareholders. (Common Wealth)

In other words:

Citizens paid more
Companies borrowed more
Investors extracted more
Infrastructure often remained weak

England now faces repeated sewage crises, water shortages, pipe leakages, and pollution issues despite decades of private ownership. In 2024 alone, untreated sewage discharges remained extraordinarily high, while only a small share of rivers were classified as healthy. (The Guardian)

The British rail system shows a similar pattern.

Britain's train fares are now among the highest in Europe. Some routes are two-and-a-half times more expensive than comparable European services. Even after privatization, the rail system still requires large taxpayer subsidies. This means British citizens often pay twice:

Once through taxes
Again through expensive ticket prices

British rail costs have remained around 30% to 40% higher than comparable European countries. (The Guardian)

India followed a different path.

Instead of fully privatizing every essential system, many public systems were allowed to weaken while private firms captured their markets.

Telecom is one of the strongest examples.

Public telecom infrastructure had the potential to remain dominant through Bharat Sanchar Nigam Limited. But delayed modernization, slow spectrum allocation, late 4G rollout, and weak execution allowed private firms to dominate.

The result is that a service which could have become a strong public utility increasingly became dependent on private firms like Reliance Jio and Bharti Airtel.

This does not mean private telecom brought no benefits.

It brought cheaper data, faster expansion, and technological growth.

But it also means that one of the most important infrastructures of the modern world is now structured around:

Monthly recharge dependence
Subscription pricing
Bundled services
Market concentration
Private control over digital access

Over time, as internet access becomes essential for work, education, payments, banking, governance, healthcare, and communication, dependence on private telecom firms becomes almost unavoidable.

This is the deeper danger.

When essential infrastructure becomes private, wealth flows upward continuously.

Citizens pay every month.

Investors collect every month.

The next part will focus specifically on long-term financial trends, using public data to show how essential services have increasingly consumed larger shares of household income across major countries.

The Human Cost of Privatization: Wealth Extraction, Preventable Deaths, and the Civitology Case for Public Ownership of Essential Infrastructure

Part 2: Public Data Trends Showing the Rising Financial Burden on Citizens

The strongest evidence against privatization of essential systems is not ideological.

It is numerical.

Across countries, the share of household income consumed by healthcare, utilities, telecom, transport, housing-linked services, and other essentials has steadily increased.

At the same time, shareholder payouts, executive compensation, and market concentration have also increased.

This suggests that a growing part of household spending is not simply paying for the service itself.

It is paying for the profit layer built on top of the service.

In the United States, healthcare is the most powerful example.

Healthcare spending reached $5.3 trillion in 2024, equal to about 18% of the entire US economy, or $15,474 per person annually. Private health insurance spending alone reached $1.64 trillion in 2024. (Health Affairs)

This burden has become so severe that around 41% of American adults report having medical or dental debt. More than 100 million Americans carry some form of medical debt despite over 90% of the population having health insurance. (KFF)

The financial effects are not limited to debt alone.

Large numbers of Americans now postpone retirement, avoid changing jobs, delay having children, skip meals, ration prescriptions, reduce utility use, or borrow money simply to afford healthcare. Around one-third of Americans report cutting back on other essentials because of medical costs. (The Washington Post)

Medical costs are also projected to keep rising at roughly 7.5% to 8.5% annually in 2026, which is far above normal wage growth in most years. This means healthcare increasingly consumes future income growth before households can use it for savings, education, housing, or quality of life improvements. (PwC)

In the UK, water is becoming a major example of long-term extraction.

Since privatization, average water bills have risen above inflation, while companies accumulated more than £70 billion in debt and distributed tens of billions in dividends to shareholders. Water bills are expected to rise another 30% to 36% between 2025 and 2030. (House of Commons Library)

Some estimates suggest households now pay about £2.3 billion more every year for water and sewerage than they would under public ownership. In some long-term comparisons, water and sewerage bills have risen roughly 360% since privatization, more than twice the rate of inflation. (George Monbiot)

This means the burden is no longer only about higher monthly bills.

