Britain should turn Ukrainian wartime innovation into shared leadership

Does innovation happen only under pressure?

<![CDATA[ <article> <p>Does innovation happen only under pressure? It is a difficult question to ask, because history does give us a difficult answer. </p><p>Wars, shocks and national emergencies have often forced societies to move faster than they would in normal times, and many of the technologies we now take for granted came from moments nobody would wish to repeat.</p><p>The Second World War is the obvious example, with its lasting influence on medicine, aviation, computing, communications and manufacturing. </p><p>The Covid pandemic gave us a more recent version of the same pattern, when a global health crisis pushed scientists, regulators, governments and pharmaceutical companies to develop and approve vaccines at a speed that would previously have been treated as impossible.</p><h2 id="ukraine-s-experience">Ukraine’s experience</h2><p>It is often said that Ukraine’s experience of wartime innovation cannot be replicated in ‘peaceful’ Britain. In one sense, of course it cannot. One country is fighting for its survival against a much larger aggressor, while the other is an island nation that has lived for decades with the habits and assumptions of relative <a href="https://www.techradar.com/news/best-internet-security-suites">security</a>.</p><p>Yet that argument only takes us so far. If urgency drives innovation, then the more useful question is what creates urgency in societies that are not at war. Or, to put it more plainly, what creates urgency in countries that do not really feel themselves to be under existential threat?</p><p>Britons continue to go about their daily lives much as they always have. People work, travel, argue about politics, worry about mortgages, watch sport, plan holidays and assume that the basic structures around them will continue to function. This sense of normality is, of course, a privilege. It is also one of the reasons why creating urgency in peacetime can be so difficult.</p><p>Britain, though, has repeatedly shown that it can innovate with extraordinary force when the need becomes clear. The Industrial Revolution transformed the country and then the world, with British engineers helping to build the railways, steam power and manufacturing systems that reshaped entire economies. For a small archipelago, Britain has had an unusual ability to turn technical advances into industry, <a href="https://www.techradar.com/best/best-infrastructure-management-service">infrastructure</a> and global influence.</p><p>During the Second World War, that ability appeared again under extreme pressure. Radar helped defend British skies, then became part of the foundation for aviation, shipping, weather forecasting and modern sensing systems. Penicillin, discovered through British science, became a mass medical revolution because wartime urgency forced production and clinical adoption at scale. </p><p>At Bletchley Park, the need to break codes helped push electronic computing from theory into practical machinery, with Colossus showing what computation could achieve when the stakes were national.</p><h2 id="more-recent-experience">More recent experience</h2><p>More recently, the pandemic showed that this capacity has not disappeared. </p><p>Oxford researchers began human trials of their COVID-19 vaccine in April 2020. By December, Oxford and AstraZeneca had published the first peer-reviewed Phase III results for a coronavirus vaccine, and the UK became the first country to authorize the Oxford-AstraZeneca vaccine for public use. That was not an accident of national character. It happened because institutions, expertise, capital, government and industry were all pointed at the same urgent problem. </p><p>Innovation is therefore hardly foreign to Britain.. The question is what conditions have historically allowed it to move at speed, and whether those conditions can be created today without waiting for a disaster to create them for us.</p><p>That question is now becoming more urgent in defense. The war in Ukraine has shown how quickly military technology can evolve when adaptation becomes a matter of survival. Capabilities that might once have taken years to develop now change in months, and sometimes in weeks. Software updates, autonomous systems, drones, electronic warfare tools and battlefield data are changing how militaries think about capability, <a href="https://www.techradar.com/pro/best-rfp-platform">procurement</a> and industrial readiness.</p><p>This shift has not gone unnoticed in Britain. The Strategic Defence Review repeatedly refers to the need for innovation, agility and "wartime pace" and those phrases now appear across government, military and industry discussions. That is progress, but <a href="https://www.techradar.com/best/best-language-learning-apps">language</a> is only the beginning - the real test is whether Britain can build systems that make speed practical, funded and repeatable. </p><p>For much of its modern history, Ukraine has faced questions of sovereignty, territorial integrity and, at times, national survival. Following Russia's invasion in 2014 and again in 2022, the need to compensate for a larger adversary accelerated the adoption of drones, electronic warfare systems and other asymmetric capabilities. Innovation became part of a broader national effort to preserve statehood.</p><p>However, Ukraine also demonstrates why simple comparisons can be misleading. Countries do not all innovate for the same reasons, because countries do not all carry the same history. The pressures that shape Ukrainian urgency are not the same that shape British urgency and pretending otherwise would be lazy. </p><h2 id="a-very-different-story">A very different story</h2><p>Russia has often mobilized around a very different story, built on encirclement, external enemies and the restoration of great-power status. From Soviet narratives of confrontation with the West to contemporary rhetoric around NATO expansion and historical spheres of influence, the perception of an external challenge has repeatedly been used to justify national consolidation and state-led mobilization.</p><p>The United States offers another model again. American technological acceleration has often been driven by the ambition to lead, whether that meant reaching the Moon before the Soviet Union, dominating emerging industries, or maintaining military and economic advantage. Its urgency has often come from competition, scale and the belief that leadership itself is a national objective.</p><p>This suggests that urgency itself may not be the defining variable. Different societies move when different ideas become powerful enough to organize institutions, capital, industry and talent. Britain’s challenge is not to recreate Ukraine’s conditions, which are uniquely and painfully Ukrainian. Britain’s challenge is to identify the national objective that can generate serious effort in a British context.