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Topic: Emerging and disruptive technologies – NATO HQ

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Technologies such as artificial intelligence (AI), autonomous systems and quantum technologies are changing the world and the way NATO operates. These and other emerging and disruptive technologies (EDTs) present both risks and opportunities for NATO and Allies. That’s why the Alliance is working with public and private sector partners, academia and civil society to develop and adopt new technologies, establish international principles of responsible use, and maintain NATO’s technological edge through innovation.
 
 
 
Emerging and disruptive technologies are increasingly touching all aspects of life – from electronics like phones and computers, to everyday activities like grocery shopping and banking. These technologies are also having a profound impact on security. Innovative technologies are providing new opportunities for NATO militaries, helping them become more effective, resilient, cost-efficient and sustainable. These technologies, however, also represent new threats from state and non-state actors, both militarily and to civilian society.
NATO’s 2022 Strategic Concept – which defines key challenges facing the Alliance and outlines how NATO will address them – reflects this changing context. It affirms that EDTs bring both opportunities and risks, and that they are altering the character of conflict, acquiring greater strategic importance and becoming key arenas of global competition. As a result, Allies agreed in the Strategic Concept to promote innovation and increase investments in EDTs to retain NATO’s interoperability and military edge. Allies will work together to adopt and integrate new technologies, cooperate with the private sector, protect their innovation ecosystems, shape standards and commit to principles of responsible use that reflect the Alliance’s democratic values and human rights.
To embrace these opportunities while also countering threats enabled by EDTs, NATO is working with Allies to develop responsible, innovative and agile EDT policies that can be implemented through real, meaningful activities. By working more closely with relevant partners in academia and the private sector, NATO aims to maintain its technological edge and military superiority, helping deter aggression and defend Allied countries.
 
In February 2021, NATO Defence Ministers endorsed “Foster and Protect: NATO’s Coherent Implementation Strategy on Emerging and Disruptive Technologies.” This is NATO’s overarching strategy to guide its relationship to EDTs. It has two main areas of focus:
These goals are key to ensuring NATO retains its strategic and effective dominance.
NATO’s innovation activities currently focus on nine priority technology areas:
The Alliance is developing specific plans for each of these key technology areas (linked above, where a public version is available). These strategies are laying the groundwork for NATO to accelerate responsible innovation and the rapid adoption of modern technologies, in order to improve decision-making and steer transatlantic innovation for defence and security in accordance with Allied values, norms and international law.
Data is a key enabler for all EDTs. NATO is bolstering its data exploitation efforts through its Framework Policy and Strategic Plan. In line with the Strategic Concept’s call to expedite the digital transformation of the Alliance, NATO has also developed an Implementation Strategy for digital transformation.
 
