- Startup pipeline — where Canadian founders are building their companies.
- Venture capital per capita — how much venture risk-capital Canada attracts per person.
- Trademark registration times — how long trademark registration takes.
Canada has the inputs an innovation economy is supposed to need: a highly educated workforce, strong universities, generous R&D tax credits, and proximity to the largest technology market on earth. Yet on the two questions that matter for building a knowledge economy (how much world-class IP the country generates, and whether it captures the economic value) Canada underperforms its peers on both. This metric pairs a generation measure (triadic patent families) with a commercialization measure (cross-border IP royalty flows), and traces the mechanism that connects them: Canadian inventions increasingly end up owned by foreign firms.
The honest way to compare invention across countries is the triadic patent family, an invention patented at all three major offices (Europe, Japan, and the United States) at once. Because it requires filing in all three jurisdictions, it screens out low-value domestic-only filings and, crucially, it is home-office neutral: it does not flatter Japan or the US simply because their inventors file at home, nor penalise Canada because its inventors file abroad. It is the OECD's standard cross-country measure of inventive output.
Latest fully-observed year. Per-million uses 2022 population.
Canada is near the bottom of the G7 on inventive output per person. At about 18 triadic families per million residents, Canada sits 6th of 7 — below the UK and France, far below Germany (≈ 51) and the US (≈ 43), and roughly one-seventh of Japan's rate (≈ 135). Only Italy ranks lower.
| Country | Triadic families 2021 | Per million (2021) | vs Canada | 2010 → 2023 (count) |
|---|
Counts by earliest priority year; 2022–2023 estimated by the OECD. Per-million computed on 2022 population. Because Canada's population grew about 6% from 2021 to 2024, a 2024 denominator would lower Canada's figure to roughly 17 per million. The result shown is conservative.
Generating patents is only half the question. The other half is whether a country earns from its IP (licensing it to the world) or pays the rest of the world to use theirs. The balance of payments tracks this directly as "charges for the use of intellectual property." Net receipts per capita is the summary: positive means a country is a net IP exporter; negative means it is a net importer of other people's ideas.
Canada is the only large net IP importer in the G7. Five G7 economies earn more from licensing IP abroad than they pay; the UK (+$332) and US (+$340) lead. Canada runs a deficit of about −$298 per resident, a worse net position per person than even Italy (−$43), and the largest IP deficit in the G7 in absolute terms (about −US$12.3 billion in 2024).
Canada's IP receipts have risen only from US$6.9 billion to US$8.0 billion since 2019. Its IP payments have climbed from US$13.6 billion to US$20.3 billion. The deficit has nearly doubled in six years, from about −US$6.7 billion to −US$12.3 billion.
Receipts (what Canada earns) have stagnated while payments (what Canada pays out) have risen steadily. The shaded gap is the net deficit, widening from −$6.7B to −$12.3B.
Ownership explains much of the gap. Canadian inventors increasingly assign their patents to foreign firms. Sometimes they are employees of foreign multinationals. Sometimes selling to a large US technology buyer is the most rational option for a cash-strapped startup. Canadian invention does not translate into Canadian ownership, and the licensing income flows abroad. This is the same dynamic flagged in debates over publicly funded university research, where more than half of collaboration IP has been assigned to foreign partners.
Foreign ownership of Canadian inventions has more than doubled in two decades. Of the 9,000+ US patents developed wholly or partly by Canadian resident-inventors in 2017, 45% were immediately assigned abroad, up from roughly 20% in the late 1990s. Separate work finds more than half of Canadian university research-collaboration IP is assigned to foreign companies.
On triadic patent families per capita (the measure designed to neutralise where inventors choose to file) Canada produces about 18 per million, ahead of only Italy. Germany (≈ 51) and the US (≈ 43) run more than twice Canada's rate, and Japan (≈ 135) more than seven times. Triadic families count exactly those inventions filed in Europe, Japan and the US, so filing patterns do not explain the gap.
In 2024 Canada earned about US$8.0B licensing IP abroad and paid about US$20.3B to use foreign IP. That is a net deficit of −US$12.3B, or about −$298 per resident. Every other G7 economy except Italy is a net IP exporter. Canada's coverage ratio of 0.39 (earning 39 cents per dollar paid) is the weakest in the group; the US earns $3.14.
