Israel is emerging as a leader in the synthetic biology sector, driven by its strong biotech ecosystem and a focus on innovation. The country has fostered advancements through institutions like Tel Aviv University and companies like Imagindairy, which uses synthetic biology to produce animal-free dairy products. The convergence of artificial intelligence (AI) and synthetic biology is a key driver in Israel’s leadership, with AI accelerating the optimization of genetic engineering processes and product development. 

Yahalom Bukai, Senior Manager of Human Capital Development, sat down with Prof. Tamir Tuller, a prominent figure in Israel’s synthetic biology landscape, to discuss the science and the iGEM program at Tel Aviv University (TAU).  

A professor at Tel Aviv University, Prof. Tuller leads one of Israel’s largest computational systems and synthetic biology labs. His work spans the development of computational tools and algorithms that enhance the efficiency of gene expression, crucial for biotechnological applications such as pharmaceuticals, biofuels, and synthetic foods.  

The iGEM program led by Prof. Tuller is a research-driven initiative encouraging students to develop innovative synthetic biology solutions to complex challenges and participate in the International Genetically Engineered Machine (iGEM) competition. The TAU team has gained recognition for integrating computational models with synthetic biology, winning multiple awards.  

Startup Nation Central is dedicated to strengthening Israel’s human capital by connecting students, researchers, and entrepreneurs with the resources they need to thrive. In the context of iGEM, Startup Nation Central provides essential mentorship, business guidance, and access to a vast network of experts across biotech, pharma, and other industries.  

This support and cooperation are crucial in helping students develop the skills and connections necessary to become leaders in their fields. Through workshops, strategic introductions, and access to Israel’s vibrant tech ecosystem, Startup Nation Central ensures that iGEM participants are prepared for the competition and set up for long-term success in the global innovation landscape. 

What is synthetic biology? 

Synthetic biology is an interdisciplinary field that combines principles from biology, engineering, and computer science to design and construct new biological parts, devices, and systems, or to re-engineer existing biological systems for novel functions.  

This technology has applications in many areas, including healthcare, agriculture, food security, and environmental sustainability. Synthetic biology allows for the creation of organisms that can perform tasks not found in nature, such as producing biofuels, developing new medicines, or creating sustainable food sources. 

How is synthetic biology positioned to address global challenges in sectors like health, food security, climate, and agriculture? 

Unlike traditional methods, synthetic biology allows us to develop breakthrough therapies faster, design affordable food alternatives, and engineer more resilient crops. These innovations have the potential to tackle significant global challenges, such as food insecurity and climate change, by improving sustainability and resilience in vital systems. 

For example, synthetic biology can revolutionize health by creating personalized treatments, speeding up drug discovery, and enabling more precise medical interventions. In food tech, we can design alternative proteins and other sustainable food sources to address growing global demands while reducing the environmental impact of traditional agriculture. 

What unique assets does Israel have that enable it to excel in synthetic biology innovation? 

Israel’s well-established high-tech ecosystem is a key enabler of synthetic biology innovation. The country boasts world-class computer scientists, engineers, and an unparalleled entrepreneurial spirit. Many of these talents come from the IDF’s elite technological units, which equip individuals with practical skills in computational technologies, data science, and AI. This makes Israel uniquely positioned to integrate these capabilities into synthetic biology. 

Plus, Israel’s robust ecosystem of startups, academic institutions, and government support systems, such as the Israel Innovation Authority, fosters collaboration and accelerates the commercialization of new technologies. This positions Israel as a leader in developing cutting-edge synthetic biology solutions. Israel is already applying AI and computational tools to challenges in healthcare, food security, and climate resilience, further advancing the sector. 

Can you elaborate on the evolution of the iGEM program and what makes this year’s cohort stand out? 

The Tel Aviv University (TAU) iGEM initiative was launched in 2019 and has evolved significantly over the past few years. Initially, the focus was on participating in the international iGEM competition. By the second year, however, the program expanded its scope, aiming not only for competition but also for real-world impact.  

Since 2020, every cohort has submitted patents and published academic papers based on their projects, reflecting the innovative and commercially viable nature of their work. This year’s cohort is particularly notable for its multidisciplinary approach, combining strong computational elements with molecular biology experiments.  

We’ve also introduced an entrepreneurship track, which helps students gain business skills critical for commercializing their innovations. Tel Aviv University ranks 7th globally for entrepreneurship, so this addition plays to our strengths. This track offers students credit for their participation, equivalent to three courses, and even includes an introductory course to give students a strong foundation in synthetic biology. 

What sets iGEM participants apart in terms of problem-solving? 

iGEM participants at TAU follow a unique path that goes beyond traditional academic programs. After the first semester, teams operate like a startup, with roles such as CEO, team leaders, and specialized units for technical and managerial functions. This structure mirrors the operations of real-world companies, preparing participants for future leadership in high-tech industries. 

Students learn to tackle engineering and scientific challenges while navigating business-related hurdles like fundraising, business planning, and meeting deadlines. They gain hands-on experience in project management, working in multidisciplinary teams, and managing complex tasks. These skills, which are rarely taught in conventional courses, make iGEM participants skilled problem-solvers in both scientific and entrepreneurial contexts. 

Many of the projects initiated in the iGEM program continue beyond the competition, with teams pursuing commercialization and further development of their innovations. This ensures that participants not only solve theoretical problems but also bring real solutions to market. 

How does the intersection of academia and industry accelerate innovation in Israel’s agrifood and climate tech sectors? 

Israel is home to both academic talent and industrial expertise, particularly in fields like agrifood tech and climate tech. Collaborations between these sectors enable the development of groundbreaking solutions. Programs like iGEM introduce students to industry leaders and foster partnerships that drive innovation forward. The Innovation Authority offers paths for industry-academic collaboration, allowing researchers and entrepreneurs to work together on challenges such as sustainable agriculture and climate resilience. 

In the agrifood sector, Israel’s expertise in precision agriculture and alternative proteins is driving transformative change. Synthetic biology is enabling the design of crops that are more resistant to climate-related stress, while also improving yields and reducing the need for chemical inputs. 

