How Israel became Start-Up Nation

Israel spends 5.6 per cent of its GDP on research and development, the highest share of any country in the world for the twelfth year running. The high-tech sector contributed approximately NIS 352 billion to GDP in 2025, or 18.3 per cent of the economy, and accounted for roughly half of Israel's economic growth that year. As of May 2026 the country was home to 42 unicorn startups (private companies valued at over a billion US dollars). Google's USD 32 billion acquisition of the Israeli cybersecurity firm Wiz, completed on 11 March 2026, was the largest acquisition in Google's history.

The "Start-Up Nation" phenomenon is the result of identifiable structural choices rather than an accident of culture. This explainer sets out the four main drivers.

Driver one: a security-driven engineering pipeline

Israel maintains universal military conscription for most Jewish and Druze citizens, with selection into specialised technical units run by the Israel Defence Forces (IDF). The Intelligence Corps' Unit 8200, the IDF computing units, and the Air Force's technological cadres are widely identified by Israeli academic and industry sources as the country's principal pipeline of senior tech talent.

The pipeline works in three ways. It identifies high-aptitude eighteen-year-olds at scale through national screening. It trains them on real, large-scale problems (signals intelligence, cybersecurity, sensor fusion, autonomous systems) before they reach university. And it produces dense alumni networks that anchor recruitment and co-founder pairings in the years after discharge. The Unit 8200 alumni network is the clearest published example: tens of thousands of veterans have founded or co-founded Israeli companies, including a disproportionate share of the country's cybersecurity firms.

Driver two: the 1990s Soviet aliyah

Between 1989 and the late 1990s, roughly one million people moved from the former Soviet Union to Israel. Around a quarter of them were engineers, scientists, mathematicians or doctors. In one decade Israel's population grew by approximately twenty per cent and its base of scientific and engineering talent grew far more.

The Soviet wave is widely cited by Israeli economists as the most important single shock to the country's research and development capacity in its history. It coincided with the early growth of the global personal computing and software industries, which absorbed Russian-trained engineers efficiently. The Russian-speaking second generation, now adults, are heavily over-represented in Israel's technology workforce.

Driver three: the 1993 Yozma programme

Before 1993, Israel had only one active venture capital fund. The country had engineering talent, military spillovers, and the post-Soviet immigration wave, but no real domestic mechanism for turning ideas into companies. The Yozma programme, launched by Yigal Erlich, then Israel's Chief Scientist, addressed that gap directly.

The Yozma model is now widely studied. The government committed USD 100 million: USD 20 million to a direct Yozma fund, and USD 80 million to match foreign and domestic capital in ten new venture capital funds, on the condition that each fund had three partners: nascent Israeli VCs, a foreign VC, and an Israeli investment company or bank. The foreign VC requirement was critical, since it pulled in operational expertise alongside money. The government also offered the funds the right to buy back its equity stake at favourable terms after five years; most did.

Within ten years the Yozma-sponsored funds had achieved an exit rate of 56 per cent and a total of USD 3.2 billion under management. The number of Israeli VC funds grew from one to around sixty, with roughly USD 10 billion under management by the early 2000s. The government exited the programme in 1997 and the VC ecosystem became almost entirely private by 2000.

Driver four: the pull of US venture capital and corporate R&D

Once the domestic ecosystem existed, US venture capital pulled it upward. By the late 2010s a majority of investment rounds into Israeli startups included at least one US investor. US corporates established research and development centres in Israel at a rate that, per capita, exceeded anywhere else in the world.

The list of multinational R&D centres in Israel as of mid-2026 includes Intel (Israel's largest private employer), Microsoft, Google, Apple, Meta, Nvidia, Cisco, IBM, Amazon Web Services, Samsung, Oracle and Salesforce, among others. Each centre simultaneously absorbs Israeli engineering talent and seeds new founders, who leave to start companies that the same multinationals later acquire.

The acquisition pipeline is the most visible part of the ecosystem. The largest exits include Mobileye to Intel in 2017 for USD 15.3 billion (Mobileye later re-listed at a higher valuation), Waze to Google in 2013 for USD 1.15 billion, Mellanox to Nvidia in 2020 for USD 6.9 billion, Habana Labs to Intel in 2019 for USD 2 billion, and Wiz to Google in March 2026 for USD 32 billion (Google's largest acquisition).

