Taiwan, the Global AI Race, and the Difference Between Developing Technology for Humanity and Developing Humanity for Technology.

SHS – HUMAN FIRST | The Womb of The Unknown Need

By Susan Ndinga-Wright | Founder, Metaphysical Expert & Chief Continuity Architect

China has spent decades positioning itself within what it understood to be humanity’s future.

Industrialisation.

Manufacturing.

Infrastructure.

Digitalisation.

Automation.

Artificial intelligence.

Technological supremacy.

And to its credit, China became extraordinarily capable of observing the direction in which the world’s most powerful economies were moving, studying their methods, adapting its industries, building enormous productive capacity and eventually becoming one of their greatest competitors.

But what if China correctly anticipated the direction of the world’s economic systems while incorrectly identifying the direction of humanity itself?

That is the question I want to investigate.

Because those are not necessarily the same thing.

And the current developments surrounding Taiwan present a particularly revealing opportunity to examine the distinction.

TAIWAN: WHEN THE FUTURE OF TECHNOLOGY BECOMES A QUESTION OF TERRITORIAL POWER

As of 7 November 2026, Taiwan is reporting continued Chinese military aircraft and naval activity around the island.

An analysis published on 6 November by the Institute for the Study of War suggests that the scale and positioning of recent Chinese deployments may represent an unannounced exercise simulating Taiwan’s isolation.

Meanwhile, Taiwan occupies an extraordinary position within the global semiconductor industry.

Taiwan Semiconductor Manufacturing Company has accounted for approximately 90% of advanced chip manufacturing, according to Stanford’s 2026 Emerging Technology Review, using 2024 industry data.

Think about what that means.

Some of the world’s most technologically ambitious economies depend heavily upon an island whose security has become an increasingly serious geopolitical concern.

Advanced semiconductors support AI development, telecommunications, computing, industrial systems and military technology.

So the consequences of a major disruption would not remain within Taiwan.

They could travel through entire international supply chains.

Now, China’s stated position on Taiwan concerns sovereignty, national reunification and its opposition to Taiwanese independence. We cannot simply conclude that access to semiconductors explains its military activity.

But Taiwan’s technological importance raises a larger question about the world we have created.

How did humanity develop an economic and technological architecture in which access to particular components could become so consequential to the continued operation of entire societies?

And how much longer are we going to treat the advancement of that architecture as though it automatically represents the advancement of humanity?

CHINA LEARNED TO PLAY THE WESTERN GAME. BUT IT WAS STILL PLAYING THE SAME GAME.

On 4 November 2026, I developed an SHS foundational piece titled:

“CHINA LEARNED TO PLAY THE WESTERN GAME. SHS – HUMAN FIRST WILL BUILD BEYOND THE GAME ITSELF.”

The distinction was deliberate.

China spent decades learning, producing, adapting and competing within the economic arrangements that already existed.

And became extraordinarily successful within them.

But success within an established system does not necessarily mean that the system itself represents the highest possible development of life.

Imagine someone becoming the greatest player of a particular game.

They understand the rules.

They understand their opponents.

They understand the resources.

They understand how to win.

They become so successful that almost everybody else begins adapting to their performance.

But there’s one question they may never have asked.

Why must humanity continue playing this particular game in the first place?

That is the difference between what China has achieved and what I intend to investigate through SHS.

I am not interested in becoming the next technological superpower.

I am interested in understanding why humanity has come to believe that technological supremacy is one of the highest expressions of its future.

And whether that belief is actually justified when examined against the entirety of human existence.

HUMANITY IS THE ORIGINAL TECHNOLOGY.

Before we developed computers, we had minds.

Before artificial intelligence, we had human intelligence.

Before digital communication, we had language, expression, observation, memory and relationships.

Before artificial environments, we had an ecosystem already sustaining forms of life whose complexity we continue struggling to understand.

Before automated production, we had human creativity, coordination, practical intelligence and the ability to transform our surroundings.

Before machines began processing information, living organisms were already perceiving, responding, adapting, regulating and developing within their environments.

The human body itself is an extraordinary biological system.

Its sensory capacities.

Its nervous system.

Its immune responses.

Its capacity to heal.

Its emotional intelligence.

Its developmental adaptability.

Its relationship with the wider ecosystem.

And the consciousness through which we experience and investigate existence.

When I refer to humanity as the original technology, I am using technology in its broadest philosophical sense: the living architecture of capabilities from which human-made technologies emerged.

Technology is something humanity develops.

