Business Automation Experts Bae Develop Computer Systems For Businesses – Today’s race for technological supremacy is happening in many fields and it is moving fast. The United States and Europe must win.
Pictured: A computer console on board a Boeing 707 E-3A NATO AWACS aircraft. These planes have been patrolling Allied airspace in Eastern Europe since the Russian attack on Ukraine. The Boeing E-3A NATO Aircraft Warning and Control System aircraft has a distinctive fuselage-mounted radar dome that allows the crew to survey over 310,798 square kilometers, roughly the size of Poland. Credit: NATO
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The 21st century race for technological supremacy is being fought on many fronts and is moving fast. Today’s innovators will own tomorrow’s future. In its current form, the North Atlantic Treaty Organization (NATO), the European Union (EU) and similar countries are in danger of permanent failure. To win this race, the West must develop a common approach to integrating new and disruptive technologies (EDT). The Center for European Policy Analysis ( ) led a year-long study on developing a transatlantic strategic competition framework for defense and dual-use technologies. The aim of the project is to raise awareness, spread discussion and create a common framework for cooperation on these issues between representatives of NATO, the EU and national governments, as well as industry leaders. Ultimately, his goal is to stimulate the development of a transatlantic defense technology strategy for the United States and Europe, which will be critical for the West in the face of the rapid development of Russia and China.
The study makes three important contributions to the ongoing debate. First, it offers a clear and reproducible methodology for identifying critical technologies and prioritizing them as they emerge. Second, it establishes nine major pillars that underpin a common transatlantic defense technology policy. Thirdly, it provides short-term recommendations for implementing the policy framework. Together, these elements form a powerful strategy for strengthening transatlantic defense technology cooperation.
Photo: NATO countries test air defense systems in Poland as part of the Ramstein Legacy 22 exercise. French soldiers survey the horizon for possible threats with the French weapons system during the Ramstein Legacy 22 exercise. Photo: NATO.
Governments should introduce technical issues to civil servants and officers early in their careers and provide realistic ways to use these skills as they move up the value chain. Governments should give more opportunities to civil servants and the military for short-term assignments in technology companies and vice versa.
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Pictured: A Ukrainian soldier in a trench shows a downed Russian drone at a military camp during Russia’s invasion of Ukraine, in Zaporozhye region, Ukraine April 29, 2022. Photo: REUTERS/Weslei Marcelino.
Pictured: The German Rheinmetall KZO drone is launched during the Iron Wolf II exercise in Lithuania. It includes 2,300 troops from 12 NATO countries. The Lithuanian-led exercise is helping to train a NATO battle group made up of troops from Germany, Belgium, Luxembourg, the Netherlands and Norway. Filmed in Pabrade, Lithuania. Credit: NATO
Since the end of the Cold War, the United States and its NATO allies have gained an edge in capabilities over state and non-state adversaries.
However, this advantage gap has narrowed dramatically in recent years. While the United States and its allies have prioritized counterterrorism capabilities over innovative peer technologies over the past two decades, Russia and China have used EDT to close their capability gap, traditionally with NATO. These technologies, such as autonomous systems, do not merely seek to mirror NATO’s capabilities, but instead soften or even overcome them. As a result, NATO is no longer the main driver of new defense technologies and lags behind its competitors in key areas of new technologies.
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To maintain their strategic advantage in an increasingly violent world, NATO and the EU must work together to use EDT to strengthen shared security and better prepare for future crises. Particular attention should be paid to short-term dual-use processing technologies that rapidly affect and undermine traditional safeguards. The ability to develop and implement these revolutionary technologies more effectively than China and Russia will determine the global role of the Transatlantic Alliance in the coming decades. Allies recognize the need to develop a common approach to defense technology, but the ability to act is narrowing.