It is about the fact that citizens are paying more into a system that still struggles with sewage spills, pipe leakages, environmental damage, and underinvestment.

In India, telecom is becoming a similar example of structural dependence.

India's telecom market is expected to grow from around $154 billion in 2025 to nearly $193 billion by 2031. Consumer spending on mobile services increased 5.5% in FY25 alone, reaching ₹65,080 crore after tariff hikes. (Mordor Intelligence)

Telecom has become one of the most unavoidable expenses in modern life because internet access is no longer optional.

People need it for:

Banking
Education
Work
Government services
Healthcare access
Social life
Digital payments
Business activity

India's telecom market is also becoming more concentrated, which means citizens are increasingly dependent on a few firms for access to the digital world. This creates long-term vulnerability because even small recharge increases affect hundreds of millions of people simultaneously. (Telecom Regulatory Authority of India)

The deeper trend across all countries is clear.

Essential spending is consuming a larger share of human life.

A growing share of wages now goes toward merely remaining connected, insured, transported, housed, and functional.

This reduces the ability of ordinary people to:

Save money
Build assets
Start businesses
Raise families
Invest in education
Retire securely
Live with freedom and dignity

The result is that modern economies increasingly create a paradox:

Productivity rises
Technology improves
National GDP grows
Corporate profits increase
Yet ordinary people feel poorer

This is because many essential systems have evolved into recurring financial drains rather than public enablers.

The next part will explain why, from a Civitology perspective, core human-enabling infrastructure should be publicly owned and globally managed under a centralized global governance framework.

Part 3: Why Essential Human Infrastructure Must Be Publicly Owned Under a Civitology Framework

The fundamental purpose of civilization is not merely to increase GDP, stock market valuations, or corporate profitability.

The purpose of civilization is to maximize the long-term survival, stability, freedom, and well-being of humanity.

From a Civitology perspective, any infrastructure that is necessary for human survival, human participation, or civilizational continuity should not be controlled primarily by profit incentives.

This is because profit incentives naturally push systems toward:

Scarcity pricing
Market concentration
Short-term extraction
Unequal access
Underinvestment in non-profitable areas
Monopoly behavior
Political influence by large corporations
Dependency of the masses on a few owners

Essential systems should instead be treated as civilizational utilities.

Just as oxygen cannot be privatized, the most important human-enabling infrastructures should also not be fully subjected to private control.

Under a centralized global governance framework rooted in Civitology, the following sectors should be publicly owned, publicly protected, and globally coordinated.

Internet and Satellite-Based Communication Systems

Modern civilization cannot function without internet access.

The internet now determines access to:

Education
Employment
Banking
Governance
Emergency services
Healthcare
Communication
Commerce
Information

If a few private corporations control communication systems, they gain extraordinary power over human life.

They can influence prices, restrict access, manipulate algorithms, prioritize profit over truth, and shape political discourse itself.

Satellite networks and internet backbones should therefore be treated as global public infrastructure.

Their purpose should be:

Universal access
Low-cost connectivity
Equal treatment of all regions
Protection against censorship monopolies
Civilizational resilience during disasters and wars

The internet should be seen as a human-enabling utility, not merely a business model.

Water and Natural Resources

Water is the most obvious example of an essential system that should never be primarily profit-driven.

When private firms control water, they often have incentives to:

Raise prices
Delay infrastructure upgrades
Overextract resources
Underinvest in environmental protection
Prioritize profitable regions over poorer populations

Water is not a luxury.

It is survival itself.

The same principle applies to forests, minerals, fisheries, agricultural land, rivers, and other natural resources.

From a Civitology perspective, natural resources are not simply commodities.

They are the shared inheritance of humanity and future generations.

A centralized global system would manage these resources based on:

Sustainability
Regeneration
Long-term carrying capacity
Environmental protection
Fair global access

This would reduce the risk of resource wars, environmental collapse, and elite capture of natural wealth.