What key skills and experiences gained through the iGEM program prepare participants for leadership roles in Israel’s tech ecosystem? 

The iGEM program equips participants with a broad range of essential skills. Creative thinking, critical problem-solving, and leadership are core components of the program. Participants manage their projects independently for months, learning to navigate challenges in both scientific research and business development. They also gain experience in intellectual property (IP) management, with many teams filing patents for their innovations. 

Furthermore, the program encourages students to present their work to diverse audiences, from high school students to industry leaders. This not only hones their communication skills but also teaches them how to market their ideas to different stakeholders. In addition, iGEM participants set up websites and use various media channels to promote their projects, gaining practical experience in digital marketing and public relations. 

How does the iGEM program contribute to developing the next generation of leaders in synthetic biology and related fields? 

Synthetic biology is a complex, rapidly evolving field that requires hands-on, interdisciplinary education—something iGEM provides in spades. By engaging in intensive, months-long projects, students gain the deep technical expertise needed to tackle real-world challenges. The program’s focus on both theoretical knowledge and practical application ensures that participants are well-equipped to lead in the field of synthetic biology. 

 iGEM fosters a culture of collaboration, both within teams and between academic and industry partners. This collaborative approach is essential for driving innovation in fields like synthetic biology, where solving complex problems often requires input from multiple disciplines. 

Where do you envision iGEM participants in the next 10 years and their contributions to global tech and science communities? 

In the next decade, iGEM participants are likely to become key innovators and leaders in synthetic biology, biotech, and other tech-driven fields. Many will launch their own startups, while others will join leading companies or research institutions. Given the multidisciplinary nature of the program, iGEM graduates will be well-positioned to tackle complex global challenges, from food security to healthcare innovation. 

I expect the iGEM program at TAU to grow, potentially evolving into a unique master’s program that blends synthetic biology with entrepreneurship and societal impact, further contributing to Israel’s role as a global leader in innovation. 

How does the collaboration between iGEM and Startup Nation Central create unique opportunities for participants? 

Startup Nation Central plays a vital role in expanding the reach and resources of the iGEM program. Through its extensive network, Startup Nation Central connects iGEM teams with key figures in the biotech and pharma sectors, including entrepreneurs, venture capitalists, and industry experts. This mentorship helps students refine their business plans, improve their pitching skills, and gain critical insights into how to navigate Israel’s tech ecosystem. 

In addition to mentorship, Startup Nation Central organizes workshops and lectures on topics such as entrepreneurship and innovation, providing a comprehensive education that bridges the gap between academia and industry.  

Prof. Tamir Tuller is a professor and the head of the Laboratory of Computational Systems and Synthetic Biology at Tel Aviv University where a focus area is developing computational approaches for modeling and engineering gene expression for various biotechnological/medical objectives.  

Prof. Tuller is also the Primary Instructor for Tel Aviv University’s iGEM (International Genetically Engineered Machine) team, guiding students in genetic engineering projects to advance synthetic biology research.

Prof. Tuller is the author of more than 160 peer-reviewed scientific journal articles and more than 200 additional publications.  Prof. Tuller has received various awards and fellowships and has collaborated with Israeli and international biotech companies. He is also founder of several startups in the field (e.g,  Imagindairy and MNDL Bio).  

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Yahalom Bukai is the Senior Manager of the Human Capital Development sector at Scale-Up Velocity. In this role, she is responsible for creating work plans and launching new projects as part of efforts to develop and implement scalable, innovative solutions to address the human capital shortage in Israel’s high-tech ecosystem. She plays a key role in strategic thinking and driving the organization forward. 

Yahalom manages both the iGEM and Gateway to Health Tech programs while continuously exploring new ideas and potential collaborations. 

Before joining Scale-Up Velocity, she served in the IDF, holding various HR and people development roles within intelligence, cyber, and AI units. Yahalom holds a B.A. in HR and Management, a Coaching and NLP diploma, and a Mandel Foundation Educational Leadership program graduate. 

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Israeli Tech Startups Continue to Thrive 

It has been a landmark year for Israeli startups, with substantial investments flowing into some of the most promising companies. These funding rounds underscore Israel’s tech landscape’s resilience and highlight its ability to attract global investors and venture capital firms. At Startup Nation Central, these investments prove that Israel remains a global powerhouse, driving technological innovation across critical industries – even through difficult domestic and global challenges. 

With the highest venture capital investments per capita, Israel’s tech sector thrives. Even amidst challenges such as geopolitical uncertainties and a shifting economic landscape, Israeli tech startups have raised remarkable rounds of funding that will propel them to the next phase of growth and global impact. This year’s top deals cover sectors ranging from cybersecurity to health tech, fintech, and industrial technologies, showcasing the breadth and depth of Israel’s tech capabilities.

As we enter a new Jewish year, here are the ten largest funding rounds since last year which have reshaped the Israeli tech landscape and positioned these companies for continued global leadership. 

1. Wiz – $965M in Cybersecurity (E Round) 

Topping the list is Wiz, a cybersecurity giant that secured an impressive $965 million in May 2024. Wiz has revolutionized cloud security with its platform, helping businesses identify and mitigate risks in their cloud environments. This E round positions Wiz as one of the world’s most valuable cybersecurity firms, continuing to attract global investors and leading enterprises. 

2. Cyera – $300M in Cybersecurity (C Round) 

April saw Cyera, another leader in cybersecurity, raising $300 million in a C round. Cyera’s platform provides real-time insights into sensitive data exposure and security vulnerabilities, helping companies better protect themselves against data breaches. The significant investment highlights the importance of cybersecurity solutions in today’s digital landscape. 

3. Next Insurance – $265M in Fintech & Insurtech (F Round) 

Next Insurance, a trailblazer in the insurtech sector, secured $265 million in November 2023. This F round of funding will accelerate the company’s efforts to simplify and digitize insurance solutions for small businesses. Next Insurance’s innovative platform is designed to streamline the insurance process, providing faster, more affordable coverage. 

4. Axonius – $200M in Cybersecurity (E Round) 

In March 2024, Axonius, a leading asset management platform for cybersecurity, raised $200 million in an E round. Axonius simplifies the management of IT assets and helps companies ensure their networks are secure. The investment is set to further expand the company’s global footprint.  

