2026 European Deep Tech Report: ETH Zurich and EPFL Lead the World in Deep Tech Founder and Spinout Creation

The 2026 European Deep Tech Report, published by Lakestar, Walden Catalyst, and Dealroom, confirms what the data has been building toward for years: Switzerland’s deep tech ecosystem is converting scientific excellence into commercial output at a rate no other country in Europe can match. ETH Zurich now leads every university and research centre globally for alumni-founded deep tech startups, while the Zurich-Lausanne corridor emerges as a defining axis of the continent’s innovation map.

The World’s Leading Deep Tech Founder Factory

The most striking Swiss data point in the 160-page report is not about funding. It is about people.

ETH Zurich has produced 192 alumni-founded, VC-backed deep tech startups since 2020. That figure places it ahead of every institution on the planet, including MIT (35), Stanford, and all of the Ivy League. EPFL Lausanne follows with 94, ranking second in Europe. The next European institution, the University of Cambridge, trails at 67. Combined, Switzerland’s two federal institutes of technology account for 286 alumni-founded deep tech startups in five years; more than Oxford and Cambridge combined.

This founder pipeline does not operate in isolation. The report notes that ETH also ranks #3 globally in Computer Science (THE 2026 rankings), ahead of MIT, Stanford, and Carnegie Mellon. In Physical Sciences, ETH sits at #9 globally, with EPFL at #20. These rankings feed a talent flywheel where research excellence translates directly into startup creation.

Victoria Lietha, Investment Director at Swisscom Ventures, attributes Switzerland’s deep tech strength to its world-class universities and research institutes, including ETH, EPFL, and CERN, which continuously spin out disruptive technologies and attract investors from both Switzerland and abroad. She notes that in many companies within the Swisscom Ventures Swiss deep tech portfolio, at least one co-founder comes from abroad. This ability to attract international talent, she argues, makes Switzerland comparable to how the United States built its own strength in the field.

Spinout Value Creation: Two Universities, $24 Billion

The report introduces a composite ranking of deep tech spinout value creation by European university, combining VC-backed spinout count, recent momentum, funding scale, unicorn production, and enterprise value. ETH Zurich takes the top position with a perfect score of 100. EPFL Lausanne ties for third (score: 89) with the University of Oxford.

The numbers behind these scores are significant. ETH has produced 143 VC-backed spinouts, including 5 unicorns or $1 billion-plus exits, with $2.9 billion in total funding raised and $12.0 billion in combined enterprise value. EPFL has generated 146 VC-backed spinouts (the highest raw count of any European university), 3 unicorns, $3.5 billion raised, and $12.2 billion in enterprise value.

Combined, the two institutions account for 289 spinouts, 8 unicorns, $6.4 billion in funding, and $24.2 billion in enterprise value. No other country places two universities in the top three. For comparison, TU Munich at #4 has a higher enterprise value ($23.3 billion) but fewer spinouts (51) and a lower composite score (81), reflecting a more concentrated portfolio rather than the broad-based commercialization engine Switzerland has built.

“Switzerland’s deep tech strength is built on a unique combination: world-class research institutions producing more high-quality spinouts than anywhere else in Europe, an unmatched ability to attract international talent, and an investor base that is increasingly committed to backing these companies for the long term. The foundations are in place – now it is about scaling what works.”

Wanja Humanes, CEO and Managing Partner, Kickfund

Zurich: Europe’s Robotics Capital

The report ranks top European cities by their representation in the Top 100 list for each deep tech segment. Zurich leads the continent in Novel Robotics with 4 companies in the Top 100, ahead of Paris (3) and Munich (2). It is the only deep tech segment where a Swiss city holds the #1 European position.

This leadership is anchored in ETH Zurich’s robotics ecosystem, which the report highlights through Professor Marco Hutter’s expert commentary on the simulation-to-real pipeline. Two Swiss companies receive explicit mention in the report: Neural Concept ($100 million, AI-driven engineering, EPFL spinout) and ANYbotics (autonomous inspection robots, ETH spinout), the latter cited by Walden Catalyst as an example of European deep tech scaling into global industrial markets.

Swiss cities also appear in three additional segment rankings: Zurich in Novel AI (4 companies) and Novel Energy (7 companies), and Lausanne in Space (5 companies). This cross-segment visibility reinforces that the Swiss ecosystem’s strength extends well beyond any single vertical.

The Alpine Tech Cluster and Switzerland’s Structural Position

The report frames the European deep tech landscape around two super clusters. The “New Palo Alto” (London-Cambridge-Oxford-Paris-Amsterdam-Berlin) concentrates 30% of European VC-backed deep tech startups. The “Alpine Tech Cluster” (Zurich-Lausanne-Grenoble-Munich-Milan-Vienna) concentrates 13%, hosting 1,100+ startups.

Zurich ranks #20 globally in the 2025 Global Tech Ecosystem Index, identified through a composite index of VC investment, enterprise value, ecosystem momentum, unicorns, university linkages, and patents. It is the only Swiss city in the global top 20, and one of only six European cities on the list alongside Paris (#3), Cambridge (#4), London (#7), Munich (#12), and Stockholm (#13).

At the country level, Switzerland attracted $1.3 billion in deep tech VC in 2025, ranking 5th in Europe behind the UK ($5.2 billion), France ($3.9 billion), Germany ($3.2 billion), and Finland ($1.8 billion). But the more telling metric is intensity: approximately 40% of all Swiss VC funding goes to deep tech, placing Switzerland in the top three in Europe by concentration. Per capita, Swiss deep tech VC investment over 2020-2025 stands at roughly $800, behind only Sweden and roughly level with Finland. These figures reflect an ecosystem where deep tech is the default, not a niche.

The report’s policy section further notes that Switzerland and the Nordics have the most progressive and founder-friendly technology transfer models in Continental Europe, an enabling condition that helps explain why Swiss universities convert research into startups at such disproportionate rates.

What the Next Decade Requires

The 2026 European Deep Tech Report provides the most comprehensive external validation yet of Switzerland’s position in the global deep tech landscape. The data is unambiguous on inputs: no country in Europe produces more deep tech founders per institution, more spinouts per university, or a higher concentration of deep tech in its venture capital base.

“The beauty of this report from a Swiss perspective: while funding is still more concentrated in other ecosystems, the data clearly shows that the most recent cohort of early-stage European deep tech companies is clustered around Zurich and Lausanne with a massive potential to catapult Switzerland to be Europe’s epicenter of deeptech in the coming decade.”

Alex Stöckl, Partner, Founderful

Stockl’s observation captures the central tension in the data. Switzerland’s scientific and entrepreneurial output is already at the top. The bottleneck is scale capital. The report shows that 70% of late-stage funding for European deep tech comes from non-European investors, and the continent faces a yearly funding gap of $4-24 billion. Closing that gap, particularly through mobilizing Swiss institutional capital, is what will determine whether Switzerland’s current position as Europe’s most productive deep tech engine translates into lasting structural leadership.

The forthcoming Swiss Deep Tech Report 2026 will provide the granular, country-level data that this European report does not: segment-level funding breakdowns, company-level mapping, and the full picture of what the Swiss ecosystem produces when examined on its own terms.