This article was written with the assistance of AI and is part of [[The Translation Series]]. First published in [Linkedin](https://www.linkedin.com/pulse/invented-australia-elliot-duff-9j9uc) on March 21, 2026 from the original on [Obsidian](https://publish.obsidian.md/elliotduff/Published/Articles/Invented+in+Australia)  _Both major parties have spent twenty years trying to turn Australia into a manufacturing nation. Both have failed. It is time to stop pretending the problem is solvable with the next program, the next review, the next billion dollars — and design a national business model around what Australia actually is._ The Future Made in Australia policy commits $22.7 billion over a decade to build sovereign manufacturing capability in hydrogen, critical minerals, green metals, and batteries. It is the most ambitious industrial policy Australia has attempted in a generation. It is also, in important respects, the wrong answer to the right question. The question is correct: Australia is haemorrhaging value from its knowledge base. Talent exits. IP is sold offshore. Companies are formed overseas or acquired by multinationals with no obligation to return value to the Australian economy. The waterwheel leaks, and the leakage is structural and worsening. But the answer — build manufacturing here — runs directly into twenty years of evidence that Australia cannot competitively sustain high-technology manufacturing at scale. Not because Australians lack the capability. Because the industry structure, the capital markets, the domestic market size, and the cost base make it structurally implausible in most advanced technology sectors. Pouring public money at this problem has not changed it. The next $22.7 billion will not change it either. _We have tried to change this for twenty years and the situation is worse. At some point, persistence stops being determination and starts being denial._ ### What small nations actually do The honest alternative is not defeatism. It is realism about national comparative advantage — and there are instructive models available, none of which involve competing with China or Germany on the factory floor.  None of these countries chose to compete at manufacturing scale with larger industrial economies. All three chose to win at the upstream end of the value chain — generating the knowledge, owning the IP, and capturing returns through licensing, royalties, and high-value services. All three have higher research-to-GDP ratios than Australia. All three have explicit policy mechanisms to retain the value of publicly-funded research within their borders. Australia has none of these mechanisms. Our R&D tax incentive funds research production with no conditions on what happens to the IP. Our innovation reviews are dominated by institutions that produce research, not institutions that capture its value. Our public funding creates world-class knowledge that then flows offshore with no obligation of return. **The Finnish lesson Australia won't learn** Finland's transformation is the most instructive parallel for Australia — because the starting conditions were arguably worse. A small, cold nation on the edge of Europe, heavily dependent on forestry and paper manufacturing, with a Soviet neighbour that collapsed overnight in 1991 and took a third of Finnish export markets with it. The crisis was existential. The response was deliberate and coherent: invest massively in knowledge, own what you create, and build an economy that exports ideas rather than timber. Finland increased public R&D investment dramatically through the 1990s even as it implemented severe fiscal austerity — a combination that requires genuine political conviction, not just slogans. The Finnish Funding Agency for Technology and Innovation, Tekes, became the primary instrument: funding private-sector R&D with conditions attached, requiring companies to maintain Finnish R&D operations, report on commercialisation outcomes, and demonstrate genuine knowledge creation rather than mere product adaptation. Nokia was the most visible result — but the deeper result was a diversified knowledge economy that survived Nokia's collapse because the capability was institutional, not dependent on a single firm. Finland now spends over 3% of GDP on R&D, compared to Australia's 1.68%. It produces more patents per capita. It consistently ranks among the world's most competitive and innovative economies despite a population smaller than Sydney and Melbourne combined. It did not achieve this by rebuilding its paper mills. It achieved it by accepting that its economic future lay in what its people knew — and building every policy instrument around capturing the value of that knowledge before it left the country. Australia has more natural advantages than Finland started with, a larger domestic market, stronger research institutions, and no existential economic crisis forcing the issue. What it lacks is Finland's willingness to accept what it actually is — and design accordingly. Australia's equivalent: we fund the research, watch the IP leave, and then commission another review to understand why we're not capturing value.  ### The wrong direction on the development curve Economic theory gives us a precise framework for understanding what Made in Australia is actually proposing — and why it runs against the grain of how advanced economies develop. Economists divide productive activity into four sectors. The [**primary sector**](https://en.wikipedia.org/wiki/Primary_sector)extracts raw materials — mining, agriculture, fishing. The [**secondary sector**](https://en.wikipedia.org/wiki/Secondary_sector)manufactures goods from those materials. The [**tertiary sector**](https://en.wikipedia.org/wiki/Tertiary_sector) delivers services. And the **[quaternary sector](https://en.wikipedia.org/wiki/Quaternary_sector_of_the_economy)** — the knowledge economy — creates and distributes intellectual capital: research, innovation, information, and ideas. The general trajectory of economic development is progressive movement up this ladder. Every advanced economy has followed this path.  [2022 McKeown] Australia's story fits the model precisely — and uncomfortably. Manufacturing peaked at about one-third of GDP in 1959-60 and now contributes roughly one-eighth. The Productivity Commission was blunt about what this means: manufacturing's declining share is testimony to strong labour productivity growth and the growing importance of services as incomes rise. **It is a sign of economic success, not failure.** Meanwhile, through thirty years of public investment in CSIRO, our universities, and our research institutions, Australia has built genuine quaternary capability — world-class knowledge generation in robotics, life sciences, quantum computing, clean energy, and autonomous systems. We have been quietly climbing the development ladder even as we debated whether to. Then Made in Australia arrived — and proposed solving our innovation problem by climbing back down. To make manufacturing viable at scale in Australia, you need what the 1960s had: tariff protection, import substitution, and a domestic market large enough to sustain scale without export competitiveness. Manufacturing in the postwar period was an instrument of development policy, with government assistance through protective tariffs designed to increase employment through import substitution. We know how that ended. The Button Car Plan, the textile quotas, the structural adjustment pain of the 1980s and 1990s — all of it the consequence of trying to sustain a secondary sector past its natural point in the development curve. Made in Australia is that model, repackaged for the net zero era. > _Australia is attempting to solve a quaternary sector problem — value not being captured from knowledge — with a secondary sector solution. That is not industrial policy. It is industrial nostalgia._ ### America is making the same mistake Australia is not alone in reaching for manufacturing as the answer to an innovation problem. The United States has spent hundreds of billions attempting the same thing — and the early results are instructive. The CHIPS and Science Act committed roughly $280 billion in direct subsidies and tax incentives to revitalise domestic semiconductor manufacturing. The political logic was identical to Made in Australia: geopolitical anxiety, supply chain vulnerability, and the instinct that sovereign capability means factories on home soil. The results have disappointed. Despite manufacturing construction spending more than doubling since 2021, the US currently lacks the skilled workforce needed to operate many of the new facilities coming online. You cannot rebuild a manufacturing base that has been hollowing out for forty years simply by building the buildings. The human capital, the supply chain depth, the institutional knowledge — these take generations to develop and cannot be conjured with a federal grant. The deeper problem is that the US, like Australia, confused the symptom with the disease. The semiconductor supply chain vulnerability was real. But the knowledge had already moved — to Korea, to Taiwan, to teams that had spent decades building what the US chose to offshore. Subsidising new buildings could not bring it back. There is one important difference. The US has the scale, the defence industrial base, and the geopolitical leverage to attempt manufacturing reindustrialisation and absorb the cost of partial failure. Australia cannot outspend the United States. It cannot out-manufacture China. What it can do — what it has already demonstrated it can do — is out-research both of them in carefully chosen domains. That is the national business model worth building. ### This is not a consolation prize The political objection will be immediate: Invention in Australia doesn't create manufacturing jobs. It doesn't build sovereign industrial capability. It doesn't look like the Clever Country vision that both parties have been selling since the 1980s. That is true. And the Clever Country vision, after forty years, has not been built. What has been built is a world-class research base that systematically exports its value. The question is not whether we want the vision. The question is whether we are willing to keep funding its failure, or whether we are prepared to design a model around our actual demonstrated strengths. Invented in Australia is not a retreat. It is a sovereign strategy. It means deliberately positioning Australia at the upstream end of global value chains — the end that requires the most human capital, generates the most defensible IP, and compounds in value over time. It means attaching conditions to public research funding that ensure Australian taxpayers share in commercial success wherever it occurs. It means building the provenance infrastructure — the documentation of who created what, where, and with whose money — that makes those conditions enforceable. _Bob Hawke called it the Clever Country forty years ago. We built the clever part. We never built the business model to capture its value. That is the unfinished work._ ### What needs to change The shift requires three things that no current policy delivers. **First, provenance**. Every piece of IP created with Australian public funding — at CSIRO, in universities, through the R&D tax incentive — should carry a permanent, enforceable record of its origins and an obligation to share commercial returns with Australia, regardless of where the IP subsequently travels. Israel has done this since 1975. Australia has done it approximately never. **Second, conditions**. Public research funding should attach commercialisation obligations — not mandates to manufacture in Australia, but requirements to license on fair terms to Australian companies, to maintain Australian R&D operations as a condition of ongoing support, and to repay grants from commercial revenues. This is not radical. It is what every serious small-nation innovation economy does. **Third, honesty.