5. Island – $175M in Cybersecurity (D Round) 

Island, a cybersecurity startup focused on creating enterprise-grade browsers, secured $175 million in April 2024. This D round of funding highlights the growing need for secure, customized browsers in today’s business environment, and Island is poised to meet that demand. 

6. Insightec – $150M in Health Tech & Life Sciences (G Round) 

June 2024 marked a significant milestone for Insightec, a health tech innovator, as it raised $150 million in its G round. Insightec’s non-invasive surgery technology, which uses focused ultrasound to treat neurological disorders, continues to gain traction, improving outcomes for patients globally. 

7. Weka – $140M in Business Software (E Round) 

Weka, a company revolutionizing high-performance data storage solutions, closed an E round of $140 million in May 2024. The company’s platform provides businesses with fast, scalable storage solutions, enabling them to manage large data sets efficiently, especially in AI and machine learning applications. 

8. Guesty – $130M in Fintech & Insurtech (F Round) 

In April 2024, Guesty, a fintech and property management platform, raised $130 million. Guesty’s software simplifies property management by automating tasks and integrating various platforms, helping property managers streamline operations and improve guest experiences. 

9. Semperis – $125M in Cybersecurity (D Round) 

Another strong player in the cybersecurity sector, Semperis, raised $125 million in June 2024. Semperis specializes in identity protection for hybrid environments, offering solutions that safeguard organizations from cyberattacks targeting Active Directory systems. 

10. Hailo – $120M in Industrial Technologies (C Round) 

Rounding out the top ten is Hailo, an industrial tech company that raised $120 million in April 2024. Hailo develops AI processors for edge devices, enabling smart applications across industries like automotive, smart cities, and Industry 4.0. 

Looking Ahead: Israeli Tech Startups of Tomorrow 

These investments illustrate the resilience and growth potential of Israeli tech startups across multiple sectors. As cybersecurity, fintech, and health tech continue to grow, Israeli companies are well-positioned to lead in developing innovative solutions that tackle global challenges. With continuous support from investors, these startups are not only shaping Israel’s economy but also making a lasting impact worldwide. 

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In today’s business landscape, CSR is crucial for a company’s reputation and long-term success. Consumers and stakeholders increasingly demand that companies operate ethically and contribute positively to society. CSR enhances brand loyalty, attracts better talent, and can even lead to cost savings through sustainable practices.

Technology for Social Impact

Technology serves as a powerful tool in addressing complex issues efficiently and innovatively. Social impact technologies span various sectors, each addressing critical societal challenges with innovative solutions. 

• Agritech enhances agricultural productivity and sustainability; for instance, precision farming drones can analyze soil health to minimize pesticide use, and automated irrigation systems can reduce water waste. 
• Food tech aims to improve food security and nutrition; consider vertical farming bringing fresh produce to urban areas, or lab-grown meat reducing the environmental impact of livestock farming. 
• In climate tech, innovations like carbon capture devices can reduce greenhouse gases, while smart grid technologies can optimize energy consumption, lowering carbon footprints. 
• Health tech improves healthcare delivery and outcomes; wearable health monitors can provide real-time tracking of chronic conditions, and AI-driven diagnostics can speed up disease detection. 
• Edtech broadens access to quality education; online learning platforms can offer personalized curriculums to remote learners, and gamified learning apps can engage students in underserved areas. 

Each of these examples demonstrates how targeted technological advancements can drive significant social change, meeting urgent global needs effectively.

Leading Israeli Social Impact Tech Companies

Israel, known as the Startup Nation, boasts a vibrant tech ecosystem characterized by a high concentration of startups, cutting-edge research, and substantial venture capital investment. With a strong emphasis on innovation and entrepreneurship, Israel has become a global leader in various tech sectors.

Israeli companies are making significant strides in social impact tech, tackling pressing global issues through bold and determined innovative solutions; Startup Nation Central provides frictionless access to this local tech expertise, fostering collaborations that amplify the impact of these solutions globally.

Here are some of the companies making a major impact with tech:

OrCam

Description: Develops assistive technology devices for the visually impaired.

Impact: Enhances the quality of life and independence for visually impaired individuals by providing portable, AI-driven devices that read text, recognize faces, and describe the surrounding environment.

Watergen

Description: Produces atmospheric water generators that create drinking water from air.

Impact: Addresses water scarcity by providing clean and safe drinking water in arid regions and disaster-stricken areas globally.

TytoCare

Description: Offers telehealth solutions enabling remote medical examinations.

Impact: Improves access to healthcare, especially in underserved and remote communities, by allowing patients to conduct medical exams at home and share the data with healthcare professionals.

ECOncrete

Description: Develops environmentally friendly concrete solutions.

Impact: Supports marine biodiversity through eco-friendly infrastructure solutions that also contribute to sustainable coastal development.

Innoviz Technologies

Description: Advanced LiDAR and perception technology for autonomous vehicles.

Impact: Enhancing transportation safety and reducing environmental impact.

Insights and Future Outlook

The Israeli social impact tech sector continues to thrive due to robust support from both private and public sectors, fostering an environment where innovation can flourish. Recent trends indicate increased investment in sectors like health tech and climate tech, reflecting global priorities and local strengths.

Challenges and Opportunities

While the sector faces challenges such as funding constraints and market adoption, it also presents vast growth opportunities. Strategic partnerships, government support, and continued innovation are key factors that can help overcome these obstacles and drive substantial social impact.

Looking Forward

The future looks promising for Israeli social impact tech, with boundless potential for scaling existing solutions and developing new technologies. By continuing to leverage Israel’s unique strengths in innovation and collaboration, the sector is set to make even greater contributions to addressing global challenges.

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Israel’s tech sector is a critical component of its economy, accounting for 18% of the GDP and nearly half of its exports. The events of October 2023 created immediate challenges, with approximately 15-20% of the tech workforce drafted for military duty. Despite these disruptions, Israel’s high-tech sector, long known for its agility, responded by reorganizing resources, ensuring continuity in global operations, and maintaining investor confidence. 