Energy Infrastructure

Electricity is now as important to civilization as food and water.

Without energy, modern societies collapse.

Private ownership of energy systems often creates a conflict between:

Maximizing profit
Maximizing reliability and affordability

During crises, many private energy companies continue generating large profits while citizens struggle with blackouts and rising bills.

A globally coordinated public energy system would focus on:

Cheap and stable electricity
Massive renewable expansion
Energy security
Equal access
Long-term planning
Reduced fossil fuel dependence

Energy should be treated as a public backbone of civilization rather than a permanent extraction mechanism.

Healthcare

Healthcare should not be structured so that human suffering becomes a market opportunity.

When healthcare is highly privatized, companies can profit from:

Illness
Drug dependence
Insurance premiums
Expensive treatment
Delayed care
Administrative complexity

This creates a dangerous incentive structure where curing disease may become less profitable than managing disease indefinitely.

A publicly owned global healthcare framework would focus on:

Prevention
Universal access
Lower drug costs
Faster research sharing
Better epidemic preparedness
Equal treatment regardless of wealth

The COVID-19 pandemic showed that diseases do not respect borders.

Healthcare systems therefore should not be designed purely around national or corporate interests.

Critical Knowledge and Research Repositories

Knowledge is one of the most important assets in civilization.

Scientific papers, medicines, engineering breakthroughs, educational resources, climate research, agricultural knowledge, and public datasets should not be trapped behind expensive paywalls or monopolized by corporations.

When knowledge is restricted, humanity slows itself down.

A Civitology-based system would treat core knowledge as a public civilizational resource.

This would include:

Open scientific databases
Publicly accessible educational systems
Shared medical research
Global climate research repositories
Agricultural and engineering knowledge archives
Open-source innovation platforms

The more knowledge is shared, the faster civilization can evolve.

The deeper principle behind all of this is simple:

Essential systems should exist to serve civilization
Civilization should not exist merely to serve the owners of essential systems

If humanity continues allowing a small number of corporations to dominate communication, water, healthcare, energy, and knowledge, then civilization will increasingly become dependent on concentrated power.

That dependence makes societies weaker, less fair, less resilient, and more vulnerable to collapse.

From a Civitology perspective, public ownership of essential infrastructure is not merely an economic preference.

It is a survival requirement for the long-term continuity of human civilization.

Part 4: A Civilizational Mortality Model for the Human Cost of Privatized Essential Infrastructure

One of the biggest failures in the debate around privatization is that most analysis focuses only on money.

Governments ask:

Did the system become more efficient?
Did GDP rise?
Did investor confidence improve?
Did the sector attract capital?

But the more important question is often ignored:

How many additional people died because essential systems became inaccessible, unaffordable, delayed, or unevenly distributed?

A civilizational system should not be judged only by profitability.

It should also be judged by how many people it protects from preventable suffering and preventable death.

To estimate this, a Civitology framework can use an Excess Deaths from Privatization model.

The model does not claim to produce an exact death count.

Instead, it estimates the mortality burden created when essential infrastructure becomes profit-driven rather than human-driven.

The formula can be written as:

EDP = \sum_{i=1}^{n}(P_i \times M_i \times A_i \times T_i)

Where:

(P_i) represents the population exposed to the privatized or weakened essential service
(M_i) represents the mortality burden coefficient of that service
(A_i) represents the accessibility loss multiplier
(T_i) represents the duration of exposure over time

This can then be expanded into a broader Global Excess Deaths from Privatization model:

GEDP = H + W + E + T + C

Where:

(H) = Healthcare-related excess deaths
(W) = Water and sanitation-related excess deaths
(E) = Energy-related excess deaths
(T) = Transport and emergency access-related excess deaths
(C) = Communication and digital access-related excess deaths

The model assigns the following realistic weights:

Healthcare: 55%
Water and sanitation: 25%
Energy: 10%
Transport and emergency access: 7%
Communication and digital exclusion: 3%

These weights are realistic because healthcare and water are the two systems most directly linked to immediate human survival.