Two main problems hinder the development of a unified approach. First, NATO and EU member states focus on slightly different technologies, with innovation and investment occurring at very different levels and at different speeds. Recent priority lists and policy efforts such as NATO’s DIANA and the EU Center for Defense Innovation (HEDI) at the European Defense Agency (EDA),
They have tried to tackle this issue, quite rightly, and have significant potential to help the League use EDT to convert targets.
However, insufficient coordination between countries and organizations over time has led to duplication of effort, inefficient spending, and a worrisome interoperability gap, most acute between the United States and European allies. Second, Euro-Atlantic allies disagree on key policy issues related to EDT defense and implementation applications, such as the implementation of common technology control structures and supply chain management. The result is slow and unnatural decision-making that hinders the Alliance’s ability to design, develop and deploy defense technologies quickly enough to compete with Russia and China. This dynamic undermines NATO’s collective defence, internal cohesion and strategic advantage over Russia and China.
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To address these issues, he undertook a year-long study to establish three elements missing from the current literature and policy debate: 1. A systematic ranking of key defense technologies by priority that will giving the entire Alliance the most strategic “return on investment” and increasing its competitive advantage; 2. A common framework for addressing policy issues relating to the development and integration of the EDT; and 3. A list of concrete steps to be taken by NATO and EU member governments in the near future to achieve these goals. This project will have direct political implications for Euro-Atlantic government officials, helping to stimulate discussion, unite minds, and motivate the development of a transatlantic defense technology strategy.
The project’s methodology consisted mainly of qualitative analysis through literature research, interviews and consultations with dozens of officials and experts in national governments, NATO, the EU, industry, think tanks and academia.
This included field trips to Brussels, London, Paris and Washington DC to explore areas of convergence and divergence in Euro-Atlantic countries, institutions and companies. In order to inform the study and gather critical feedback, the research team held two workshops and two red team meetings with officers, scientists and practitioners working on these issues. he also presented the initial results of this study at the Munich Security Conference 2022.
In order to examine existing gaps, find solutions, and follow a sustainable path forward, this study was conducted in three phases. First, the research team ranked prioritized technologies using an organically constructed EDT Innovation Matrix, which ranks the EDTs the entire alliance should prioritize based on five key factors (time, need, cost, policy issues , and effect). The scope of the assessment was limited to dual-use technologies, which are less understood and more challenged within the Alliance, and which are extremely valuable and practical given their diverse applications. Dual-use capabilities have the advantage of consistent income potential from defense organizations, along with the acceleration effect of commercial funding, making them more viable. In particular, the assessment looked at near-term technologies (ie those currently implemented or likely to be implemented within five years) that are most relevant to NATO and the EU’s immediate plans. This study also assessed the capabilities of the Alliance as a whole, with additional analysis of the similar capabilities of Russia and China to understand NATO’s threat environment.
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Photos: A US Air Force explosive ordnance disposal (EOD) technician prepares a Mk. A Talon II bomb disposal robot to operate during the Northern Challenge exercise. Northern Challenge 18, involving more than 300 soldiers from 16 NATO countries, was hosted by Iceland at Keflavik Air Base in September 2018. Through joint training, the soldiers were able to learn the tactics and the latest and greatest techniques for handling improvised explosive devices. Devices (IEDs), one of the least predictable weapons in modern warfare. Credit: NATO
Based on these parameters, the research team identified and placed five technologies as top priorities for the Alliance’s strategic advantage: space capabilities, unmanned systems, hypersonics, edge computing, and cognitive influence capabilities.
Based on the current and projected threat environment, as well as the capabilities of Russia and China in these areas, the feasibility of implementation and the transformative potential of these technologies to influence the capabilities of the Alliance as a whole in relation to China and Russia in the future War. As explained in this section of the paper, the research team decided not to focus on artificial intelligence and machine learning (AI/ML) because of the extensive research, analysis, and literature that already exists, and the fact that the authors mainly see AI/ML. ML. Machine learning as a key tool for all the EDTs described above, and not a separate opportunity. For further discussion, this document has an additional section on exempt technologies.
Second, the team developed common research
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