> **Why Australians Don't Believe the Innovation Story** This article was written with the aid of AI and second in [[The Salience Series]] ![[Gemini_Generated_Image_4hiiu34hiiu34hii.png]] ## What Is Australia's Narrative? For decades, Australia has been trying to answer a single question: what is the narrative for innovation and science in this country? The most enduring attempt was Bob Hawke's ambition to make us the **Clever Country** — a label that captured something real about Australian aspiration, and then faded, like every label before and after it. From the Lucky Country to the Clever Country[^1] — each shift was presented as progress, as a more sophisticated self-understanding. But none of them were narratives. They were slogans — aspirational labels without characters, without causation, without stakes. A slogan tells you what a country wants to be. A narrative shows you what it already is. For years I believed Australia had an innovation communication problem. We had the research. We had the talent. We just needed to tell the story better. I was wrong. The problem runs deeper than communication. Australia has been telling a story that isn't quite true — and people know it. ## The Myth Kim Carr, former Labor senator and one of the architects of Australia's science policy framework, recently wrote:[^2] > "Countries that invest in research and development are investing directly in their future prosperity." He is not alone. This is the universal catechism of the Australian science and innovation sector. The SERD Chair Robyn Denholm: "If we want future prosperity, we have to build it — boldly, deliberately, and at scale." The Business Council of Australia: "Empowering businesses to make R&D investments is critical to delivering greater prosperity for all Australians." The Australian Academy of Science: "Putting research at the centre of the Government's productivity agenda is essential for our future prosperity." The Group of Eight universities: "Australia's future economic prosperity will hinge on lifting investment in R&D." Minister Tim Ayres at the SERD launch: "These decisions will determine the living standards of our children and our grandchildren for the next 40 years." The same claim, repeated by ministers, academics, peak bodies, and business councils, for forty years. And yet Australia's R&D investment as a percentage of GDP has fallen from 2.25% in 2008 to 1.68% today. The mantra has not worked. Which raises the question the sector almost never asks: why doesn't the public believe it? Part of the answer is that the claim is true — but only for the people making it. The scientists believe it. The bureaucrats believe it. The university sector believes it. They believe it because for them, it is true — their careers, their institutions, their funding all depend on R&D investment, and the system does generate real knowledge and real capability. But for someone in Western Sydney watching their rent increase, watching their children unable to buy a house, watching aged care understaffed and hospitals overwhelmed — the chain of causation between government R&D investment and everyday quality of life is entirely invisible. Not because they are wrong to be sceptical. Because the chain of causation, in Australia's case, often doesn't reach them. This is the myth at the heart of Australia's innovation narrative: that investment in R&D generates prosperity for Australians. Sometimes it does. More often, the prosperity leaks — offshore, to multinationals, to the credentialed class, to whoever was positioned to capture the value at the moment it was created.[^3] The structure is familiar. Invest at the top — in universities, research institutions, and the commercialisation pipeline — trust the system to distribute the benefits, and wait for the prosperity to reach ordinary Australians. But forty years of evidence shows the value flowing offshore, or to whoever was best positioned to capture it, rather than reaching the people the narrative claims to serve. The prosperity doesn't arrive. Australians do not reject innovation because they distrust science. They reject the innovation narrative because the connection between research investment and everyday prosperity is largely invisible. Some value genuinely leaks from the system; some returns but is never documented or attributed. Without attribution, documentation, and visible examples of success, innovation becomes a promise rather than a lived experience. The public's scepticism is not ignorance. It is pattern recognition. ## The Waterwheel The SERD report, released earlier this year, placed at its centre the image of an RD&I flywheel: a self-reinforcing cycle where investment in research generates capability, capability generates innovation, innovation generates commercial returns, and returns fund the next cycle of investment.[^4] It is a powerful metaphor. But a flywheel only works if it is sealed. And ours leaks. Not because the research is poor. Not because the researchers are not talented. The Australian innovation system leaks because the value it generates — the talent, the IP, the companies, the capital — exits the system before it can complete the cycle. We are not running a flywheel. We are running a waterwheel with holes in every bucket. **The talent leak.