Start-up Nation

Israel’s startup ecosystem encompasses communications, internet technologies, cybersecurity, medical systems, agriculture, biotechnology, defense, desalination, and digital printing.[6] Its international reputation rests on technological capability, skilled personnel, entrepreneurial culture, and support for research and development, rather than on a single industry or institution.[6] The ecosystem is also known as “Silicon Wadi,” and includes companies, academic institutions, and research centers developing technologies for global markets.[7]

The label describes both a concentration of young companies and a broader technological economy supported by established businesses and multinational research operations.[1][7] Check Point, Amdocs, and NICE helped establish Israel’s standing in communications, security, data storage, and semiconductors.[2] Other examples include Waze and Mobileye, and the older internet company Mirabilis.[7][8] Universities, venture capital, government support, foreign investment, and entrepreneurial culture have all contributed to the environment in which such enterprises develop.[1][6]

The expression became especially prominent after the September 2009 publication of Senor and Singer’s book, although descriptions of Israel as a startup nation predated its publication.[4] The book examined explanations for entrepreneurial success, connecting it with innovation, financial policies, venture capital, open immigration policies, and military training, while drawing comparisons with Silicon Valley.[9] An official Israeli overview also identifies technological capability, public and private R&D support, and “chutzpah” as features of the ecosystem.[7] The book was published in New York by Twelve.[10]

The reputation consolidated around high-tech successes in the late 1990s and early 2000s, with further international expansion during 2008–2018 and beyond.[11] Over time, the ecosystem also developed larger firms capable of raising substantial financing and operating internationally, prompting discussion of a transition from “start-up nation” to “scale-up nation.”[4]

Agricultural research at Mikveh Israel School, established in 1870, forms part of the institutional background to Israeli science and technology.[12] Further foundations preceded statehood: an Agricultural Station was established in Tel Aviv in 1921, the Technion in 1924, and the Hebrew University of Jerusalem was inaugurated in 1925.[12] The Weizmann Institute of Science was established in 1946, with origins in the Sieff Institute founded in 1934.[12] These institutions connected scientific training and research with the practical needs of a developing society.[12]

Public research infrastructure also expanded during the British Mandate, including a hydrological institute established in 1931, public health laboratories established in 1937, and a construction testing station that later became the Standards Institute of Israel.[12] In 1949, Israel’s government reconstituted the Mandate-era Scientific Council; a decade later, the National Council for Research and Development replaced it and advised the government on scientific policy and priorities.[12]

From Israel’s inception, investment in people and technology was understood as a means of compensating for limited natural resources and a smaller population than its adversaries, an approach associated with David Ben-Gurion’s national-security strategy.[2] Scientific research and technological development were intended to support agriculture, industry, and education as well as security, with plans to recruit leading Jewish scientists and equip laboratories.[3] A BESA Center analysis argues that state support helped establish technological infrastructure during a period when expensive, risky, and lengthy research projects were difficult for private enterprise to undertake.[3]

Applied research addressed immediate national needs.[12] Difficulty obtaining weapons abroad encouraged domestic capabilities; in 1951, the government launched Israel Aircraft Industries and the Technion opened an aeronautical engineering department.[12] Agricultural innovations, including drip irrigation, mechanized equipment, and plant genetics, responded to the need to feed a growing population.[12] In computing, WEIZAC received seed funding from Chaim Weizmann in 1954 and became a foundation for Israel’s computer and technology industries.[7]

Private enterprise and foreign capital also entered early.[13] Uzia Galil founded Elron in 1961, and the company received venture-capital investment raised from Israel Discount Bank and the US-based Rockefeller Group that year.[13] Companies spun off from the Elron group included Elbit, Elscint, Orbotech, and Zoran, connecting Israeli technological development with American capital markets.[13] Motorola established Israel’s first multinational research-and-development facility in 1964.[7]