What the dashboard numbers look like

A handful of headline figures sit alongside the four drivers:

• R&D as a share of GDP: 5.6 per cent, world rank 1, twelve consecutive years.
• High-tech share of GDP: 18.3 per cent in 2025; approximately 50 per cent of GDP growth in 2025.
• Active unicorn startups: 42 (May 2026), with cybersecurity, enterprise software and AI/data the leading sectors.
• Active tech startups in total: approximately 7,300, or one per 1,350 residents.
• Multinational R&D centres operating in Israel: over 300.

What might come next, and what could break it

The Israeli high-tech sector has held up materially better than expected during the 2023 to 2025 Gaza war. Reservist call-ups disrupted some companies, particularly smaller pre-revenue startups; large multinationals continued to expand their Israeli operations. Foreign direct investment dipped in 2024 and recovered in 2025.

The structural risks identified by Israeli economists are concentration risk (high-tech is a fifth of GDP and provides a quarter of state tax revenue, but employs around 11 per cent of the workforce); a widening wage gap between high-tech and the rest of the economy; emigration of senior talent during periods of political tension; and reliance on a small number of US strategic partners for the largest acquisitions and corporate R&D mandates. These risks are well-rehearsed in domestic Israeli policy debate but have not changed the underlying trajectory through mid-2026.

In one paragraph

Israel spends a higher share of GDP on R&D than any other country, hosts 42 unicorn startups, and contains the largest concentration of multinational R&D centres outside the United States. The trajectory is explained by four structural drivers: a security-driven engineering pipeline through universal IDF conscription, the 1990s Soviet aliyah, the 1993 Yozma fund-of-funds programme, and the pull of US venture capital and corporate R&D investment. The high-tech sector is now a fifth of GDP and around half of growth; the visible risks are concentration, talent emigration during political tension, and dependence on a small group of US strategic partners.

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Sources

[1]: OECD R&D statistics (Israel) and Bank of Israel Annual Report. https://www.oecd.org/sti/

[2]: "Israeli High-Tech 2026: Stronger, Bigger and More Vulnerable Than It Looks." VC Cafe / Israel Innovation Authority data. https://www.vccafe.com/israeli-high-tech-2026-stronger-bigger-and-more-vulnerable-than-it-looks/

[3]: Unicorn startups in Israel (May 2026), Tracxn. https://tracxn.com/d/unicorns/unicorns-in-israel/

[4]: "Google wraps up USD 32B acquisition of cloud cybersecurity startup Wiz." TechCrunch, 11 March 2026. https://techcrunch.com/2026/03/11/google-completes-32b-acquisition-of-wiz/

[5]: "Unit 8200 and Israeli high-tech." Israel Democracy Institute / academic surveys of military-to-industry talent flow. https://en.idi.org.il/

[6]: "Start-Up Nation: The Story of Israel's Economic Miracle." Dan Senor and Saul Singer (2009), updated by Israeli Innovation Authority reports. https://innovationisrael.org.il/

[7]: "The Soviet aliyah and Israel's high-tech rise." Bank of Israel research papers; Central Bureau of Statistics immigration data. https://www.boi.org.il/

[8]: Yozma programme overview, Wikipedia and OECD case study. https://en.wikipedia.org/wiki/Yozma and https://www.oecd.org/content/dam/oecd/en/publications/reports/2003/01/venture-capital-policies-in-israel_g17a1564/585780028400.pdf

[9]: "Multinational R&D centres in Israel: a survey." Israel Innovation Authority annual report 2025. https://innovationisrael.org.il/

[10]: "Top Israeli tech exits 2010-2026." Calcalist-CTech and Globes tech-deals trackers. https://www.calcalistech.com/

[11]: Statistical Abstract of Israel 2025, Israeli Central Bureau of Statistics. https://www.cbs.gov.il/en/

[12]: "Israeli high-tech during wartime: resilience and risk." Bank of Israel and Israel Innovation Authority reports, 2024-25. https://www.boi.org.il/