Private Funding: Staying Strong  

One of the most notable indicators of the tech sector’s resilience is private funding. In the months following the outbreak of war, Israeli companies raised $7.8 billion across 577 rounds. Though this represents a 4% drop from the previous year, it highlights sustained investor confidence despite a broader global decline in tech funding. This funding included several mega rounds exceeding $100 million, a testament to the maturity and continued appeal of Israel’s tech industry, particularly in cybersecurity. 

Mergers and Acquisitions: A Rebounding Market  

M&A activity similarly reflects the ecosystem’s strength, with $9.6 billion in deals completed across 73 events. Though slightly down from $10.6 billion the previous year, the numbers reveal a quick recovery from the immediate impact of the conflict. Sectors such as cybersecurity and health tech led the way, with notable exits like Talon Cyber Security and CartiHeal bringing confidence to global investors. 

Regional Disparities and Relocation  

While the overall picture for Israeli tech remains positive, the war has created significant disparities across different regions of the country. Tech companies in northern Israel have faced greater challenges, with nearly 40% of businesses in the region considering relocation due to heightened security risks. Funding for northern startups has become harder to secure, with 69% of companies in the region expressing concern about future investment prospects. 

Sector-Specific Insights: Cybersecurity, Health Tech, and More  

Israel’s cybersecurity sector continues to shine, attracting significant attention from investors both at home and abroad. Companies like Wiz, which raised nearly $1 billion in one round, exemplify the sector’s strength. Cybersecurity has become a core pillar of the Israeli innovation ecosystem, with nine mega-rounds in this sector alone. 

In health tech, despite workforce shortages and logistical disruptions, companies have continued to innovate and attract capital. Israel’s health tech sector remains robust, with 47 private rounds in the last year. Digital health technologies, medical devices, and AI-driven diagnostics continue to push the sector forward, positioning Israel as a global leader in life sciences innovation. 

U.S. and Israeli Tech Funding Trends Stay Aligned 

One notable observation from the past year is that private funding trends in Israel closely mirrored those in the U.S., despite the regional geopolitical challenges. Both ecosystems experienced declines in investment following the conflict, but their recovery patterns were in sync. For example, by February 2024, Israel’s private funding dropped to 66% of October 2023 levels, while the U.S. experienced a more moderate decline to 88%. However, by May 2024, both countries rebounded, with Israel reaching 152% of October 2023 levels and the U.S. climbing to 128%. This alignment demonstrates that, despite the unique challenges Israel faces, its tech ecosystem continues to perform on par, reinforcing its global competitiveness. 

Challenges Ahead: Uncertainty in Government Support  

Despite the positive developments, there remains significant concern about the Israeli government’s role in the sector’s future growth. An ecosystem survey we conducted in mid-2024 revealed that over 80% of companies doubt the government’s ability to lead the recovery. The absence of a long-term strategy for academic research, budget planning, and innovation infrastructure exacerbates this uncertainty, potentially threatening the sector’s future. 

Nevertheless, the Israeli tech ecosystem remains optimistic: 54% of companies are confident about their ability to expand in the coming year. Additionally, 56% of companies believe in the ecosystem’s resilience, with most investors sharing this optimism. The war has also spurred new forms of innovation, particularly in areas directly impacted by the conflict. From defense technologies to remote work solutions, Israeli startups are pivoting quickly to address both immediate and future challenges. 

As Israeli tech companies navigate these challenges, the world will continue to look to its innovators for bold, impactful solutions.  

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Quantum computers excel at solving problems that are currently intractable for classical computers, such as factoring large numbers (crucial for cryptography), simulating molecular structures (important for drug discovery), and optimizing large-scale systems (like global supply chains or financial markets).  

These capabilities open new frontiers in fields like cryptography, artificial intelligence, and material science, promising breakthroughs that could transform industries and societies. 

Israel’s Quantum Computing Ecosystem   

Israel’s entry into the quantum computing arena is backed by its robust tech sector and dynamic startup culture. The country’s quantum ecosystem, though smaller in scale compared to global giants, is rapidly evolving, with around 20 Israeli companies specializing in quantum computing, primarily focusing on quantum cryptography.

This aligns closely with Israel’s established strengths in cybersecurity. The intersection of quantum computing and cryptography is a critical area where Israel’s expertise in securing data is being applied to quantum technologies. 

Global Context and Israel’s Position   

While Israel’s sector is growing, it’s essential to view its progress within the broader global context. The U.S. leads the charge with significant contributions from tech giants like IBM, Google, and Microsoft. China is not far behind, with massive government investments and pioneering efforts in secure quantum communication via satellites. The EU’s Quantum Flagship initiative, involving countries like Germany, the Netherlands, and France, is also pushing the boundaries of quantum technology. 

Despite Israel’s smaller scale, its impact is notable.

One out of every 300 tech companies in Israel is focused on quantum computing, a stark contrast to the U.S., where the ratio is approximately 1 in 2,000. This highlights the concentrated effort and strategic importance Israel places on this cutting-edge field. 

Strengths of Israel’s Quantum and Cryptography Ecosystem   

Israel’s ecosystem is characterized by several key strengths: 

1. Cybersecurity Expertise: Israel is a global leader in cybersecurity, and this expertise is now being applied to quantum cryptography. Quantum cryptography uses the principles of quantum mechanics to create secure communication channels that are theoretically impervious to hacking. Israeli startups are leveraging their deep knowledge in traditional cryptography to develop quantum-resistant algorithms and protocols, ensuring that data remains secure in a future where quantum computers might break current encryption methods. 
2. Strong Academic and Research Institutions: Israel is home to world-renowned universities and research institutions, such as the Weizmann Institute of Science and the Hebrew University of Jerusalem, which are at the forefront of quantum research. These institutions not only contribute to fundamental research in quantum physics but also foster collaboration with the private sector, translating academic breakthroughs into commercial applications. 
3. Military-Driven Innovation: The Israeli military, particularly its elite intelligence units like Unit 8200, has been a significant incubator for tech talent. Many of Israel’s quantum startups are founded by veterans of these units, who bring a deep understanding of cryptographic techniques and a mission-driven approach to solving complex problems. 
4. Government Support and Funding: The Israeli government has recognized the strategic importance of quantum computing and has initiated programs to support research and development in this field. This includes funding for startups, collaborative research projects, and partnerships with international tech giants. The government’s proactive approach ensures that Israel remains competitive in the global quantum race. 
5. Startup Ecosystem and Global Collaboration: Israel’s startup ecosystem is renowned for its agility and innovation. At Startup Nation Central, we call Israel’s bold and determined approach to technology “impatient Innovation”. In quantum computing, Israeli startups are focusing on niche areas such as quantum cryptography, quantum control systems, and quantum software. These companies are increasingly engaging in international collaborations, partnering with U.S. tech firms, and participating in European Union research projects. This global integration helps Israeli companies to scale their innovations and contribute to the broader quantum computing landscape. 