** Researchers trained in Australia, at public expense, leave when no domestic industry exists to absorb them. The expertise exits. The flywheel loses its operators. **The IP leak.** Australian-originated IP is licensed to overseas multinationals or embedded in acquired companies, with no ongoing royalty obligation and no provenance mark. The value exists. It is no longer Australian. **The company leak.** Australian startups move offshore to access capital, customers, and industrial ecosystems that do not exist here. This is rational. The problem is that when they do, Australia receives no ongoing return from the value it created. **The acquisition leak.** Australian SMEs with genuine deep-tech capability are acquired by multinationals. The knowledge, the talent, the technology still exists. It simply no longer contributes to Australia's economy. The SERD report acknowledges these leaks — obliquely, carefully, in the language of systemic challenge. But they are real, they are measurable, and they are getting worse. And they explain why the "Clever Country" narrative fails: it describes a flywheel that doesn't exist. The story of investment generating national prosperity cannot be told honestly when the value consistently leaves before the cycle completes. ## Whose Prosperity? The waterwheel leaks at the national level. But it also leaks at the personal level — and this is where the narrative fails most completely. As I have argued elsewhere, even the individual researcher has almost no incentive to innovate, because the system is designed to extract value from them and pass it elsewhere.[^5] The pattern is consistent. Industry conceals the identity of innovators to protect IP and brand; outside academia the contributor is hidden by default. Australia rarely documents projects or their outcomes, and innovation awards vanish after a few years, so the researcher cannot establish what they built, prove their contribution, or carry it between sectors. And when the IP is licensed away or the company acquired, the value flows offshore — the researcher getting a citation, if named at all. CSIRO named me "the Zebedee Team" — not as an oversight, but as standard practice. Compare this to the EU's Cordis Programme — over 135,000 projects archived across thirty years, each listing objectives, finances, people, papers, patents, collaborators, outcomes and impact assessments. In that environment, an individual researcher can establish their role in a project and hence their contribution to an innovation. In Australia, they cannot. This is why attribution and documentation are not administrative niceties — they are the precondition for a national story. Narratives require protagonists. A story with no one in it is not a story; it is a statistic. And Australia's innovation system systematically erases its protagonists — concealing the inventors, deleting the records, crediting "the Zebedee Team" instead of the people in it. You cannot tell the nation's innovation story because the system has destroyed the cast list. The documentation argument and the narrative argument are the same argument: no record, no characters; no characters, no story. So when Kim Carr says "countries that invest in R&D are investing in their future prosperity," the question the individual researcher — the engineer, the scientist, the developer who actually built the thing — is entitled to ask is: ***whose* prosperity?** Not theirs. Not in the current system. ## The Hammer This structural reality produces a nation that says science and technology matter, then solves every skills shortage with migration. - Housing shortage: import bricklayers - Healthcare shortage: import doctors - Aged care shortage: import nurses - Horticulture shortage: import seasonal workers This is not stupidity, and it is not that migration is the wrong answer — often it is exactly the right one. It is that one answer is cognitively available and the other is not. Migration comes to mind instantly: it is immediate, legible, backed by two hundred years of institutional practice, and it carries a clear story of how it works. The innovation alternative does not come to mind at all — because it has no story, no named inventors, no documented outcomes, and no political champion whose career depends on it succeeding. When a problem appears, the mind reaches for the option it can actually picture. Innovation loses not on the merits but on availability: it is never in the frame at the moment the decision is made. This is Maslow's Hammer in its purest form. When the only solution you can readily call to mind is "find more people," every shortage looks like a labour shortage — not because building the alternative is impossible, but because no one has made it thinkable. The exception — the one sector that broke the pattern — is mining. Thirty years ago, the industry