</p><p>Part of the answer may lie in the way Britain thinks about time. Earlier this year, addressing the United States Congress, King Charles referred to America’s founding 250 years ago and joked that, in British terms, it felt like “just the other day”. It was a light remark, but it captured something real about Britain’s historical outlook. This is a country that often sees itself across long stretches of time.</p><p>That can make Britain frustratingly slow at the beginning of a challenge. It can also make the country unusually powerful once it connects immediate pressure to a longer national story. Threat alone has rarely been enough as a British organizing principle. Britain has responded to danger when required, but some of its most important periods of innovation came when immediate pressure was tied to economic transformation, scientific leadership or institution-building.</p><h2 id="the-changing-character-of-warfare">The changing character of warfare</h2><p>Seen through that lens, Ukraine is more than a warning about the changing character of warfare. It is an early view of technologies that are likely to shape economies and societies long after this war has ended. To mobilize Britain properly, the opportunity should not be presented as a narrow defense issue. The technologies being tested under the hardest conditions can become the basis of new industries, new standards and new areas of commercial leadership.</p><p>Britain has always been good at building industries around serious technologies once the need is understood. Its strength has rarely been invention alone. It has been the ability to create institutions, standards, markets, professional services, capital structures and global relationships around invention.</p><p>The country has many of the ingredients needed to lead here. It has excellent universities, serious engineering talent, strong financial markets, a respected legal system, advanced manufacturing capability, deep insurance expertise and global reach. It also has a long relationship with Ukraine and a new political framework through the UK-Ukraine 100 Year Partnership.</p><p>This is where the next stage of support for Ukraine should become more ambitious. The UK should continue to support Ukraine militarily, financially and diplomatically, because Ukraine is defending its sovereignty and the security of Europe. Alongside that support, technology partnership should become one of the defining features of the relationship.</p><p>The logic is straightforward. Ukraine has some of the most relevant operational learning in the world. Britain has the skills, institutions and history to turn urgent invention into global progress. Put together properly, that combination could help Ukraine rebuild, strengthen Britain’s preparedness and create technologies with value far beyond the current war.</p><p>That will require more than warm words. Britain should build a practical UK-Ukraine dual-use technology corridor around real problems and real users. That means identifying Ukrainian technologies and operational lessons with proven relevance, pairing them with British engineers, universities, investors, commercial customers, defense users and regulators, then testing them in real environments.</p><p>The focus should be on areas where Britain has a genuine need and Ukraine has hard-won experience. Protecting airports from drone disruption. Inspecting offshore energy assets. Improving emergency communications. Strengthening supply chains. Applying AI to difficult visual data. Detecting interference around critical infrastructure. Monitoring farmland and infrastructure with autonomous systems.</p><p>The ethical point matters. Ukraine cannot become a source of raw ideas for others to package, own and sell back to the world. If Britain wants to be trusted by Ukrainian founders, engineers, soldiers and policymakers, it has to treat Ukraine as a partner in value creation. The best arrangements will allow Ukrainian companies to scale internationally through the UK while keeping a proper stake in their intellectual property, commercial future and national recovery.</p><h2 id="a-hard-strategic-reason">A hard strategic reason</h2><p>There is also a hard strategic reason to get this right. Every serious country is now rethinking defense, industrial resilience and technology. The United States, Germany, Japan and others are deepening their relationships with Ukraine because they understand that the war is reshaping the future of security. Britain has been one of Ukraine’s strongest allies, and that support is recognized with real gratitude. The next stage should match that moral commitment with a more ambitious technology partnership.</p><p>Procurement will decide whether this becomes real. A start-up cannot wait years for a serious decision. Investors will struggle to back complex national security technologies if successful trials lead nowhere. Defense users need permission to test smaller companies without being trapped by process. Commercial customers need help understanding where battlefield-tested technologies can be used safely, lawfully and usefully in civilian settings.</p><p>Without those pathways, Britain will admire Ukrainian innovation in public while failing to absorb its lessons in practice. That would be a serious missed opportunity. The technologies being shaped in Ukraine will influence how we inspect buildings, move goods, respond to disasters, protect power networks, secure public spaces, monitor farmland and manage risk. Some will remain military. Many will move into civilian life so gradually that, in ten years, people may forget where the original lessons came from.</p><p>That has always been the way. Radar did not remain a wartime technology. Penicillin did not remain a wartime medicine. Computing did not remain hidden inside codebreaking. Once wartime pressure forced progress, society found wider uses, and the countries that knew how to translate those advances gained economic, scientific and strategic power.</p><p>Britain has done this before. It has turned moments of pressure into technologies, industries and institutions that shaped the modern world. Ukraine is now revealing where the next wave of defense and dual-use technology is heading. The UK should help build it, and it should do so with Ukraine.</p><p><em></em><a href="https://www.techradar.com/best/best-online-collaboration-tools"><em>We've reviewed, rated, and ranked the best online collaboration software</em></a><em>.</em></p><p><em>This article was produced as part of </em><a href="https://www.techradar.com/pro/perspectives" target="_blank"><em>TechRadar Pro Perspectives</em></a><em>, our channel to feature the best and brightest minds in the technology industry today.</em></p><p><em>The views expressed here are those of the author and are not necessarily those of TechRadarPro or Future plc. If you are interested in contributing find out more here: </em><a href="https://www.techradar.com/news/submit-your-story-to-techradar-pro" target="_blank"><em>https://www.techradar.com/pro/perspectives-how-to-submit</em></a></p> </article> ]]>