Historical accounts link the expansion of defense research to the French arms embargo after the 1967 Six-Day War and to supply difficulties around the 1973 Yom Kippur War, which reinforced efforts toward technological self-sufficiency.[14] Research concentrated heavily on military communications and electronics, with civilian spin-offs contributing to the first generation of high-tech enterprises.[15] The Kfir fighter jet in the early 1970s and Israel’s independent satellite launch in 1988 illustrated the development of domestic technological capabilities.[15] Cancellation of the Lavi fighter project in the 1980s released hundreds of engineers experienced in aerodynamics, avionics, computers, and electronics into the labor market.[14]

Government mechanisms for supporting commercial research developed alongside these capabilities.[12] In 1968, the government decided to establish chief-scientist offices in several ministries to encourage science-based industries.[12] The Office of the Chief Scientist was established in 1974, with Yitzhak Ya’akov appointed to the role; it supported private companies through government funding and became a predecessor of the Israel Innovation Authority.[13] Its early applicant pool was small, and annual budgets did not exceed $30 million until the mid-1980s.[13] The 1984 Law for the Encouragement of Industrial Research and Development sought to develop science-based, export-oriented industries.[12]

Immigration enlarged the scientific and technical workforce during the following decade.[16] Approximately 760,000 immigrants arrived from the former Soviet Union between 1989 and 1995, increasing Israel’s population by 13%.[16] Government absorption policy emphasized private-sector employment while providing Hebrew-language instruction, vocational training, and loans for immigrant businesses.[16] Investment grew at an annual average of 16.2% during 1990–1995, initially concentrating on housing and later on plants and equipment.[16]

Technological incubators were introduced in 1991 alongside this immigration wave.[12] An estimated 65,000 engineers arrived, many possessing technical expertise but limited capital or experience in a free-enterprise economy.[12] The incubator program helped connect such expertise to industry and supported ideas too small or risky for the regular industrial research program.[12][14] Immigrants contributed both to growth in 1991–1994 and to the high-tech expansion after 1998.[14]

The Yozma program was proposed in 1991 amid the need to create jobs for the new immigrants.[13] Its initial $50 million allocation increased to $100 million under the government formed in 1992, and the program helped attract foreign investors and establish venture-capital funds.[13] Targeted policies beginning in 1993 supported the emergence of venture capital during 1993–1998, alongside entrepreneurs, foreign links, and favorable business conditions.[17] The number of Israeli venture-capital funds grew from two to more than 100 during the 1990s as the industry shifted from defense-dominated electronics toward a startup-centered model.[17]

By 1997, Israel had an estimated 1,000 startups, with electronics and software businesses recording annual sales of $7 billion.[16] Privately controlled high-tech companies raised $430 million in 1997, $600 million in 1998, and $1.003 billion in 1999; local funds supplied about 43% of the 1999 total.[18] Sequoia Capital opened its first branch outside the United States in Israel in 1999, encouraging other investors to consider the market.[13] A contemporary account counted 3,000 startups in 2000 and placed Israel first in startups relative to population.[14]

Communications technologies developed through cooperation between the security establishment and academia helped companies take advantage of the expanding internet in the 1990s.[2] High-tech exports increased from 45% of total exports in 1995 to 57% in 2000, while Cisco, Motorola, Intel, IBM, Nortel, and Microsoft established local operations, invested in companies, or formed partnerships.[14] This expansion accompanied a transition from a state-dominated, protected economy toward a more open, export-oriented one.[14]

Government research grants distributed some of the risks of technological development: under the arrangement associated with the 1984 research-and-development law, an unsuccessful project left the government bearing the loss, while a successful entrepreneur repaid support through annual royalties until the grant was repaid.[12] Incubators complemented this arrangement by helping entrepreneurs recruit research staff, assess markets and feasibility, obtain facilities and guidance, and seek investment.[12] The Israel Innovation Authority continues to support new ideas and technologies, including early-stage incubators.[1]

Public policy also affected access to international capital.[19] In the early 2000s, restrictions on transferring intellectual property abroad were eased after venture-capital funds argued that existing rules discouraged foreign investment and constrained startups.[19] Cooperation among scientists, entrepreneurs, and foreign investors became an important component of the commercial model.[19] Other mechanisms included commercial use of university and defense knowledge, incubators, Yozma, and tax benefits for foreign investors.[20]