Humanity is not something that must justify its existence through technology.

Yet look at how we increasingly organise the world.

We develop machines to think for us.

Systems to remember for us.

Applications to organise our relationships.

Devices to monitor our bodies.

Algorithms to determine what information we encounter.

Artificial environments to replace experiences we once had directly within nature.

And then we celebrate each new development as evidence of progress.

But progress towards what?

Are we developing technologies that expand our existing human capabilities, or progressively reorganising humanity around dependence upon those technologies?

The answer varies by technology and by how it is used.

Some innovations genuinely extend independence, improve healthcare, remove dangerous labour and make life more accessible.

Others introduce new dependencies, environmental burdens, vulnerabilities and forms of control.

And this is exactly why the distinction matters.

We cannot determine the value of technology solely by how advanced the technology has become.

We must determine it by what it does to life.

WHAT HAPPENS WHEN A COUNTRY’S VISION OF THE FUTURE BECOMES DEPENDENT UPON TECHNOLOGY?

Consider China.

And then consider the United States.

Two vastly different political systems, yet both investing enormously in technological development and competition.

Advanced computing.

Artificial intelligence.

Robotics.

Data centres.

Semiconductor manufacturing.

Automated industry.

Military technologies.

The competition is presented through questions of national security, productivity, economic growth, technological independence and global influence.

But I want us to investigate the underlying dependency.

What happens when the continued growth of a nation becomes increasingly tied to humanity’s continued appetite for technological expansion?

What happens when industries are developed around selling more technological products?

When business models depend upon people replacing functioning devices?

When new infrastructure is constructed around the expectation of continually rising computing demand?

When education is increasingly directed towards preparing people for the needs of the technological economy?

When governments begin evaluating national progress through the industries most capable of producing economic returns?

And when the populations themselves begin accepting technological sophistication as evidence of a more advanced civilisation?

You create an economy with a powerful incentive to preserve the importance of technology.

And that creates a question of institutional integrity.

Can such an economy recognise when humanity would be better served by using less technology?

Can it invest in human independence even when that independence reduces demand for its products?

Can it celebrate the elimination of an unnecessary technological service?

Can it support individuals in developing capabilities that reduce their dependence upon commercial platforms?

Can it develop human wellbeing without requiring every improvement to become a new market?

Or has its economic vision become so dependent upon technological demand that the reduction of that demand begins looking like a threat?

This is not to suggest that China’s or America’s economies consist only of technology. Both have extensive productive sectors, and both invest in public services, healthcare, education and other human needs.

The question is about their direction of development.

What do their incentives reward?

What do their governments prioritise?

And how much of their vision of national success depends upon maintaining the economic arrangements that already make them powerful?

WHAT IF HUMANITY STARTED INVESTING IN ITSELF INSTEAD?

Imagine humanity collectively deciding that its next great development would not be another device.

But the human being.

What if we invested as extensively in understanding the human mind as we do in trying to replicate its functions?

What if we studied our consciousness, perception, emotions, developmental possibilities and relationships with the natural world with the same determination we currently invest in artificial intelligence?

What if we invested in creating environments that made people healthier instead of developing increasingly sophisticated methods of managing preventable illness?

What if we organised food, housing, energy, education and care so effectively that fewer people needed to spend their entire lives working simply to purchase access to them?

What if we restored the importance of human memory, communication, physical capability, creativity, community and direct participation in life?

What if technologies were selected because they genuinely improved these conditions, rather than because their creation offered another commercial opportunity?

Would humanity stop developing?

Or would we discover an extraordinary developmental territory that our existing economic priorities have repeatedly overlooked?

And here comes the uncomfortable question for technology-dependent business models.

If humanity becomes progressively better at meeting its needs without constantly purchasing new technological solutions, what happens to the industries whose growth depends upon those purchases?

Their products would have to prove their value against a more capable and less dependent humanity.

Not against a humanity that has been conditioned to regard every new development as an essential improvement.

That is the challenge.

What if the next great competitor to technological dependence is not another technological superpower, but humanity rediscovering how much it is capable of doing for itself?

CHINA’S STRATEGIC SUCCESS COULD ALSO REVEAL ITS STRATEGIC LIMITATION.

China has demonstrated an enormous capacity to anticipate industrial opportunities.

But the question of continuity does not end with identifying an opportunity and becoming excellent at exploiting it.

It must also investigate what happens when the conditions supporting that opportunity change.

If the world increasingly values technological independence, China benefits from its productive expertise.

If demand for advanced technology continues growing, its industries have opportunities to expand.