** Both major parties need to acknowledge that twenty years of Made in Australia thinking has produced declining relative innovation performance, worsening brain drain, and an IP base that continues to flow offshore. The current policy is not failing for lack of effort or funding. It is failing because it is built on a structural misreading of Australia's comparative advantage. ### Australia: the country that cannot translate research about research translation There is a particular irony sitting at the centre of this entire argument — one that makes the failure almost darkly comic. The theoretical framework underpinning the case for a knowledge economy was developed, in significant part, in Australia. Colin Clark was a British-Australian economist who accepted a position with the Queensland Government in 1938, became Government Statistician and Financial Advisor to Queensland Treasury, and produced his seminal work _Conditions of Economic Progress_ in 1940. It is Clark's sector model that economists use to explain how an economy's focus shifts through the primary, secondary, tertiary and quaternary stages as it develops. The intellectual foundation for the knowledge economy transition was built, at least partly, on Australian soil — by someone who chose to stay here because he saw it as a remarkable opportunity to put economics into practice. That was 1940. Eighty-five years later, Australia is debating whether to reinvest in the secondary sector. The second irony is more recent. Bill Mitchell, Professor of Economics at the University of Newcastle, coined the term Modern Monetary Theory — the framework that argues sovereign governments issuing their own currency have far greater fiscal capacity to invest in productive capability than orthodox economics allows. MMT has been debated in the US Congress, embraced by progressive economists globally, and taught in European universities. In Australia, the major political parties have paid it little sustained attention. > _Australia cannot translate research into industrial policy even when the research is about industrial policy. The failure is not sectoral. It is cultural._ The pattern is now complete and self-referential. Australia produces world-class economic research — research that directly addresses how nations should invest in knowledge economies and how governments should fund that transition. And then fails to translate that research into domestic policy. This is not a technology transfer problem. It is not a deep-tech commercialisation problem. It is the identical failure — research excellence producing no domestic policy application — expressed in the discipline of economics and social science itself. If Australia cannot translate research on how to translate research, the problem runs deeper than any program, review, or funding commitment can reach. No amount of manufacturing subsidy will fix a cultural failure to take our own best thinking seriously. ### A challenge to both sides of politics The Coalition built its innovation legacy on tax concessions that funded research with no conditions on its destination. Labor is now spending $22.7 billion trying to build manufacturing capability in sectors where Australia faces structural disadvantage against much larger economies. Neither party has asked the prior question: **what is Australia's actual national business model, and are our innovation policies designed to serve it?** Finland answered that question. Israel answered it. Denmark answered it. All three are smaller than Australia. All three have higher research intensity, stronger IP retention mechanisms, and more deliberately designed knowledge economies. Australia has world-class researchers, globally recognised institutions, and a demonstrated capacity to generate knowledge that the world wants. We have no coherent mechanism for capturing the value of that knowledge once it leaves the laboratory. **Made in Australia is the right instinct expressed as the wrong policy. The goal is sovereign value capture — not sovereign manufacturing. We can build a Invented in Australia economy that captures value from knowledge wherever it is deployed. What we cannot do is keep pretending that the next manufacturing program will succeed where every previous one has fallen short.