Where Is the Muslim Technology Ecosystem?

Published On: August 18th, 2026Last Updated: October 12th, 20261719 words8.6 min readDaily Views: 2Total Views: 2

The Muslim world does not have a talent problem. It has a compounding problem.

When Muslims talk about science and technology, we have a habit of reaching backward.

Al-Khwarizmi. Ibn al-Haytham. The House of Wisdom. Hospitals, observatories, algebra, optics, astronomy, translation, navigation.

The history matters. The inheritance matters. But if every argument for Muslim scientific capacity begins a thousand years ago, we quietly reinforce the idea that Muslim technical excellence is principally historical.

Our ancestors have already made their case.

The more urgent question is:

Who is building now?

A naming mistake clarified the question

This series originally had a working name.

On 24 October 2024, while searching for “Muslim Tech,” I came across a post by someone named Osman asking: “Why not Silicon Wadi?”

The phrase stayed with me. It sounded like an easy shorthand for a question I had already been circling: if Silicon Valley describes an ecosystem in which technical capability compounds through institutions, where is the equivalent connective infrastructure across Muslim communities?

When I finally searched the phrase itself while preparing this series for publication, I discovered that “Silicon Wadi” was already an established name for Israel’s technology cluster.

So the working name had to go.

That turned out to be useful.

The mistake exposed a deeper problem with the metaphor. The goal was never to create a Muslim copy of Silicon Valley, and it was never to build one literal technology valley. The real question was always about connection, transmission, and institutional compounding.

The series therefore does not need a grand name for a hypothetical organisation.

It needs a clearer question.

Success is visible. The pattern is not.

Muslims are not absent from contemporary technology. Engineers, researchers, founders, operators, mathematicians, designers and scientists work across artificial intelligence, semiconductors, aerospace, software, medicine, cybersecurity, robotics, energy, agriculture and financial technology.

But modern achievement is usually classified through institutions that are not designed to reveal a Muslim technical ecosystem.

A researcher becomes a university researcher. An engineer becomes a Google engineer. A migrant becomes part of the British, Canadian, German or American technical workforce. A founder is described by company and nationality. A scientist in a Muslim-majority country is counted through national research statistics.

None of those descriptions are false.

People can belong to several identities at once, and Muslim achievement should not be appropriated merely because the person who achieved something happens to be Muslim. We should never infer religious identity from a name, passport or photograph simply to make a map look more impressive.

But classifications determine what becomes visible.

Nation-states see nationality. Companies see employees. Universities see affiliations. Markets see firms. Diaspora reporting sees migration. Muslim institutions often see Muslim identity most clearly when the work itself is explicitly religious.

What gets lost is the sideways view:

Where are Muslims building technology now, and what becomes visible when we stop treating every one of them as an isolated case?

There are already institutional attempts to improve discovery and connection. The OIC Technology and Innovation Portal exists to connect scientists, innovators, startups, SMEs, academics, governments and other actors across OIC member states. Its stated goals include information exchange, industry-academia collaboration, and connecting ideas and prototypes with potential investors.

The existence of such a portal does not prove that a coherent ecosystem already exists.

It does show that discovery and connection are recognised problems.

We did get somewhere.

The contemporary technical landscape across Muslim-majority societies is uneven, politically fragmented and impossible to summarise as one story.

It is not empty.

Malaysia is one example. Its semiconductor sector has long been deeply integrated into global manufacturing. More recently, its National Semiconductor Strategy has focused on moving further up the value chain, including integrated-circuit design, advanced packaging, sophisticated manufacturing equipment, research and development, and local firm development. In 2025, the Malaysian government approved a plan intended to develop 110 high-value Malaysian semiconductor companies.

That distinction matters.

Manufacturing something is not the same as understanding, designing and controlling more of the stack that makes it possible.

Türkiye provides a different example. Its defence and aerospace sector reported more than US$10 billion in exports in 2025, alongside thousands of firms and a workforce exceeding 100,000. Whatever one’s politics around defence production — and those politics deserve scrutiny — the sector is still evidence of accumulated engineering, manufacturing, systems integration and institutional capacity.

In the UAE, Mohamed bin Zayed University of Artificial Intelligence was established as a dedicated AI research university. Its stated objectives include building an AI ecosystem through collaboration and educating future AI researchers and innovators.

Indonesia offers another kind of scale. Its government now talks explicitly about moving beyond being merely a large digital market toward becoming a creator and owner of digital value.

These examples are not interchangeable. Semiconductor depth, defence manufacturing, AI research and a large digital economy are different capabilities.

That is precisely the point.