If the global economy continues rewarding technological competition, the countries capable of participating effectively retain significant advantages.

But what if the world begins measuring progress differently?

What if societies progressively prioritise human development, ecological restoration, community provision and the reduction of unnecessary consumption?

What if countries begin evaluating their success by the extent to which their populations can live securely without constant economic and technological dependency?

What happens to the companies, investments and industrial strategies built around uninterrupted growth in technological demand?

China would not automatically collapse.

Neither would the United States.

They possess considerable human knowledge, infrastructure and other capabilities.

But particular economic models, industries and investments could face profound challenges.

And nations that fail to prepare for changing human priorities may discover that their previous successes have become sources of vulnerability.

That is the limitation of building a long-term vision around one interpretation of humanity’s future.

You may see very far along the trajectory you have chosen.

But how extensively have you investigated whether the trajectory itself deserves to continue?

THIS IS WHERE DIRECTING INTEGRITY & CONTINUITY BECOMES ESSENTIAL.

A Director of Integrity & Continuity would not simply investigate whether China’s technological strategy is succeeding.

Nor whether the United States can compete with it.

They would examine the more fundamental question:

Does this direction of development protect the integrity and continuity of humanity itself?

Continuity requires looking beyond immediate economic performance.

Beyond the next technological milestone.

Beyond national competition.

Beyond the lifespan of the political leaders making these decisions.

Integrity requires examining what the development costs, who benefits, who becomes dependent, what alternatives are neglected, and whether the people and environments carrying those consequences have been adequately represented.

The role must investigate both dimensions simultaneously.

And work with the relevant experts to identify what can be improved, corrected, preserved or replaced.

Imagine applying our twelve-system Universal Bar to the global AI race.

Education: Are we developing people’s understanding or merely their ability to operate technological systems?

Health: What effects do these technologies have on physical and psychological wellbeing?

Economy: Who gains productive capacity, and who becomes economically displaced?

Finance: How are the investments, risks and returns distributed?

Innovation: Are we solving genuine needs or continuously manufacturing new dependencies?

Infrastructure: What resources are required to sustain the systems?

Environment: What are their ecological consequences?

Social Welfare: What happens to people whose livelihoods are disrupted?

Security: Does increased technological capability also increase surveillance, vulnerability or concentration of power?

Politics: Who directs the technological priorities of a nation?

Law: Are rights, responsibilities and remedies keeping pace?

Culture: What happens to the ways people understand themselves, relate to others and imagine their futures?

If one of those systems advances while another is progressively undermined, the development requires further examination.

A technological achievement is not automatically a civilisational achievement.

And the DIC’s responsibility is to help establish the conditions under which both can become compatible.

NOW RETURN TO TAIWAN.

Imagine the enormous concentration of knowledge, investment and industrial capability represented by Taiwan’s semiconductor sector.

Then imagine the potential consequences of escalating military pressure, a blockade or an armed conflict.

For the people living in Taiwan, the stakes concern their lives, safety, freedoms, homes and future.

For China, the dispute is bound up with its stated sovereignty objectives, national identity and strategic ambitions.

For international technology companies, Taiwan represents a critical manufacturing centre.

For governments, the situation carries major economic and security implications.

For the global population, disruption could affect the supply chains supporting essential and nonessential technologies alike.

Now consider the full picture.

How much human security are we prepared to endanger in pursuit of political, territorial and technological advantage?

And why have we allowed so much of the world’s technological continuity to become concentrated within supply arrangements exposed to these geopolitical risks?

These are the questions a DIC should insist upon examining.

Not by pretending political history does not matter.

Not by assuming every actor has the same motivations.

Not by reducing Taiwan’s people to the economic value of the chips produced on the island.

But by ensuring that the human consequences remain central to every investigation and every proposed resolution.

Because the purpose of a semiconductor industry is not to justify sacrificing the people whose labour and knowledge made it possible.

And the purpose of national development should not be to make humanity increasingly dependent upon the ambitions of those directing the nation.

SHS IS NOT PROPOSING THAT HUMANITY ABANDON TECHNOLOGY.

I want this distinction to be unmistakable.

The objective is not to eliminate knowledge.

Not to reject beneficial scientific discoveries.

Not to dismantle essential medical technologies.

Not to pretend that human beings can achieve everything more effectively without tools.

The objective is to stop confusing technological dependency with human development.

Where technology genuinely serves life, let us investigate how to preserve and improve it.

Where it creates avoidable harm, let us correct it.