Growth and Investment Trends in Quantum Computing   

The quantum computing sector in Israel has seen significant growth, albeit from a modest base. As of August 2024, Israel had 22 quantum computing startups, with four closures during this period. This growth is impressive when compared to the broader Israeli tech ecosystem, where the number of non-quantum companies has remained relatively stable since 2018. This trend reflects a burgeoning interest and investment in quantum technologies within Israel. 

Private funding for quantum computing in Israel began to rise noticeably in 2020. While the broader tech ecosystem experienced a downturn in 2023, quantum computing showed resilience, with total funding for the sector in 2024 already nearing the 2023 annual total by mid-year. This suggests a strong potential rebound and growing investor confidence in quantum technologies. 

Notable Israeli Quantum Computing Startups   

Israel is home to several pioneering quantum computing startups: 

1. Quantum Machines: Specializes in advanced control systems for quantum computing, offering hardware and software solutions that enable the precise execution of complex quantum algorithms. Their Quantum Orchestration Platform is a critical tool for scaling quantum computing applications in cryptography and machine learning. 

2. Classiq Technologies: Focuses on simplifying quantum software development. Their platform allows developers to design and optimize quantum circuits, bridging the gap between quantum hardware and software. This makes quantum computing more accessible for practical applications in optimization, finance, and drug discovery. 

3. Quantum Source Labs: An R&D company dedicated to developing scalable quantum processors and algorithms. Their work aims to solve complex computational problems in fields like cryptography, material science, and AI, accelerating the transition to quantum-powered solutions. 

The Future of Quantum Computing in Israel   

Israel’s quantum computing sector is poised for significant growth. With a strong foundation in technology and innovation – and a startup culture that thrives on agility and disruption, Israel is well-positioned to become a key player in the global quantum landscape. As Israeli companies continue to invest in quantum technologies and expand their international collaborations, the country is likely to achieve breakthroughs in quantum hardware, software, and applications. This will not only enhance Israel’s standing in the global tech ecosystem but also drive economic growth and innovation across various sectors, including AI, cryptography, and beyond. 

Israel’s journey into quantum computing reflects its broader strategy of leveraging its tech ecosystem to tackle complex global challenges. As the country continues to innovate and forge international partnerships, it is set to play a pivotal role in the future of quantum computing, offering solutions that could reshape industries and drive technological progress globally. 

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The Importance of Corporate Social Responsibility

At its core, CSR is about businesses taking responsibility for their impact on society. This holistic approach considers environmental, social, and economic dimensions, recognizing that these areas are interrelated and impactful on long-term business success. Forward-thinking companies understand that CSR initiatives can lead to innovation, open new markets, and create a competitive advantage.

These are three pillars of CSR:

1. Environmental responsibility 

Companies reduce their carbon footprint by adopting sustainable practices. This includes using renewable energy, reducing waste, and enhancing resource efficiency. For instance, a manufacturing firm might implement a comprehensive recycling program and switch to solar energy, contributing to environmental sustainability while reducing operational costs.

• HomeBiogas offers small-scale biogas systems that convert organic waste into clean energy and natural fertilizer. By promoting renewable energy and reducing organic waste, HomeBiogas helps lower carbon footprints and enhance resource efficiency.
• ECOncrete creates sustainable concrete products designed to enhance marine ecosystems. Their innovative approach to marine construction minimizes environmental impact and fosters biodiversity, supporting sustainable development and contributing to environmental responsibility. ECOncrete’s solutions are implemented globally in various marine infrastructure projects.
• SolarEdge develops smart energy solutions, including solar inverters and energy storage systems. By promoting renewable energy adoption, SolarEdge reduces reliance on fossil fuels and decreases greenhouse gas emissions, aligning with environmental sustainability goals.

2. Economic responsibility 

Ensuring long-term economic growth involves ethical business practices, financial transparency, and fair trade. When a multinational corporation adheres to fair trade principles, it supports equitable partnerships and builds a loyal customer base that values ethical sourcing.

• OurCrowd is a global equity crowdfunding platform that democratizes access to startup investments. The platform promotes financial transparency and equitable economic growth by enabling a diverse range of investors to participate in funding innovative startups, fostering fair trade principles and ethical sourcing.
• TechForGood accelerates startups developing solutions for social and environmental challenges. TechForGood addresses social and environmental responsibility gaps by fostering innovation in social impact tech, promoting sustainable development and community welfare.

3. Social responsibility

This dimension focuses on the well-being of people, both within the company and the broader community. Examples include fair labor practices, community engagement, and philanthropy. A tech company, for example, could offer coding workshops in underserved communities, equipping individuals with valuable skills and strengthening community relations. It could also encourage employees to volunteer through a range of mechanisms.

• GivingWay is an online platform connecting volunteers with NGOs globally, facilitating meaningful volunteer opportunities. By promoting volunteerism, GivingWay enhances community support, addresses social needs, and fosters social responsibility.
• Venn creates urban communities focusing on shared living spaces, community engagement, and local impact. By fostering supportive and engaged urban communities, Venn promotes social responsibility and addresses urban social challenges.

Focusing on Social Impact within CSR

Social impact technology is critical in advancing Corporate Social Responsibility (CSR) goals by providing innovative solutions to address environmental, social, and economic challenges. These technologies enable companies to measure, track, and optimize their CSR efforts more effectively. For example, advanced data analytics and machine learning can monitor carbon emissions, waste management, and resource usage, allowing businesses to implement more sustainable practices and reduce their environmental footprint. By leveraging these technologies, companies can comply with regulatory requirements and set new standards for environmental stewardship.