A useful Muslim technical ecosystem would not require every region to become good at the same things.

The problem is compounding.

The Muslim world does not have a talent problem.

It has a compounding problem.

A successful engineer is not yet an ecosystem.

A funded startup is not yet an ecosystem.

A new research institute is not yet an ecosystem.

A national industrial strategy is not yet an ecosystem.

An ecosystem appears when successes begin producing successors.

A senior engineer documents what they learned. A researcher trains students who become better than them. A founder becomes an investor. A diaspora professional creates an apprenticeship route. A laboratory publishes tools other laboratories can extend. A company produces experienced operators who later establish companies of their own.

Eventually the success stops being exceptional.

It has continuity.

This is why the most important resource is not simply talent.

It is talent that can transmit what it acquires.

Oil depletes when extracted.

Knowledge compounds when transmitted.

This is not an argument against leaving.

Brain drain is often discussed as though the individual who leaves has committed a moral failure.

That is too easy.

If an engineer can earn several times more elsewhere, work with better infrastructure, access serious compute, join stronger laboratories, collaborate with excellent peers and solve more ambitious problems, leaving may be the most rational decision available.

The individual did not create the structural imbalance.

The harder question is why the ecosystem that educated, raised or culturally claims that person could not give them a sufficiently compelling place to build.

And physical return should not be the only measure of loyalty.

A diaspora researcher can remain part of a technical network without moving home. An engineer in London can mentor someone in Lahore. A founder in California can invest in Kuala Lumpur. A researcher in Berlin can collaborate with a laboratory in Jakarta. A technical lead in Toronto can maintain open infrastructure used across several continents.

The problem is not migration.

The problem is one-way accumulation.

Knowledge moves toward stronger systems. Unless deliberate bridges exist, the expertise acquired abroad compounds primarily where it lands.

A serious Muslim technical ecosystem would not demand that everyone come home.

It would make expertise portable in both directions.

Do not build another Silicon Valley.

The naming mistake made this part clearer.

The Muslim world does not need to copy the visual language of Silicon Valley: a branded innovation district, a glass tower, an accelerator, a conference and a keynote about disruption.

Silicon Valley’s power did not come from its name.

It came from compounding relationships among universities, research, public investment, private capital, migration, experienced founders, suppliers, labour mobility and technology companies.

The lesson is not the aesthetic.

The lesson is the flywheel.

A Muslim technical ecosystem may not need one geographic centre at all.

A federated network may make more sense: different regions contributing different forms of depth, with people able to participate remotely, travel, collaborate or relocate by choice.

The question is not which Muslim country gets to become the centre.

The question is how existing capabilities become easier to connect.

That means boring infrastructure as much as glamorous innovation:

  • searchable maps of expertise and institutions;
  • cross-border fellowships and apprenticeships;
  • research exchanges;
  • shared compute and laboratory access;
  • open-source infrastructure;
  • founder-to-founder and operator-to-operator networks;
  • patient, values-compatible capital;
  • mechanisms for diaspora participation;
  • professional associations that cross national borders;
  • technical publishing and translation;
  • interoperable credential and hiring pathways;
  • institutional memory that survives individual leaders;
  • governance strong enough to withstand patronage and personality.

Some pieces already exist.

The pieces are not nothing.

They are simply not yet a sufficiently strong flywheel.

Map the holes.

Before another declaration that Muslims must reclaim the Golden Age, we should do something less glamorous.

Map what already exists.

Where are the laboratories producing serious research? Which countries possess specialist technical capacity? Where are the semiconductor engineers, roboticists, mathematicians, security researchers and AI scientists? Which founders have built durable companies? Which institutions are producing successors? Where is patient capital available? Where does talent leave, and why? Where are diaspora bridges already working? Which projects repeatedly die after one charismatic founder leaves? Where are researchers unable to access compute? Where does regulation prevent collaboration? Where does nepotism displace competence? Where are excellent people simply unable to find one another?

If the ecosystem is full of gaps, the first serious artifact is a map of the gaps.

Only then can we distinguish between problems that require money, problems that require governance, problems that require infrastructure, and problems that are merely failures of discovery.

The contemporary Muslim technological story should begin not with we used to, but with we are.

We are already present.

We are already building.

The work now is to connect success strongly enough that it stops depending on exceptional individuals.

To turn nodes into networks.

Networks into institutions.

Institutions into continuity.

And continuity into a technical culture capable not only of purchasing the future, but of participating in its design.

The objective is not a valley.

It is compounding.

Sources / editorial verification

© 2026 • MITHAQ PRAXIS • CC BY-NC-ND 4.0 Unless Otherwise Stated.