Healthcare receives the highest weight because lack of affordable access to treatment, diagnostics, medicines, surgeries, emergency care, preventive care, and insurance can directly cause death within days, months, or years.

Research consistently shows that millions die annually because they cannot access affordable healthcare, even in wealthy countries.

Water and sanitation receive the second-largest weight because unsafe water remains one of the leading causes of infectious disease, malnutrition, diarrhea-related death, and child mortality across the world.

Energy receives a lower but still significant weight because lack of electricity, heating, cooling, refrigeration, and clean cooking fuel contributes to deaths from extreme weather, respiratory illness, food spoilage, and power failures in hospitals and homes.

Transport receives a smaller weight because delayed ambulances, poor public transport, unaffordable travel, and weak emergency infrastructure can prevent people from reaching hospitals, jobs, or essential services in time.

Communication receives the smallest weight, but even this category matters. Internet exclusion and communication inequality can delay emergency response, block access to telemedicine, reduce disaster preparedness, limit access to public information, and isolate rural populations.

Using public health and global mortality data, a realistic annual estimate for privatization-related excess deaths would be:

Healthcare-related: 4.5 to 7 million annually
Water and sanitation-related: 2 to 3 million annually
Energy-related: 700,000 to 1.2 million annually
Transport-related: 500,000 to 800,000 annually
Communication-related: 100,000 to 300,000 annually

This produces a realistic global range of:

7.8\text{ million} \leq GEDP_{annual} \leq 12.3\text{ million}

If this burden is projected over the main global privatization era from roughly 1980 to 2025, the cumulative mortality burden becomes:

351\text{ million} \leq GEDP_{1980-2025} \leq 553.5\text{ million}

A reasonable midpoint estimate is:

\approx 452\text{ million excess deaths globally}

This number should not be interpreted as a literal historical death count.

It should be understood as a civilizational risk estimate.

Just as economists estimate the cost of inflation, climate change, or war, Civitology can estimate the mortality burden of essential systems becoming inaccessible and profit-driven.

The deeper point is not whether the exact number is 400 million or 500 million.

The deeper point is that if humanity allows healthcare, water, energy, communication, transport, and other human necessities to become permanently subordinated to shareholder returns, then millions of preventable deaths become structurally embedded into the system itself.

That means privatization is not merely an economic issue.

It becomes a civilizational mortality issue.

Part 5: The Number of Lives Humanity Could Save in the Next 30 Years

If the current model is correct even within a broad range, then privatized or weakened essential infrastructure may currently contribute to roughly:

7.8\text{ million} \leq GEDP_{annual} \leq 12.3\text{ million}

avoidable deaths every year across the world.

That means humanity may be losing the equivalent of an entire medium-sized country every year because people cannot access affordable healthcare, clean water, electricity, transport, or communication in time.

The next question is:

How many of these deaths could be prevented if essential systems were gradually shifted toward public ownership, universal access, and global coordination?

It would be unrealistic to assume all deaths disappear.

Even with ideal public systems, there would still be:

Wars
Corruption
Climate disasters
Pandemics
Administrative failures
Geographic isolation
Human error
Political instability

But a large share of these deaths could still be reduced.

A realistic assumption is that public ownership and universal access could reduce privatization-related mortality by the following amounts:

Weak reform scenario: 15-20% reduction
Moderate reform scenario: 30-35% reduction
Strong reform scenario: 45-50% reduction
Near-ideal global coordination scenario: 60-65% reduction

Reduction=15%-20%,\ 30%-35%,\ 45%-50%,\ 60%-65%

These percentages are realistic because not all countries would improve equally.

Some regions would benefit enormously from public ownership because they currently have weak systems and high mortality.

Other regions already have relatively strong public services, so the gains would be smaller.