faced a crisis it could not import its way out of: it could not find enough people willing to drive trucks in the Pilbara heat or operate machinery underground. The available answer had run out — so the industry was forced to make the unavailable one thinkable. It investigated, invested, and built. What followed was a decade of sustained R&D — automation of the haul trucks, automation of the drills and the processing plants, automation of the mapping and the underground navigation that made it all possible. That investment is the reason the industry was able to take full advantage of the 2008 mining boom rather than being constrained by it. And it compounded. Today Australia has the most automated mining industry in the world — Australian engineers, solving Australian problems, in conditions no one else had to solve. The mining and METS sector now contributes around $242 billion a year to the economy, roughly an eighth of national output, and in 2022–23 alone returned some $42.5 billion in company tax and $31.5 billion in royalties — a decade high. It underpins a globally exported mining-technology sector employing hundreds of thousands of Australians directly. [^6] And here is the part the intuition gets wrong. Automation was supposed to destroy the jobs. Instead the sector supports more than 1.1 million jobs across the country — close to a tenth of all Australian employment. There are fewer people in each individual mine than there were in 2000, but the industry as a whole is larger, not smaller, because the modernisation created entire categories of work — the engineers, the software teams, the remote-operations centres, the equipment makers — that did not exist before. None of it would have happened without the decade of investment that began with a labour shortage no one wanted to solve by innovating. Consider what this looks like on the ground. Right now, well over 600 driverless trucks run day and night across the Pilbara, hauling some 750 million tonnes of iron ore a year to China — around A$100 billion in exports, and the company tax and royalties that flow from it fund hospitals and schools in every state. The trucks are built by overseas manufacturers. But the intelligence that drives them is, in large part, Australian: the autonomy concepts published in the mid-2000s by the Australian Centre for Field Robotics at the University of Sydney; the Rio Tinto Centre for Mine Automation, formed with the ACFR in 2007 to build the "Mine of the Future"; the navigation and underground-guidance work born in CSIRO laboratories; the mine-management software built by Brisbane companies now absorbed into the global equipment makers. You cannot see any of it. It carries no badge on the chassis, no maker's plate, no line in the national accounts. The hardware is foreign and visible; the Australian contribution is decisive and invisible. Each of those trucks is, in a real sense, earning revenue for every Australian — and there is no story that tells them so. That is a narrative. It has characters, causation, and stakes. It answers "whose prosperity?" with a concrete, recognisable answer. And it has almost never been told at the national level — because the system that should have documented it, named the engineers, tracked the outcomes, and connected it to the innovation policy debate, didn't. And here is the lesson hiding inside it. Mining did not make innovation thinkable by choice; it was forced to, because the available answer had run out. But once it built the alternative, the alternative became real — and what is real becomes available. That is the move every other sector still has in front of it. The question worth putting to each of them is not only "where do we find the workers?" but also "what could we build?" — and the honest answer, in domain after domain, is that we could build a great deal, because we have done it before and led the world doing it. Not every problem yields to a machine, and the answer is never to automate the human work that ought to stay human. The point is not that importing people is wrong. It is that it should not be the only option that ever comes to mind — and mining is the standing proof that the other option is real. ## A Tale of Two Inventions There is an objection worth meeting head-on. What about the successes — the inventions everyone agrees Australia got right? Consider two of CSIRO's most celebrated, the ones it lists side by side as proof that public science pays. They fail the public in exactly opposite ways. The first is Aerogard.