Where it creates unnecessary dependency, let us investigate alternatives.

Where human capability can meet a need without an additional commercial or technological layer, let us recognise the value of that capability.

And where humanity has not yet discovered what it is capable of becoming, let us create the conditions for that discovery.

This is one of the foundational differences between SHS and the existing economic competition.

We are not seeking to become another participant fighting for technological supremacy.

We are seeking to investigate how humanity might progressively become less dependent upon the existing game altogether.

Through our Basic Human Needs Economy.

Through human-centred education.

Through environmental and architectural design.

Through research and discovery.

Through conscious organisation of resources, contribution and collective provision.

And through an institution willing to investigate its own assumptions as rigorously as those of any other organisation.

Because even SHS must not become so attached to its founding vision that it stops recognising what humanity actually needs.

TECHNOLOGICAL MATURITY IS NOT THE SAME AS LIFE MATURITY.

A civilisation may build extraordinarily advanced machines while remaining incapable of ensuring that every human being has somewhere safe to sleep.

It may develop artificial intelligence while struggling to support the emotional development of its own children.

It may automate production while leaving people unable to afford the goods that production creates.

It may connect billions of people digitally while leaving them increasingly disconnected from meaningful relationships.

It may develop sophisticated medical technologies while neglecting environmental conditions that contribute to preventable illness.

These are not arguments against scientific progress.

They are arguments against incomplete definitions of progress.

Systemic maturity asks how effectively we can develop and operate the systems we have created.

Life maturity asks whether those systems, examined through their full history and consequences, are worthy of the lives they affect.

And that distinction becomes increasingly important as technological capabilities expand.

Because the more power a civilisation develops, the greater its responsibility to understand what that power is doing.

Not only to its competitors.

But to its own people.

To other populations.

To the environment.

And to generations that have not yet been born.

CHINA MAY HAVE LEARNED TO ANTICIPATE THE FUTURE OF THE TECHNOLOGICAL ECONOMY.

BUT SHS INTENDS TO INVESTIGATE THE FUTURE OF HUMANITY BEYOND ITS DEPENDENCE UPON THAT ECONOMY.

There is a difference.

One asks:

What will the world need to purchase next?

The other asks:

What will humanity need to become capable of next?

One investigates how to gain influence within existing systems.

The other investigates which systems humanity should continue needing.

One measures development partly through technological capacity and economic growth.

The other asks whether those achievements translate into greater human security, independence, knowledge, dignity, ecological coherence and capacity to live.

The two approaches can sometimes complement each other.

But they are not interchangeable.

And when they conflict, the question becomes which one we have made responsible for directing the other.

Should humanity continue developing itself to accommodate the expansion of technology?

Or should technology continue having to justify its development through the advancement of humanity?

I know which responsibility I intend for SHS to represent.

THE GREATEST LIMITATION IS NOT FAILING TO SEE THE FUTURE.

IT IS FAILING TO QUESTION THE FUTURE YOU HAVE DECIDED TO SEE.

China’s technological development is an achievement worth studying.

America’s scientific and industrial capabilities are achievements worth studying.

Taiwan’s semiconductor expertise is an achievement worth studying.

But none of them should be mistaken for the final destination of human development.

Humanity existed before these industries.

Humanity created them.

And humanity retains the responsibility to decide whether they continue serving its needs.

The question is not whether technology has value.

The question is why its value should become so dominant that we begin treating humanity’s development as secondary to its continuation.

I follow the continuity of humanity through consciousness, life, the ecosystem and the societies we create.

Technological economies increasingly follow the continuity of technology through humanity.

Those are different starting points.

Different directions.

And potentially very different destinations.

Perhaps the most extraordinary discovery humanity will make in the coming generations will not be another machine capable of imitating what we do.

Perhaps it will be a deeper recognition of what we already are, what we have neglected developing, and what we could become if our intelligence were no longer organised predominantly around economic competition and technological expansion.

China learned how to compete for the future it anticipated.

SHS intends to investigate whether humanity deserves a future beyond the one the world’s most powerful competitors have anticipated for it.

Because the ultimate purpose of development should not be the continuity of technology.

It should be the continuity and flourishing of life.

And the technologies we choose to create should be accountable to that purpose.

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SHS – HUMAN FIRST

The Womb of The Unknown Need

Consciousness | Integrity | Continuity | The Basic Human Needs Economy

Directing Integrity & Continuity — Investigating Not Only How Far a Civilisation Can Advance, but Whether Its Direction Deserves to Continue.