** Forty years ago we called it the Clever Country. It is time to build the business model that actually captures what clever creates. ## Call to action It is time for an **Invented in Australia** mark. Not a marketing campaign. Not a tourism slogan. A sovereign provenance standard — permanent, visible, and legally enforceable — that travels with Australian-originated IP wherever it goes in the world. Gardasil is administered to children in 120 countries with no visible trace of its Queensland origins. WiFi connects four billion devices daily with no acknowledgment of its CSIRO birthplace. Command Underground operates in mines across three continents without a word about Minegem. The value was invented here. The credit — and the commercial accountability that should follow it — went elsewhere. This must change. Every product, platform, vaccine, and system derived from Australian publicly-funded research should carry the mark — regardless of who subsequently owns it, manufactures it, or profits from it. The mark is not symbolic. It is the foundation for royalty conditions, licensing obligations, and the sovereign value capture that Israel has practised since 1975 and Australia has never attempted. We invented WiFi. We invented Gardasil. We invented the technology inside autonomous mining systems operating on every continent. We have been doing this for decades — quietly, excellently, and without recognition or return. **Minister Ayres — this is your initiative to own. Commission the mark. Attach it to every dollar of public research funding. Make Australian provenance visible, permanent, and valuable.** The Intel Inside sticker built a brand worth billions by making an invisible ingredient visible. Australia has invisible ingredients in products used by billions of people every day. It is time to put our name on them. --- ## Postscript ## Born Global — Australia knew this thirty years ago In 1993, McKinsey conducted a survey for the Australian Manufacturing Council and coined a term that would enter the global business lexicon: **Born Global.**The finding was striking — small Australian firms were successfully internationalising from birth, competing on world markets from the earliest stages of their existence, not as a last resort but as a first strategy. The small domestic market that economists treated as a structural disadvantage was, McKinsey found, forcing Australian companies to be world-class from day one. Firms that went global early outperformed those that tried to grow domestically first. The report was commissioned by an Australian government body. It studied Australian companies. It was written by a researcher working in Australia. It was published in 1993. Thirty years later, Australia is spending $22.7 billion trying to build a domestic manufacturing base large enough to sustain companies that don't need to go global. We commissioned the research that said this was the wrong direction — and then spent three decades ignoring it. But the Born Global insight, properly understood, does not argue against Australian ambition. It reframes it. If Australian companies are structurally predisposed to commercialise globally from birth — because the domestic market cannot sustain them and the quality of Australian research forces them onto the world stage — then the policy question is not how to keep them home. It is how to ensure Australia captures value from their global success. Born Global is not a problem to be solved. It is a national competitive advantage to be designed around. An **Invented in Australia** mark, attached to every product of Australian publicly-funded research, is the mechanism that turns Born Global from a description of value leaving the country into a description of value flowing back. The Australian Made kangaroo is one of the most successful provenance brands ever built. Recognised by 99% of Australians, with 87% saying it is important to buy Australian Made and 79% willing to pay a premium for products carrying the mark. it has been operating for over 35 years and is now backed by a $20 million government-funded "Made Right Here" campaign running until 2026. Its international reach is equally impressive — 97% of overseas consumers have a positive first impression of the green and gold kangaroo, 70% spontaneously recognise Australia as the country of origin, and nearly 60% of international consumers give preference to Australian products carrying the mark over comparable imports. It is legally registered in key export markets including China, the USA, South Korea, Singapore, India and Taiwan. During COVID-19 alone, businesses requesting to use the logo increased by 400%. Australia built a world-class provenance brand for manufactured and grown goods — one that commands consumer loyalty, price premiums, and international recognition. It has simply never applied the same thinking to its greatest achievements. The kangaroo is on a tin of tomatoes. It is not on WiFi. It is not on Gardasil. It is not on the cochlear implant. The brand architecture works. The ambition stopped at the wrong sector. ## Why brand matters — beyond marketing Most people think of a brand as a logo and a tagline. For the Invented in Australia mark, the brand does something far more structural than that. It operates on four distinct levels simultaneously. **1. Visibility creates accountability** Right now, Australian publicly-funded research disappears into global products without a trace. Gardasil carries no reference to Queensland. WiFi routers carry no reference to CSIRO. When something is invisible, it cannot be valued, protected, or negotiated over. A brand makes the provenance visible — and visible things are accountable things. Once the mark exists, its absence from a product that derives from Australian research becomes a political and legal question, not just an oversight. **2. Brands create negotiating power** Intel did not put its name inside computers out of sentimentality. It did so because the Inside mark gave Intel leverage over PC manufacturers — the ability to charge a