To meet the critical challenges of today and tomorrow, NATO directly engages innovator communities. Through new initiatives and bodies designed to foster innovation in EDTs and protect such efforts from potential adversaries and competitors, NATO plays an active role in cultivating a transatlantic innovation ecosystem for defence and security.
Defence Innovation Accelerator for the North Atlantic (DIANA)
At the 2021 Brussels Summit, Allied Leaders agreed to launch the Defence Innovation Accelerator for the North Atlantic (DIANA) to foster transatlantic cooperation on critical technologies, promote interoperability and harness civilian innovation by engaging with academia and the private sector. Subsequently established in 2022, DIANA works directly with leading researchers and entrepreneurs, from early-stage start-ups to more mature companies, to solve critical defence and security challenges through dual-use technologies.
DIANA works by running competitive industry challenges. Each challenge is based on a critical defence and security problem, and asks innovators to develop deep tech, dual-use technologies to help solve it. Innovators that are selected to participate in DIANA’s programmes receive non-dilutive grants (i.e., investment capital that does not require them to give up equity or ownership in their company), and gain access to over 20 accelerator sites and more than 180 test centres in dozens of countries across the Alliance. They also have access to a network of mentors (scientists, engineers, industry experts, end-users and government procurement experts) and a community of trusted investors. Lastly, DIANA offers pathways to market both within NATO as an organisation and with NATO Allies.
DIANA launched its first three pilot challenge programmes in 2023, selecting 44 companies (from a pool of over 1,300 applicants) to join its accelerator programme and tackle specific challenges on energy resilience, undersea sensing and surveillance, and secure information sharing. Once fully operational in 2025, DIANA will have the capacity to work with hundreds of innovators each year across a wide network of accelerator sites and test centres throughout the Alliance.
NATO Innovation Fund
NATO Leaders also agreed at the 2021 Brussels Summit to establish a NATO Innovation Fund. The EUR 1 billion venture capital fund will provide strategic investments in start-ups developing dual-use emerging and disruptive technologies in areas that are critical to Allied security.
Many start-ups working on deep tech struggle to attract sufficient investment because of lengthy time-to-market timelines and the high capital intensity of their research. The NATO Innovation Fund will tackle this problem by leveraging its unique position as a patient investor with a 15-year run-time better suited to the extended time horizons necessary for deep-tech start-ups. It will focus on early-stage investments (i.e., pre-seed through Series A and follow-on), providing risk capital directly into these start-ups, while also having the ability to invest in other top-tier deep-tech venture capital funds that align with the Fund’s three strategic objectives:
The NATO Innovation Fund is the world’s first multi-sovereign venture capital fund. It includes 24 NATO Allies as Limited Partners: Belgium, Bulgaria, Czechia, Denmark, Estonia, Finland, Germany, Greece, Hungary, Iceland, Italy, Latvia, Lithuania, Luxembourg, the Netherlands, Norway, Poland, Portugal, Romania, Slovakia, Spain, Sweden, Türkiye and the United Kingdom. The Fund is making direct investments into start-ups located in any of the 24 participating Allied countries, as well as indirect investments into deep tech funds with a transatlantic impact.
The Fund’s main headquarters are in Amsterdam, with regional offices in London and Warsaw.
NATO’s Data and Artificial Intelligence Review Board
NATO’s Data and AI Review Board is the focal point of NATO’s efforts to govern responsible development and use of AI. It does this by helping to operationalise the Principles of Responsible Use of AI that Allies agreed in NATO’s AI Strategy, including by developing a ‘Responsible AI’ certification standard. The Board creates practical Responsible AI toolkits, guides Responsible AI implementation in NATO and supports Allies in their Responsible AI efforts.
Each NATO country has a member that sits on the Board. These members may be drawn from government, academia, the private sector or civil society – they come from diverse backgrounds to ensure NATO’s approach to Responsible AI is multidisciplinary. External experts are also part of the Board’s expert subgroups, which help fulfil the Board’s core functions – including with a focus on Responsible AI tools, standards and knowledge-sharing.
NATO Advisory Group on Emerging and Disruptive Technologies
The NATO Advisory Group on Emerging and Disruptive Technologies is an independent group that provides external advice to NATO on how it can optimise its innovation efforts. The Group was established in July 2020 and consists of 12 experts from the private sector and academia across the Alliance who have led cutting-edge research, developed EDT policy and managed innovation initiatives. Its membership is renewed every two years.
The Group released its first annual report in March 2021, providing four initial recommendations to NATO: improve technology literacy throughout the Organization; establish an efficient network of Innovation Centres; design and facilitate new financing mechanisms for innovation with private sector entities, both small and large; and create innovation partnership initiatives with external EDT stakeholders from industry and academia.
In its second annual report delivered in April 2022, the Group examined three critical, ongoing work-strands aimed at enabling NATO and Allies to adopt new technologies at pace and maintain a technological edge: DIANA, the NATO Innovation Fund and the Human Capital Innovation Policy (which contains recommendations for NATO on how to attract, retain and develop talented employees with technical skills and innovation mindsets). The report describes how these initiatives are signs of real action towards technological readiness and outlines the EDT-motivated, holistic defence pivot that NATO is ideally placed to lead.
In 2023, its deliverables included inputs to NATO’s Quantum Strategy and NATO’s Biotechnology and Human Enhancement Strategy. It also remains a trusted advisor of DIANA, with the Chair of the Advisory Group serving as an observing member on the DIANA Board of Directors.
NATO Innovation Board
The NATO Innovation Board is chaired by the Deputy Secretary General and brings together high-level civilian and military leadership from across the Alliance. The purpose of the Board is to look at new ideas from outside of the Organization, provoke discussion, foster adoption of best practices and secure cross-NATO support for changes that will help NATO innovate. This includes receiving recommendations from the NATO Advisory Group on Emerging and Disruptive Technologies.
Other NATO innovation bodies
Other NATO bodies that are also involved in the Alliance’s innovation activities and are driving technological development and adoption across NATO include: 
NATO’s focus on EDTs is strongly linked to cooperation with partners in the public and private sector, academia and civil society. Given that many defence applications of EDTs are developed by or with the private sector, engagement with industry – especially start-ups – is key. The North Atlantic Council has held several technology-focused sessions where Permanent Representatives connect with executives driving technological breakthroughs.
 