[^7] Every Australian knows it. It is at every barbecue, in the vernacular, wrapped in folklore — the repellent that saved the Queen from the flies on a Canberra golf course in 1963. It is as salient as an invention can be: seen, named, loved, felt to be _ours_. And it did real good: it began as a wartime repellent that protected Allied troops from insect-borne disease, and for sixty years it has spared Australians the bites and the diseases that come with them. The value is genuine. What almost no one knows is the structure underneath. CSIRO's Doug Waterhouse gave the formula to the makers of Mortein freely, as was the agency's public-good policy of the day — a principled choice, not a blunder. The brand is today owned by an Anglo-Dutch multinational. Australians experience Aerogard as a beloved national icon, and have no idea it traces to public science or that the commercial value sits offshore. The affection is total; the connection to the research that produced it was never made. The benefit is real but the story is missing. Salience without the narrative. The second is Wi-Fi.[^8] Here CSIRO did the opposite: it held the patent and fought for it through a decade of litigation in the US courts, eventually bringing home more than $400 million. A genuine return — the system working as the narrative says it should. So where did the money go? Into a fund: the Science and Industry Endowment Fund, SIEF, to be reinvested in Australian research. None of this is hidden in the accountability sense — SIEF publishes its funded projects, runs competitive grant rounds, and has been independently evaluated. The money went to real things: CSIRO-led research, early-career fellowships placing scientists inside small businesses, STEM education. A defensible, even admirable, use of the proceeds. But that is precisely the point. A documented record is not the same as a salient one. The return on the nation's most valuable invention flowed back into the science system — and a competitively assessed grant list on a fund's website is exactly the kind of record the public never sees and could never connect to the router on their kitchen bench. It never arrived as anything an ordinary Australian could feel, or attribute to the research they had paid for. Value without the narrative. Two icons, one shared failure. Both delivered real value — one in social good, the other in hard dollars. But in neither case was the story ever told: that this thing Australians use and love came from their own public science, and that investing in that science is what produced it. The invention they can see, they cannot trace to its origin; the invention that paid, they cannot see at all. Neither connects "research investment" to "my life got better," because the connecting thread — this came from us, and it was worth it — was never narrated. Salience is not enough, and value is not enough. Without the narrative that binds the benefit to its source, even a beloved icon and a four-hundred-million-dollar success leave the public no reason to believe that innovation pays. There is a final detail that names the problem exactly. SIEF was relaunched in 2009 by the then Minister for Innovation, Industry, Science and Research — Senator Kim Carr, the same figure whose words open this article: _countries that invest in R&D are investing directly in their future prosperity._ He is right. But the prosperity, when it came, flowed to the believers, not to the public being asked to keep the faith. That is not a scandal. It is the whole problem in a sentence — and it points directly to what has to change. ## The Call SERD Recommendation 20 calls for a national innovation narrative — a coherent, sustained story of what Australia knows, what Australia has built, and what Australia is capable of.[^9] This is the right instinct. But such a narrative cannot be built from slogans and policy documents, and it cannot be built while the waterwheel keeps leaking — because a narrative that asks people to believe in a prosperity they won't share is not a narrative. It is a myth. The national narrative and structural reality are inextricably coupled — and there are, in truth, two failures running at once. Some of the value genuinely leaks: offshore, to multinationals, lost to the system that created it. And some of it returns, but unnamed and unconnected to the investment that produced it, so that even the part that works looks as though it went elsewhere. The first failure is a matter of policy and ownership. The second is a matter of record. A narrative has to answer both: it cannot honestly promise prosperity that leaks away, and it cannot point to the prosperity that does return if no one has documented where it came from. Which is why you cannot fix the flywheel without first naming the leaks — and naming them requires the data infrastructure that makes them visible. This is why the narrative war, the data war, and the salience war are all the same war, fought on different terrain. And here is what makes the failure so frustrating: Australia is more innovative than it knows. The mining automation story is real. The Zebedee scanner is real. The Molecular Clamp is real. Decades of field robotics, agricultural technology, medical devices, and software that underpins global industries — all real, all Australian, all largely invisible in the national conversation. The innovation exists. It is hidden — by an industry that conceals innovators to protect IP, by institutions that restructure and delete the pages that documented the work, by a metrics system that counts patents but not deployments or named