A strong reform scenario would likely include:

Universal healthcare access
Public water and sanitation expansion
Affordable electricity access
Better public transport and ambulance networks
Free or low-cost internet and communication access
Shared global health and knowledge systems

Using these assumptions, the number of lives saved over the next 30 years would be approximately:

Weak reform scenario:

35\text{ million} \leq Lives\ Saved_{30y} \leq 74\text{ million}

Moderate reform scenario:

70\text{ million} \leq Lives\ Saved_{30y} \leq 129\text{ million}

Strong reform scenario:

105\text{ million} \leq Lives\ Saved_{30y} \leq 185\text{ million}

Near-ideal global coordination scenario:

140\text{ million} \leq Lives\ Saved_{30y} \leq 240\text{ million}

A realistic midpoint estimate is:

\approx 150\text{ million lives saved over 30 years}

That would mean saving around 5 million lives every year on average.

\approx 5\text{ million lives saved annually}

Most of these lives would likely be saved in:

South Asia
Sub-Saharan Africa
Latin America
Poor rural regions across the world
Lower-income populations in wealthy countries

The biggest gains would come from:

Fewer deaths from lack of medical care
Fewer deaths from contaminated water
Fewer deaths from heatwaves and energy poverty
Faster emergency response and ambulance access
Better maternal and child survival
Stronger disaster response systems
Better communication access during crises

The model becomes even more compelling when one realizes that the number of lives saved could exceed the total deaths caused by many of the largest wars in history.

From a Civitology perspective, reversing privatization of essential infrastructure may be one of the largest preventable mortality reductions humanity could ever achieve.

Part 6: The Lives Saved by Private Innovation While Keeping Essential Systems Public

A serious analysis of privatization must acknowledge that private firms have saved lives in many sectors.

Private companies can often:

Innovate faster
Build faster
Attract more capital
Develop better technology
Scale services more quickly
Improve logistics and delivery systems

However, this does not mean that every essential system should be privatized.

The better model is to keep the most important human-enabling infrastructures publicly owned, while allowing private companies to innovate around them.

The following sectors should remain publicly owned and publicly managed:

Internet and satellite-based communication systems
Water and natural resources
Energy infrastructure
Healthcare
Critical knowledge and research repositories

These systems are too essential to human survival and civilizational continuity to be left mainly to shareholder incentives.

At the same time, private firms can still play a major role within these systems.

For example:

Private telecom firms can build devices, software, applications, satellites, routers, cybersecurity tools, and communication technologies, even if the communication backbone remains public.

Private companies can innovate in water purification, desalination, irrigation, and recycling technologies while water ownership itself remains public.

Private firms can manufacture solar panels, batteries, wind turbines, nuclear reactors, and grid technologies while the energy grid remains publicly owned.

Pharmaceutical firms, biotech companies, and medical device manufacturers can continue innovating while healthcare access itself remains universal and public.

Private research firms can still develop technologies, but core knowledge repositories, scientific papers, climate research, medicine databases, and educational systems should remain open and publicly accessible.

A realistic Civitology model would therefore separate:

Public ownership of the essential backbone
Private participation in innovation, manufacturing, and service improvement

This creates a much healthier balance.

The public system guarantees universal access and affordability.

The private system drives innovation and efficiency.

Under this model, the lives saved by private innovation could still remain substantial.

2.3\text{ million} \leq Lives\ Saved_{annual} \leq 4.7\text{ million}

This would come from:

Faster drug development
Better medical devices
Better telecom technologies
Better disaster response tools
Better logistics and delivery systems
Better clean-energy technologies

At the same time, keeping the essential backbone public could still prevent:

5.1\text{ million} \leq Net\ Annual\ Mortality\ Burden\ Prevented \leq 10\text{ million}

The ideal system is therefore neither complete privatization nor total state monopoly.

It is a mixed model where:

Human necessities remain public
Innovation remains private
Universal access is guaranteed
Profit cannot override survival

From a Civitology perspective, civilization should use private enterprise as a tool, not allow private enterprise to become the owner of civilization itself.