NATO has been supporting innovation, both in Allied armed forces and in its own capabilities, since the Alliance was founded. However, the accelerating pace of emerging and disruptive technologies is creating rapid and large-scale changes – not only in everyday life, but also in security and defence. The timeline below lays out milestones in the development of NATO’s EDT policies.
December 2019 – NATO Leaders agree an Emerging and Disruptive Technology Implementation Roadmap with seven original EDT areas: data, AI, autonomy, quantum technologies, biotechnology and human enhancement, hypersonic technologies and space. The purpose of this roadmap is to help structure NATO’s work across key technology areas, and enable Allies to consider the implications of these technologies, for instance for deterrence and defence, and capability development.
December 2019 – NATO Leaders ask Secretary General Jens Stoltenberg to lead a forward-looking reflection process to strengthen NATO both militarily and politically and to adopt a more global approach for the Alliance. Over the subsequent months, this takes shape as the NATO 2030 initiative.
June 2020 – Following consultation with Allied parliamentarians, civil society, public and private sector experts, and young leaders, NATO Secretary General Jens Stoltenberg lays out his priorities for NATO 2030. This includes a focus on innovation and critical technologies, to make sure that the Alliance remains ready to face tomorrow’s challenges. DIANA and the NATO Innovation Fund begin to take shape as key pillars of the NATO 2030 agenda.
July 2020 – NATO Secretary General Jens Stoltenberg establishes the first NATO Advisory Group on Emerging and Disruptive Technologies. The group consists of 12 external experts from the private sector and academia, from countries across the Alliance. These experts provide advice to NATO on the adoption of new technologies and other aspects of innovation, including education, financing and innovation ecosystems.
September 2020 – The 2020-2022 NATO Advisory Group on Emerging and Disruptive Technologies presents recommendations to the NATO Innovation Board, including on innovative technologies that NATO should be pursuing as a priority.
February 2021 – NATO Defence Ministers endorse NATO’s Coherent Implementation Strategy on Emerging and Disruptive Technologies, with a focus on the seven EDT areas from the 2019 EDT Implementation Roadmap.
March 2021 – The NATO Advisory Group on Emerging and Disruptive Technologies publishes its first annual report (for the year 2020), providing four key recommendations for NATO: improve technology literacy throughout the Organization; establish a network of Innovation Centres; design and facilitate new financing mechanisms for innovation with private sector entities, both small and large; and create innova­tion partnership initiatives with external EDT stakeholders from industry and academia.
June 2021 – At the 2021 Brussels Summit, NATO Leaders agree the NATO 2030 agenda to ensure the Alliance can face the challenges of today and tomorrow, including by sharpening NATO’s technological edge. As part of the NATO 2030 agenda, they also agree to launch the Defence Innovation Accelerator for the North Atlantic (DIANA) and to establish the NATO Innovation Fund.
October 2021 – NATO Defence Ministers endorse NATO’s Artificial Intelligence (AI) Strategy, setting out how the Alliance aims to adapt AI to meet operational requirements, and to accelerate and mainstream the secure and trustworthy integration of AI across a range of Alliance capabilities. Ministers also endorse the Data Exploitation Framework Policy. Seventeen Allies sign up to develop the framework for the NATO Innovation Fund, and to establish how it will work in practice. An additional four Allies join this process over the following months.