Understanding social impact tech

Social impact within CSR refers to the significant, positive changes that address social issues resulting from a company’s strategies and actions. Unlike general CSR activities, social impact initiatives are often more targeted and measurable, focusing on specific social challenges such as poverty, education, health, and environmental sustainability.

Importance of social impact

Prioritizing social impact initiatives creates a win-win scenario where businesses contribute to societal well-being while enhancing their operations and market potential. These initiatives help companies address global challenges, attract socially conscious customers, and fulfill corporate missions grounded in sustainability and community support values.

Technology as an Enabler of CSR Goals

Technology plays a crucial role in achieving objectives by driving innovation and efficiency. Here are some ways in which technology supports CSR:

• Operational efficiency: IoT devices and AI can optimize supply chain operations, reducing waste and lowering greenhouse gas emissions. Smart logistics systems ensure efficient delivery routes and optimal resource use.
• Transparency and accountability: Blockchain technology assures transparency in supply chains, allowing consumers to verify the ethical sourcing of products. This not only builds trust but encourages companies to adhere to higher standards.
• Social inclusion through connectivity: Tech initiatives can bridge the digital divide. For example, providing internet access to remote areas ensures that communities can participate in the digital economy, access education, and improve their quality of life.

Innovation as a Catalyst for Social Change

Innovation is a powerful driver of social impact, offering new ways to address old problems. Companies prioritizing social impact tech within their CSR strategies are better equipped to contribute to the UN Sustainable Development Goals (SDGs) and make a meaningful difference globally. By investing in tech solutions that address global challenges, these companies not only fulfill their social responsibilities but also unlock new business opportunities and foster long-term sustainability.

Israel, Thriving Hub for Social Impact Tech

Israel is a leading tech innovation hub at the forefront of developing solutions across these sectors. Known for its entrepreneurial spirit and robust tech ecosystem, Israel is increasingly recognized for its contributions to social impact tech. Israel’s unique “impatient innovation” approach catalyzes social change globally.

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Countries worldwide look to Israel for these crucial and cutting-edge defense systems. In 2023 alone, Israeli defense companies saw a record $13 billion in exports across 120 local manufacturers—the third year with record-breaking sales. With 36% of these exports coming from missile defense and another 11% from electronic warfare systems, these categories are leading Israel’s defense tech industry.  

This article explores Israel’s advancements in missile defense and electronic warfare technology. These innovations enhance national security and set a global standard in defense tech capabilities.

Why Israel?

The synergy between Israel’s security needs and its world-class technological infrastructure has accelerated significant advancements in defense technologies. This synergy is crucial, especially during conflict, when rapid response and innovative solutions are imperative. As Globes reported, Israel’s defense industry has thrived even amidst global uncertainties, including those resulting from the war in Ukraine. 

Market leaders such as Elbit Systems, Israel Aerospace Industries (IAI), and Rafael have grown substantially. These developments are supported by a dynamic ecosystem that includes government backing, a thriving startup culture, and substantial investment in research and development. These conditions foster a cycle of innovation that transforms immediate solutions into long-term, market-ready technologies.

Missile Defense Systems of the Future

Israel’s reputation for developing some of the world’s most advanced missile defense systems is well-earned. Systems like the Iron Dome have demonstrated exceptional effectiveness, with high interception rates safeguarding civilian populations from rocket attacks. The Iron Dome, alongside other systems such as David’s Sling and the Arrow system, form a layered defense strategy critical for national security. These systems shield Israeli skies and showcase the nation’s technological prowess globally, attracting international partnerships and investments.

Companies Leading in Missile Defense

Leading firms, such as Rafael, Israel Aerospace Industries, and Elbit Systems, form the backbone of Israel’s missile defense innovation, consistently enhancing Israel’s defensive capabilities. These companies are crucial in developing and refining missile defense technologies. Their collaboration with the Israeli military facilitates rapid technological advancements, enhancing Israel’s defensive capabilities and setting international standards in security technology. 

The expertise and products developed by these companies secure Israeli borders and support global security networks, contributing to international defense ecosystems. Rafael, for example, produces Iron Dome, while Elbit offers a range of aircraft protection technologies. 

Integral Startups 

Israel’s missile defense infrastructure continually evolves, incorporating advancements that enhance its robustness and reliability. Beyond well-known products like the Iron Dome, David’s Sling, and the Arrow system, Israeli startups are emerging with innovative solutions that complement and enhance national defense capabilities. These smaller companies contribute specialized technologies that improve detection, interception, and overall system efficiency.

For example, startups such as mPrest, known for its command and control software, play a crucial role in the operation of Iron Dome by enabling seamless coordination between radar systems and interceptors. Another key player is RADA Electronic Industries, which specializes in advanced radar systems integral to various missile defense applications. RADA’s tactical radar solutions enhance the detection and tracking of incoming threats, providing critical support to Israel’s layered defense strategy.

The Silent Guardians – Electronic Warfare

Electronic warfare (EW) is as crucial as traditional combat capabilities in modern conflict situations. Israel’s strategic focus on Electronic Protection (EP) systems illustrates its commitment to maintaining superiority in the digital arena of warfare. These advanced systems counteract various electronic threats, including signal jamming and electronic interception, safeguarding military communications and operational integrity.

Pioneers in EW Technologies

Elbit Systems is at the forefront of Israel’s electronic defense technology, developing state-of-the-art solutions that fortify military communications and enhance battlefield effectiveness. This ensures operational advantage, securing critical military infrastructures and providing the Israeli Defense Forces with the tools to operate effectively despite the threat of sophisticated electronic attacks.

Electronic Warfare Startups

Startups in the electronic warfare space are driving innovations that significantly enhance Israel’s military capabilities across the electromagnetic spectrum. Numerous Israeli startups are emerging with solutions that complement and elevate the country’s EW systems, contributing technologies that improve detection, communication security, and threat neutralization.