Canada's IP receipts rose only from US$6.9B to US$8.0B since 2019 while payments rose from US$13.6B to US$20.3B. The net deficit has nearly doubled in six years. The direction matters as much as the level: even as Canada invests in research and AI talent, the income from intellectual property is increasingly flowing out of the country, not in.
The share of Canadian-invented US patents immediately assigned to foreign owners reached 45% in 2017, more than double the rate of two decades earlier, and more than half of university-collaboration IP has gone to foreign firms. Inventions developed, often with public support, are commercialised and owned abroad. That is why decent invention can still produce a deepening IP deficit, and it is the seam where policy could most plausibly intervene.
Canada produces about 18 triadic patent families per million people, 6th of 7 in the G7 and ahead of only Italy. It also runs the largest IP deficit in the G7 in absolute terms.
- Compared with
- The seven G7 economies, on triadic patent families per million people (2021).
- Where Canada sits
- Canada ranks 6th of 7 in the G7 on triadic patent families per million people in 2021, at about 18 against Japan's ≈ 135. On net IP receipts it has the weakest position, at about −$298 per resident in 2024.
- Which way it is moving
- Down. The page gives no per-capita patent trend in its text. On value capture, receipts rose only from US$6.9 billion to US$8.0 billion since 2019 while payments climbed from US$13.6 billion to US$20.3 billion, so the deficit is widening.
- What the verdict follows
- Position in the peer set on the headline patent measure. Level and direction agree, since the IP deficit nearly doubled in six years.
- Data basis
- OECD Main Science & Technology Indicators, triadic patent families (database updated 30 March 2026), latest fully observed year 2021 with World Bank 2022 population. World Bank / IMF balance-of-payments IP flows, 2019–2024. Page last reviewed June 2026.
Methodology notes
Generation — why triadic families
A single-office patent count is biased: it rewards countries whose inventors file at their own large home office (Japan, the US) and penalises countries like Canada whose inventors file mostly abroad. WIPO confirms Canadian applicants primarily use the direct (Paris-route) path to foreign offices rather than the international PCT system. Triadic patent families count only inventions filed at the EPO, JPO and USPTO for the same invention, so they are home-office neutral and quality-weighted. This is the OECD-standard cross-country measure of inventive output.
Triadic vintage and denominator
OECD attributes families by earliest priority year; complete data lags about 3–4 years, so 2022 and 2023 are OECD estimates and the latest fully-observed year is 2021, used for the per-million headline. Per-million uses 2022 population (the World Bank year closest to the 2021 priority year). Canada's rapid population growth means a 2024 denominator would lower its figure further (~17 per million), so the stated result is conservative.
Commercialization — definition and caveat
"Charges for the use of intellectual property" (IMF BPM6) covers cross-border receipts and payments for patents, trademarks, copyrights, industrial processes, franchises, and licences. Receipts are IP exports; payments are IP imports; net = receipts − payments; coverage = receipts ÷ payments. Figures are current US$ and not inflation-adjusted. These flows capture licensing and royalty income, not one-off patent sales or the IP value embedded in exported goods. They are a directional proxy for whether a country is a net earner or net payer of IP rents, not a complete measure of value capture.
Leakage series
Foreign-assignment shares are discrete published figures (IRPP, based on USPTO data), not a continuous series; intermediate years are not interpolated. The 2017 figure (45%) is from a peer-reviewed IRPP study; the ~20% c.1997 anchor is implied by that study's statement that the share "more than doubled over the past 20 years."
Verdict — Weak
Canada is 6th of 7 on triadic generation per capita and is the only large net IP importer in the G7, with a rising share of its inventions owned abroad. Generation is mediocre and value capture is negative.
Primary sources
- OECD — Triadic patent families (Main Science & Technology Indicators; database updated 30 March 2026). Triadic family counts by country, 2010–2023.
- World Bank / IMF — Charges for use of IP, receipts (BX.GSR.ROYL.CD) and payments (BM.GSR.ROYL.CD), current US$, 2019–2024; population (SP.POP.TOTL).
- Gallini & Hollis — "Why do foreign firms own so many patents on Canadian inventions?" (IRPP / Policy Options, 2019), and the study "To Sell or Scale Up: Canada's Patent Strategy in a Knowledge Economy."
- WIPO — PCT Yearly Review 2025 (confirms Canadian applicants file mostly via the direct Paris route, not the PCT).
- Research Money and The Globe and Mail — foreign ownership of Canadian university research IP.