February 2022 – NATO Defence Ministers endorse the first Annual Report on Innovation and EDTs, defining new activities to enhance NATO’s technological readiness, including by adding two new EDT areas: novel materials and manufacturing, as well as energy and propulsion.
April 2022 – NATO Foreign Ministers endorse the charter for DIANA, which outlines its mission and strategy; legal authorities; financial mechanism; governance; and the regional offices, accelerator sites and test centres that will make up its initial footprint. Foreign Ministers from 21 Allies agree the framework for the NATO Innovation Fund.
April 2022 – The NATO Advisory Group on Emerging and Disruptive Technologies delivers its second annual report (for the year 2021), examining three critical, ongoing work strands aimed at enabling NATO and Allies to adopt new technologies at pace and maintain a technological edge: DIANA, the NATO Innovation Fund and the Human Capital Innovation Policy.
June 2022 – At the 2022 Madrid Summit, leaders from 22 Allied countries commit to participating in the NATO Innovation Fund. (Finland and Sweden became the 23rd and 24th participating countries following their accessions to NATO in April 2023 and March 2024 respectively.) Separately, NATO Leaders unveil DIANA’s updated initial footprint of test centres and accelerator sites across the Alliance.
October 2022 – NATO Defence Ministers endorse NATO’s Autonomy Implementation Plan and the establishment of NATO’s Data and Artificial Intelligence Review Board. The Data and Artificial Intelligence Review Board serves to operationalise NATO’s Principles of Responsible Use of AI, as set out in NATO’s AI Strategy. The Autonomy Implementation Plan drives a coherent approach to NATO’s autonomy protection and development efforts in line with the Alliance’s norms, values and commitment to international law.
February 2023 – NATO Defence Ministers endorse the second Annual Report on Innovation and EDTs, which outlines NATO’s approach to fostering and protecting EDTs in 2023. The Report adds next-generation communications networks as a new EDT area and determines that data has been sufficiently mainstreamed into NATO lines of effort, including data exploitation and digital transformation, to no longer be considered a standalone EDT area.
February 2023 – NATO’s Data and Artificial Intelligence Review Board (DARB) meets for the first time to start the development of a user-friendly Responsible AI certification standard.
February 2023 – NATO announces plans to establish the Alliance Persistent Surveillance from Space (APSS) initiative to enhance space-based surveillance and intelligence for the Alliance, which will improve situational awareness and decision-making processes.
March 2023 – DIANA opens its first regional office, at the Imperial College London Innovation Hub in London, United Kingdom.
June 2023 – DIANA launches its first three pilot challenge programmes, inviting innovators to apply to its programmes.
July-August 2023 – The NATO Innovation Fund appoints the investment team that will manage the EUR 1 billion venture capital fund, and confirms the participation of 23 NATO Allies as Limited Partners (becoming 24 when Sweden joins the Alliance in March 2024).
November 2023 – Allied Foreign Ministers approve NATO’s Quantum Technologies Strategy.
November 2023 – DIANA announces its first cohort of innovators, having selected 44 companies from over 1,300 applicants to join its accelerator programme.
March 2024 – DIANA doubles the size of its network of accelerator sites and test centres. DIANA’s network will now comprise 23 accelerator sites (up from 11) and 182 test centres (up from 90) in 28 Allied countries, augmenting DIANA’s capacity to support innovators from across the Alliance as they develop their technologies. View an interactive map showing all DIANA locations.
April 2024 – NATO Defence Ministers endorse NATO’s Biotechnology and Human Enhancement Strategy.
 