engineers, by a policy conversation so focused on what Australia lacks that it never documents what Australia has already built. The government's own agencies have seen this: IP Australia's patent analysts mapped the mining sector's "hidden gems," and the Innovation Metrics Review put "hidden innovation" on its agenda — yet the review's final report sat completed but unpublished for nearly three years, the diagnosis itself disappearing into exactly the silence it described. [^10] So the national narrative SERD calls for has to be something different from everything that came before it. Not a slogan. Not a policy claim. A story Australians can recognise as their own — about innovation that reached them, in their communities, in their industries, in their lives. Building it requires two things at once. **The story has to change.** Named inventors. Documented projects. Verified outcomes. The Mine of the Future. Zebedee. The Molecular Clamp. The engineers in the mines and the researchers in the labs whose names never appeared on a press release but whose work changed how the country operates — assembled, structured, and told. **The prosperity has to reach the people in the story.** Attribution for researchers. A provenance infrastructure that makes Australian innovation history findable, citable, and permanent — a record journalists can cite, AI systems can find, and policymakers can point to. And mechanisms — equity retention, IP provenance conditions, royalty frameworks — that ensure the value from Australian R&D flows back to Australia, not just through it. The narrative and the record are bound together: the story you want to tell determines what you document, and what you document determines what stories are possible. The narrative war cannot be won by better storytelling alone. It requires first making the hidden visible — naming the people who built the work, tracing the value it created, and making that record findable, citable, and permanent. Australia is innovative. Not just universities. Not just large companies. All of us. That is the narrative. It already exists in the record — incomplete, fragmented, and largely invisible. [^11] The task is not to invent it. The task is to find it, name it, and make it seen. That is the subject of the next article in this series: *[[The Data War We Are Losing]]*. ## References [^1]: Duff, E., [[Australia, the Confused Country]] (2024). [^2]: Kim Carr, [One nation: trust in science is the foundation of our future,]( https://www.thenewdaily.com.au/opinion/2026/06/15/one-nation-science-trust) *The New Daily*, 15 June 2026. [^3]: Duff, E., [[Innovation in Australia]], *LinkedIn* (October 2021). [^4]: Duff, E., [[The Australian Innovation Flywheel Leaks]], *LinkedIn* (March 2026). [^5]: Duff, E., [[Personal Incentives to Innovate]], *LinkedIn* (March 2024). [^6]: Economic contribution and employment figures: Deloitte Access Economics for the Minerals Council of Australia, *Mining and METS: engines of economic growth and prosperity for Australians* — the mining and METS sector contributed $241.9 billion in value added (≈12.4% of the economy) and supported ≈1,131,450 FTE jobs in 2019–20. Tax and royalty figures: EY for the Minerals Council of Australia, reporting $42.5 billion in company tax and $31.5 billion in royalties in 2022–23. METS direct employment of ≈300,000 reported in industry analyses; note that METS-sector boundaries are defined inconsistently across sources. [^7]: Aerogard: developed by CSIRO entomologist Dr Doug Waterhouse (originally a wartime insect repellent), popularised after Queen Elizabeth II used it in 1963; the formula was given to the makers of Mortein at no charge, consistent with CSIRO's policy at the time. The Aerogard brand is now owned by Reckitt Benckiser. See [CSIROpedia, "Aerogard"](https://csiropedia.csiro.au/aerogard/). [^8]: CSIRO's total revenue from its wireless LAN (WLAN) patents exceeded A$400 million. The [Science and Industry Endowment Fund (SIEF)](https://sief.org.au/about-sief/) was rejuvenated between 2009 and 2011 through gifts from CSIRO made possible by the WLAN proceeds, and was relaunched by the then Minister for Innovation, Industry, Science and Research, Senator the Hon Kim Carr, on 20 October 2009. [^9]: Australian Government, *[Ambitious Australia: Strategic Examination of Research and Development* ](https://www.industry.gov.au/publications/ambitious-australia-strategic-examination-research-and-development-final-report) (2026). [[The SERD Recommendation Nobody Talks About]] [^10]: IP Australia, [*Hidden Gems – A Patent Analytics Study on Innovation in the Australian Mining Sector*](https://www.ipaustralia.gov.au/tools-and-research/professional-resources/data-research-and-reports/publications-and-reports/Hidden-gems-a-patent-analytics-study-on-innovation-in-the-australian-mining-sector) Australian Government, Department of Industry, Science and Resources, [*Innovation Metrics Review*](. https://www.industry.gov.au/publications/innovation-metrics-review ) [^11]: Duff E [[Hidden, Fragmented and Unconnected]] (2022)