Military, academic, and commercial institutions exchange projects, budgets, scientific work, trained personnel, and knowledge.[2] Mandatory military service and reserve duty maintain contact between military and civilian organizations, while Israel’s small size brings institutions into close organizational and physical proximity.[2] Veterans of technological units can apply specialized training and familiarity with military needs when establishing businesses.[3] Between 2003 and 2010, about 100 former Unit 81 officers and soldiers established approximately 50 startups that collectively raised more than $4 billion.[3] More than 1,000 startups have been attributed to Unit 8200 alumni, including Waze, Wix, and SolarEdge.[3]

These connections have roots older than the later prominence of Unit 8200.[13] Rafael served as an early security-establishment technology center, and the IDF’s first simulator was operating in the 1950s.[13] Scientific education supplies another route into the sector; the State Department describes Israel’s workforce as highly educated and skilled.[1]

Multinational companies provide research facilities and employment while also contributing to the formation of new ventures by former employees.[7] More than 300 multinational research centers were operating in Israel by the publication of the government’s 2018 innovation overview; the 2026 investment-climate figures placed the number above 400, nearly two-thirds belonging to US firms.[7][1] These operations coexist with local startups, universities, venture-capital firms, and established technology companies rather than replacing them.[7]

The ecosystem is geographically concentrated.[21] In 2021, approximately 4,800 active startups employed 35,340 people, an average of 7.4 employees per company, compared with 5,150 active startups in 2020.[21] Of the 2021 companies, 73% operated in the Tel Aviv metropolitan area and central Israel, 15% in Haifa and the north, 8% in Jerusalem and its environs, and 4% in the south.[21] Tel Aviv ranked highest worldwide for startups per capita in the 2018 Global Startup Ecosystem Report.[12]

Agriculture and climate technology extend this model beyond software.[22] An essay in SAPIR Journal links drip irrigation and precision agriculture to early statehood’s water scarcity, difficult soil, immigration, food-security pressures, and investment in research.[22] It describes cooperation among universities, government, large companies, and entrepreneurs, including activity at the Technion and Hebrew University, and reports a four-year allocation of 3 billion shekels for climate-tech innovation.[22] The essay estimates approximately 880 innovative climate companies and $8 billion in climate-tech investment since 2019, including $2.9 billion in 2022; it places Israel’s share of global climate-tech investment at 2%, compared with approximately 0.1% of the world’s population.[22]

A later essay by Yonatan Adiri describes a “triple helix” of defense, academia, and entrepreneurship, naming Unit 8200, Talpiot, and Unit 81 alongside the technology-transfer organizations Yissum, Ramot, and YEDA.[23] Adiri credits academic institutions with producing patents and spin-off companies and reports research-and-development investment of approximately 5.6% of GDP, which he characterizes as the world’s highest.[23]

High technology accounted for roughly 20% of Israel’s GDP, 56% of exports, and 12% of the workforce in 2025, making it the economy’s primary growth engine.[1] Earlier figures show its growing weight: in 2022, the sector generated 290 billion shekels, or 18.1% of GDP, and exports worth $71 billion, or 48.3% of national exports.[5] High-tech employment grew at an average annual rate of 6.3% from 2012 to early 2023, compared with 2.2% for the overall economy.[5]

Research spending and business activity underpin this economic role.[6] Civil research-and-development expenditure amounted to approximately 4.4% of GDP in 2016, with businesses accounting for about 86% of research activity, the highest business share among OECD countries in that account.[6] In 2017, civilian research spending reached $15.95 billion, or 4.5% of GDP.[12] By the 2023 high-tech report, the private sector carried out 91% of Israeli research and development.[5]

Investment expanded markedly from the early venture-capital era.[18][3] In 2000, contemporary figures recorded 50 Israeli venture-capital funds investing more than $400 million in nearly 500 high-tech deals during the preceding year.[8] High-tech companies raised $5.24 billion in 2017, 9% more than in 2016, while mergers, acquisitions, and initial public offerings generated $7.44 billion in exits under that historical series.[12] Startup investment reached $26 billion in 2021, and the 2018–2019 Global Competitiveness Report ranked Israel first for entrepreneurial culture and second for venture-capital availability.[3]