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Elimelech awarded the Connecticut Medal of Technology for pioneering work – Yale News

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Menachem Elimelech
Menachem Elimelech, the Sterling Professor of Chemical and Environmental Engineering at Yale, has been awarded the Connecticut Medal of Technology, the state’s highest honor for technological achievement.
The award was announced by the Connecticut Academy of Science and Engineering (CASE).
Elimelech, who is on the faculty of the Yale School of Engineering & Applied Science, was recognized for his pioneering developments of energy-efficient, sustainable membrane-based technologies for desalination, and the management of brines and industrial wastewaters.
He is a leading international authority who has transformed the field of environmental engineering, particularly in these areas.
Connecticut Governor Ned Lamont said Elimelech’s work illustrates the state’s role as a global technology leader. “Dr. Elimelech’s pioneering research has not only enriched the academic community’s understanding of a highly complex topic, but also led to innovative approaches to addressing critical environmental issues and spawned the growth of an industry,” he said. 
The honor also reflects both Elimelech’s broadly international scientific reputation as well as his commitment to the betterment of the world, said Yale Engineering Dean Jeffrey Brock.
Yale Engineering has long made finding solutions to major environmental challenges a key part of its mission,” Brock said. “Professor Elimelech’s work is a critical step toward ensuring that people across the globe will have access to clean drinking water and to understanding how to make sure that access endures.”
Elimelech’s research focuses on various membrane-related processes for water desalination, brine management, and other applications.
His innovative work on forward osmosis, which uses membranes to filter water, has profoundly impacted the desalination and water industry. He was a co-founder of Oasys Water, a company that commercialized the ammonia-carbon dioxide forward osmosis desalination technology. More than 13 new forward osmosis start-up companies have been formed following his pioneering research.
In a recent breakthrough, Elimelech showed that a model used for more than 50 years to describe water transport in reverse osmosis membranes is fundamentally flawed. He proposed an alternative mechanism and theory, a finding has direct implications for the design of high-performance desalination membranes.
Elimelech earned his B.S. and M.S. degrees from the Hebrew University of Jerusalem and his Ph.D. in environmental engineering from Johns Hopkins University in 1989. In his first appointment, Elimelech served as professor and vice chair of the Department of Civil and Environmental Engineering at UCLA. He joined Yale in 1998 as director and founder of the university’s Environmental Engineering Program as well as Llewellyn West Jones Professor in the Department of Chemical Engineering. In 2005, he was named Roberto C. Goizueta Professor and became chair of Yale’s Chemical and Environmental Engineering Department.
In 2021, he was appointed Sterling Professor of Chemical and Environmental Engineering, the university’s highest academic rank. He was the first engineering professor at Yale to earn this distinction.
His major awards and honors include the International Water Association (IWA) Membrane Technology Award (2023); Honorary Doctorate, Ben-Gurion University, Israel (2023); Prince Sultan Bin Abdulaziz International Prize for Water (2023); Eni Prize for “Protection of the Environment” — considered by many the Nobel Prize in the energy/environment sector — (2015); The Simon W. Freese Environmental Engineering Award and Lecture, American Society of Civil Engineers (2011); The American Institute of Chemical Engineers Lawrence K. Cecil Award in Environmental Chemical Engineering (2008); and The Athalie Richardson Irvine Clarke Prize, National Water Research Institute (2005).
Elimelech is an elected member of the Canadian Academy of Engineering (2022); the Australian Academy of Technology and Engineering (2021); the Chinese Academy of Engineering (2017); the Connecticut Academy of Science and Engineering (2007); and the United States National Academy of Engineering (2006).
In addition to Elimelech, the state also awarded the Medal of Technology to ARKA Group, in honor of the company’s 60 years of work in optics and other technologies.
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Ultrasound technology is used in many ways. Addiction is the next frontier. – The Washington Post

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The use of the high-frequency sound waves is also being adapted to treat Alzheimer’s disease, tumors and psychiatric disorders.
MORGANTOWN, W.Va. — Nestled inside a giant MRI machine, the woman wears a helmet outfitted with special probes. Peering through high-tech goggles, she sees images designed to trigger the awful, familiar cravings that have wrecked her life.
Heroin residue on tin foil. Lines of powder cocaine. Pain pills scattered on a table.

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Jack Dorsey Leaves Bluesky Board, Calls X 'Freedom Technology' – Bloomberg

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