premium, attach conditions, and extract value from a component that would otherwise be invisible and commoditised. An Invented in Australia mark gives Australia the same lever. It is the foundation for royalty conditions, licensing obligations, and preferential terms for Australian companies — none of which are currently enforceable because the provenance is undocumented and invisible. **3. Brands compound over time** A mark on Gardasil in 1996 would today be on over 100 million doses in 120 countries. A mark on WiFi in 1996 would today be on four billion devices. The compounding effect of a provenance brand attached early to world-changing inventions is extraordinary — not just commercially but diplomatically and strategically. Australia would have a visible, growing claim on the global knowledge economy rather than an invisible, unacknowledged one. **4. Brands change behaviour before they generate revenue** The most important effect of the Invented in Australia mark may not be what it extracts from existing IP — it may be what it changes about how future IP is handled. When researchers, universities, and companies know that Australian-originated work will carry a permanent, visible mark, the entire culture around IP documentation, provenance tracking, and commercialisation conditions changes. The brand is the policy instrument that makes everything else enforceable. **5. Brands attract investment inward — not just capture value outward** The mark does not only protect value flowing out of Australia. Used deliberately, it pulls value in. A documented, world-class invention culture — backed by a visible sovereign brand — changes the calculus for multinational R&D decision-makers entirely. Currently Australia competes for foreign investment on cost, talent, and timezone. These are real but generic advantages. Singapore, Canada, and Ireland offer comparable combinations. An Invented in Australia mark, backed by a track record of world-first inventions — WiFi, Gardasil, cochlear implants, black box flight recorders, polymer banknotes — signals something qualitatively different: that this is a jurisdiction with a demonstrated, documented, sovereign invention capability. **The deeper point** A nation brand is not a marketing campaign. It is a sovereignty instrument. Switzerland does not put its cross on watches to attract tourists. France does not put appellation contrôlée on wine labels to win design awards. They do it because origin confers value, value creates leverage, and leverage is how small nations protect their interests in a world dominated by large ones. Australia invents things the world needs. It currently has no mechanism to ensure the world knows — or pays — for that. The brand is the beginning of that mechanism. > Made in Australia competes for factories. Invented in Australia competes for headquarters. ## The other sectors As I see it, each sector of our economy should have a brand: 1. Resources - Grown in Australia 2. Manufacturing - Made in Australia 3. Services - Experienced in Australia 4. Knowledge - Invented in Australia Australia needs to take a balanced portfolio approach to these sectors.  Gemini: Create a Venn diagram of overlapping sectors. Rather than just investing in Holes and Houses (see [Australian Anaemia](https://www.linkedin.com/pulse/australian-anaemia-elliot-duff-st9gc/)), we should invest in activities where the four sectors overlap (the Aussie excellence core). _Note: Gemini came up with this term all by itself. It was not prompted._ To increase ROI, we should invest where there is overlap. For example in mining, we plan to build the equipment, or write the software, or conduct research on new mining methods. I call this upstream value add. This is where I have done most of my research - [**Identity Crisis**](https://www.linkedin.com/pulse/identity-crisis-elliot-duff/) ## The new challenge After three decades of debating innovation and blaming researchers and industry for not pulling their weight, we are finally confronting an uncomfortable truth: Australia has a structural problem. (**[Innovation Limp)](https://www.linkedin.com/pulse/australias-innovation-limp-elliot-duff-fmekc)** The finger-pointing has gone in every direction, and it has achieved nothing (**[Dream Trap)](https://www.linkedin.com/pulse/australia-stuck-dream-trap-elliot-duff-ocryc/)** because the failure is not one of effort or attitude. It is architectural. > The time has come to build a genuinely new business model — one that starts from an honest assessment of what we do well and what we do not. Australia is world-class at research. It is persistently poor at commercialisation. The response to that gap has been to tell researchers to simply become commercialisers — as if capability gaps can be closed by exhortation (**[Incentives).](https://www.linkedin.com/pulse/personal-incentives-innovate-elliot-duff-9kidc)** It is the equivalent of telling someone with a weak leg to simply grow a new one and walk. The disability is real. The solution is adaptation, not denial. The challenge therefore is not to fix the structural problems (**[Flywheel)](https://www.linkedin.com/pulse/australian-innovation-flywheel-leaks-elliot-duff-ddmhc/)** (that is a generational task with no guaranteed outcome ([**Anaemia)**](https://www.linkedin.com/pulse/australian-anaemia-elliot-duff-st9gc). The real challenge is to design a business model that delivers a genuine return to Australia on the research investment and intellectual property this country already produces. We are not short of invention. We are short of a model that captures its value.