For example, Elisra develops comprehensive EW solutions, including radar warning receivers, laser and IR missile warning systems, and electronic countermeasures. These technologies play a critical role in the defense capabilities of the Israel Air Force and other air forces globally. 

Another key player, RSL Electronics, specializes in commercial off-the-shelf (COTS) products. These include military computers, multifunction displays, control systems for weapon delivery, chaff and flare dispensing systems, and data-link systems for airborne, land, and naval platforms.

Our defense tech landscape map includes these companies and many other Israeli defense tech startups. As you can see from the map, Israel’s leadership in advanced missile defense and electronic warfare technologies has solidified its position as a significant player in the global market. The nation’s continuous innovation and ability to adapt to emerging security challenges enhances its security and enables it to play a crucial role in shaping global military strategies and enhancing worldwide security frameworks. 

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Local Startups, International Collaboration 

Fueled by dynamic startups and international collaboration, Israel pioneers technologies that address critical challenges in air defense, homeland security, aviation, dual-use applications, space technologies, and more. This makes Israel an attractive destination for investors seeking to capitalize on high-quality, innovative opportunities. 

The Role of Finder Platform 

This landscape map, powered by our free business engagement platform, Finder, grants unrestricted access to real-time, updated information and deep business insights into the Israeli tech ecosystem. It enables you to discover and explore opportunities and forge valuable business connections. 

Core Areas of Israeli Defense Tech 

Defense tech involves developing advanced equipment and systems tailored for navy, air, and ground forces. This includes secure communications, electronic intelligence, navigation, sensors, and signal processing. Innovations extend beyond traditional weaponry, enhancing military capabilities in airpower, intelligence gathering, and strategic advantage on the battlefield. 

• Homeland Security (HLS) 

Homeland security encompasses comprehensive measures and technologies to protect the nation from internal and external threats. It includes counterterrorism, border security, cyber defense, intelligence gathering, emergency response, smart cities, and law enforcement. 

• Dual Use Technologies 

Dual-use technology refers to equipment, software, and knowledge that can be utilized for civilian and military purposes. These technologies, initially developed for civilian uses, can be adapted for military operations, making them essential for national security and capable of meeting diverse defense needs. Examples include GPS systems and drones used for both commercial and military purposes. 

• Space Tech 

Space technology involves designing, developing, and operating devices and systems for space travel and exploration, including satellites, instruments, and spacecraft. Advances in spacecraft design, control systems, power systems, and communication systems address industry challenges like reusability, costs, and accessibility. 

•  Unmanned Systems and Robotics 

Unmanned systems and robotics encompass autonomous and remotely controlled technologies, including UAVs, UGVs, USVs, and robotics. These systems leverage satellite and spacecraft technologies for data transmission, signal processing, precise location determination, surveillance, and movement control. 

Defense Tech Subsector Insights 

The Israeli defense tech ecosystem is a testament to the country’s impatient, innovative spirit and strategic foresight. As global security challenges evolve, Israel’s blend of military and civil applications in defense tech ensures it remains at the forefront of technological advancement. By leveraging platforms like Finder, stakeholders can navigate this dynamic landscape, uncovering opportunities and forging collaborations that drive growth and innovation. 

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Israel’s history of resilience in the face of adversity—from geopolitical conflicts to economic crises—has honed its ability to maintain business continuity and innovation. This resilience is evident in the tech sector’s ability to attract significant investments, launch new funds, and execute mergers and acquisitions, even during crises. 

What is Sports Tech? 

Sports technology, or sports tech, encompasses innovations designed to enhance athletic performance, fan engagement, sports broadcasting, and overall sports experiences. This sector leverages advancements in AI, data analytics, biomechanics, and digital media to provide tools for athletes, coaches, teams, and fans. Sports tech includes automated video production, smart wearables, personalized nutrition plans, cognitive training platforms, and immersive fan engagement applications. By integrating technology into sports, sports tech transforms how sports are played, viewed, and experienced globally. 

Israeli Sports Tech Ecosystem 

Israel’s sports tech ecosystem integrates the nation’s renowned innovation and technological prowess with the determination and resilience inherent in all athletes. The traits that make athletes successful—dedication, ability to handle failure and stress, and relentless pursuit of excellence—mirror the qualities needed for successful entrepreneurship. This alignment creates an ideal environment for “impatient innovation” in sports tech. 

Strategic collaborations enhance Israel’s sports tech impact, with partnerships between entities like the National Olympic Committee of Israel and the Technion—Israeli Institute of Technology. Israeli sports tech companies are advancing local sports capabilities, making significant inroads in international markets, and partnering with global tech giants.  

Main Sports Tech Verticals and Israeli Companies 

• Fan Engagement: Israeli companies are enhancing fan interaction with sports. Platforms like Pico provide personalized fan engagement solutions, working with NBA and NHL teams and major European football clubs like Bayern Munich. Tokabot offers tools for clubs, federations, and media outlets to engage with fans during games through online platforms. 

• Media and Broadcasting: Companies like PlaySight and Pixellot revolutionize sports media and broadcasting. PlaySight offers automated live streaming and multi-angle video recording production, serving high school teams, NCAA programs, and professional franchises. Pixellot provides automated production without human intervention, and it is used by ESPN, SONY, and FC Barcelona. LiveU, known for its cost-effective production and broadcasting, is used by La Liga and other networks like ESPN and FOX Sports. 

• Health and Fitness: Israeli sports-tech companies provide innovative health and fitness solutions. LikeAGlove created smart measuring garments, Sleeprate offers sleep solutions for enterprises and athletes. Physimax provides platforms for musculoskeletal self-assessment used by organizations like West Point and the Utah Jazz. 

• Athlete Development: Technologies like IntelliGym enhance cognitive training for athletes. Initially developed for the Israeli Air Force, IntelliGym improves decision-making and concentration and is now used by youth clubs and professional teams globally. 

Israeli Athletes Becoming Founders 

Athletes’ success in the sports-tech industry is driven by their determination and the tech industry’s potential. Many athletes transition to tech ventures, leveraging their goal-oriented dedication and teamwork. In Israel, the “Sports, Start-Up, and Media” course, launched in 2019, helps players transition into high-tech and sports-tech. This course, a joint initiative of the “Colosseum” sports innovation group and the Israeli Players’ Association, includes sessions on entrepreneurship, industry field trips, and advanced sports technologies. 