Foreign funding has been especially important.[5] At least 75–80% of venture-capital investment in 2021–2022 came from foreign funds.[5] Earlier accounts likewise placed the foreign share above 75% in 2013 and described foreign funds as having invested four times as much capital as Israeli funds over more than three decades, with much Israeli fund capital itself originating abroad.[20][13] The international connection also appears in public markets: more than 130 Israeli companies were listed on Nasdaq at the end of 2022, while the 2026 investment-climate report recorded more than 100 and ranked Israel fourth after the United States, Canada, and China.[3][1]

Company formation and exits provide additional measures of activity.[5][24] As of April 2023, 9,093 Israeli technology companies had raised investment at some point, placing Israel third globally by that measure; a separate estimate put active startups at approximately 9,000.[5] A 2019 retrospective counted 587 startup exit deals over the preceding decade, totaling $70 billion, and identified Intel’s $15.3 billion acquisition of Jerusalem-based Mobileye as the largest transaction.[24] At that time, more than 6,400 startups were operating in Israel.[24]

Startup counts have also changed as companies matured.[4] There were 4,363 early-stage startups in 2018, 6% fewer than in 2017.[4] In 2019, 17 Israeli technology companies completed financing rounds above $100 million; another 17 had done so by November 2020, with many employing hundreds of people and maintaining offices around the world.[4] Median seed investment fell from approximately $900,000–$1 million during 2016–2019 to $150,000 in 2020, although some experienced founders raised larger rounds without a conventional seed stage.[4] New startup formation was estimated at 600–700 companies in 2022, compared with more than 1,000 in 2019.[5]

Employment in high technology is highly productive and well paid.[5] In 2022, average monthly pay was 28,385 shekels, compared with 10,452 shekels elsewhere in the economy; output per employee-hour was 337 shekels, compared with 178 shekels economy-wide.[5] The government’s 2018 overview reported women as more than 36% of high-tech employees and more than 30,000 Arab citizens working in the sector.[7] Approximately 70 startups were run by Arab citizens, mostly from Haifa and Nazareth.[7] The later industry report nevertheless identified persistent representation gaps between population groups.[5]

The label also became a framework for interpreting Israeli society’s relationship with creativity and enterprise. Senor and Singer’s book focused on technological and financial creativity.[25] In a 2023 essay, Meir Soloveichik contrasted that focus with the authors’ later attention to social resilience.[25]

Debate concerns how broadly high-tech gains benefit Israeli society.[8][26] A 2000 warning identified a potential digital divide affecting Arab citizens, lower-income Jewish citizens, and development towns outside the central and northern metropolitan areas; earlier economic analysis also identified rising demand for skilled workers alongside wage pressure in traditional industries.[8][16] A 2017 study found limited movement of employees between sectors and no comparable productivity gains elsewhere in the economy.[26] Economic journalist David Rosenberg argued that high-tech’s small employment share, engineering-focused teams, acquisitions, and difficulties scaling independent firms limited its wider benefits and contributed to inequality.[27]

The model’s future sustainability is another significant question.[19] A critical assessment identified concentration in software-based fields and called for a national plan addressing chips and the full chain from development through production and trade, arguing that strong fundraising and company valuations did not alone ensure future leadership.[19] Roy Keidar similarly warned that competition for talent and technological change required adaptation.[28] In “The Silicon Dome”, Adiri proposes industrial technologies that would make Israel indispensable to international partners, rather than describing an established national program.[23] The climate-tech essay likewise identifies limited specialized investment, underused international-market opportunities, and regulatory delays that can push production overseas.[22]

Ethical concerns have focused on particular technologies and their users.[24] Companies including AnyVision and NSO Group faced scrutiny over use of their products by authoritarian governments, raising questions about surveillance, privacy, and human rights.[24] These disputes accompany, rather than define, the broader ecosystem of research, entrepreneurship, and international investment.[24]