Among the course graduates are goalkeepers Danny Amos, Daniel Tenenbaum, and Omri Glazer, veteran players like Yuval Avidor, and young players like Tai Baribo and Aylon Yerushalmi.

Some Israeli athletes have successfully launched companies: 

SenSwim: Israel’s most decorated swimmer, Gal Nevo, founded SenSwim to measure swimmers’ performances and provide recommendations. The system is installed in the Olympic pool at the Wingate Institute. 

Aviv Net: Tamir Goodman, known as the “Jewish Jordan” for his exceptional basketball skills, founded Aviv Net, an innovative anti-bacterial basketball net. Born from the disruptions of COVID-19, the net is designed to address ball control and hygiene issues simultaneously, enhancing player safety and performance.  

Investing in Tech: NBA veteran Omri Casspi invested in Day Two, a nutritional tech start-up offering personalized dietary recommendations based on gut microbiome analysis. This innovation helps optimize health and performance through tailored nutrition plans. 

Landscape Map from Finder

Athletes’ success in the sports-tech industry is driven by their determination and the tech industry’s potential. Many athletes transition to tech ventures, leveraging their goal-oriented dedication and teamwork.

With the Paris Summer Olympics underway, here are some of Israel’s top sports tech companies and products: 

• Tokabot: Fan engagement tool for clubs, federations, and media outlets 

• PlaySight: Automated live streaming and multi-angle video recording production 

• Pixellot: Automated sports production without human intervention 

• LiveU: Innovative and cost-effective sports production and broadcasting 

• SenSwim: Provides automatic data for swimming coaches 

• DayTwo: Nutritional tech start-up offering personalized dietary recommendations 

• IntelliGym: Cognitive training platform initially developed for the Israeli Air Force 

• Physimax: Platform for musculoskeletal self-assessment 

• Replay Technologies (acquired by Intel): Multi-dimensional imaging technology 

• MindFly: Smart camera system for athletes’ vests 

The synergy between Israel’s robust innovation ecosystem and athletes’ disciplined, resilient mindsets creates an ideal environment for sports tech entrepreneurship. This combination drives advancements in sports technology and contributes to the broader vision of Israeli innovation and resilience, positioning Israel as a global leader in tech and sports innovation. 

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Countries that invest in new ideas, technologies, and research are better positioned to address the world’s most pressing challenges and create sustainable economic prosperity. In this context, the “innovation economy” concept has emerged as a critical factor in understanding and shaping the future. 

What defines an innovation economy? Keep reading to explore the ongoing global shift towards this model and some leading examples worldwide. 

What is an innovation economy?

An innovation economy is one in which the generation, application, and commercialization of new ideas, products, and technologies drive growth. 

This type of economy emphasizes research and development (R&D), high-tech industries, and the continual evolution of existing processes and products. Key characteristics that set an innovation economy apart include:

• High investment in R&D: Significant financial resources are dedicated to finding innovative solutions and developing cutting-edge technologies.
• Dynamic ecosystem: A robust network of academic institutions, government agencies, and private sector entities that collaboratively foster innovation.
• Skilled workforce: A labor market rich in technical and innovative skills, often supported by strong educational institutions and continuous professional development.
• Global connectivity: Strong ties with international markets and global collaboration, ensuring innovations can scale and have a global impact.

The shift towards an innovation economy

The world increasingly recognizes the importance of innovation as a driver of economic growth and societal advancement. Several factors contribute to this shift. 

Technological advancements have made innovation and bringing new products to market more accessible, fueling economies that prioritize innovation. Global challenges such as climate change, health crises, and food security drive the need for novel solutions, and countries that harness innovation are often better positioned to tackle these problems.

Additionally, economic competitiveness plays a crucial role. Nations that promote innovation often improve economic performance by attracting investments and creating high-value jobs. 

Many governments are introducing policies and incentives to encourage R&D and innovation within their borders. 

This combination of technological progress, pressing global issues, and supportive policies propels the global movement toward innovation-driven economies.

Innovation economies around the world

Innovation economies are not confined to any single continent or region; they can be found globally. 

This widespread presence illustrates that fostering innovation can propel countries beyond their historical economic output, regardless of their previous economic standings. 

The annual Global Innovation Index shows that nations traditionally viewed as economic powerhouses compete alongside emerging economies, leveraging innovation to accelerate growth and development.

For instance, the United States and the United Kingdom were already strong economies but have maintained and extended their global influence thanks to their robust innovation ecosystems. 

On the other hand, countries like South Korea and Israel have transformed their economic landscapes through focused investments in R&D, a culture of entrepreneurship, and strong governmental and institutional support for innovation. 

By embracing an innovation-driven approach, countries can break traditional economic constraints and achieve new levels of prosperity.

Israel is a leading innovation economy

Israel meets and exceeds the prerequisites of an innovation economy, earning the title “Startup Nation.” Our bold and determined innovators impatiently tackle global challenges with creativity and relentless optimism. Here are more reasons why Israel is a leading innovation economy:

• High Investment in R&D: Israel is one of the top countries globally for R&D investment as a percentage of GDP, spending approximately 4.9% of its GDP on research and development.
• Dynamic Ecosystem: Israel features a robust network of over 7,200 tech startups and companies, academic institutions, government agencies, and private sector entities that collaboratively foster innovation.
• Skilled Workforce: Israel’s skilled labor market is supported by strong educational institutions, technological military units, and a focus on continuous professional development. The country ranks high in both higher education enrollment and technical skills.
• Global Connectivity: Israeli companies and innovations are geared toward the global market from inception. This ensures that their innovations have worldwide applicability and impact.

How we can help

At Startup Nation Central, we connect the Israeli innovation ecosystem with global solution seekers. 

We provide frictionless access to Israel’s bold and determined problem solvers, helping tackle some of the world’s most pressing challenges.

Want to learn more about creating an innovation economy in your country or partnering with Israel’s tech pioneers? Email us at hello@sncentral.org.

Innovation is best when shared. Let’s drive progress together.

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