What ‌is ‌Hybrid ‌Warfare in 2026? Lessons From the Russia–Ukraine Conflict

1. What does "hybrid warfare" mean in 2026, and what's changed?

In 2026, hybrid warfare is best understood as a planned mix of military force and non-military pressure, applied across physical and cyber arenas, to reach political and strategic goals rather than solely depending on classic, conventional combat. That mix typically includes kinetic action paired with attacks on digital infrastructure, electronic warfare (EW), disinformation, economic coercion, and the use of space-enabled tools. The key point is coordination. These levers are timed and stitched together so they unsettle and confuse an opponent while staying, as much as possible, below the clear trigger line of "open war." 

None of this appeared out of nowhere. After the annexation of Crimea, hybrid warfare was often framed as "grey zone" activity, a blend of overt moves, proxies, and information manipulation. Since then, the idea has shifted, pushed along by fast-moving technology and hard lessons from recent fighting. What stands out now is how organised and data-led the approach has become. Cyber, electromagnetic and cognitive effects don't sit on the side anymore; they operate beside traditional fires as a core part of combat power. 

NATO's more current thinking also points to resilience, multi-domain coordination, and the messy overlap between civilian and military spaces. Hybrid conflict is no longer just the warm-up before a conventional campaign. It is a steady state, with states and non-state groups competing continuously, sometimes below the level of armed conflict, sometimes above it.[1]

2. How has the Russia–Ukraine conflict reshaped hybrid warfare in practice?  

The Russia–Ukraine war has put a practical stamp on what hybrid warfare looks like when it runs day after day and hits both military forces and civilian systems. One recent illustration is Ukraine's expanding long-range drone effort in 2026, aimed deep beyond the front line at Russian logistics sites, energy assets, and command nodes. In April 2026, Ukrainian forces carried out more than 160 medium-range strikes (120–150 km), hitting supply depots, drone control locations, and command posts to weaken Russian sustainment and operational depth.[2] 

Those strikes show how central cheap, scalable tools have become. Drones are not just tactical gadgets. They fit into a wider structure that connects ISR, electronic interference, and information effects. Russia has pursued a similar logic, with large-scale drone and missile attacks on Ukraine's energy system, trying to wear down civilian endurance and economic stability. 

What makes this war different is the overlap in time. Physical attacks, cyber actions, and information operations land together, shaping military outcomes and public perception at once. Hybrid warfare is not a side framework here, it is the main way the conflict is being fought, where success is measured by disrupting systems, not only by destroying targets. 

3. What part do new technologies play in modern hybrid warfare? 

New technologies sit at the centre of how hybrid warfare is carried out. They let forces create effects across domains while operating in environments where communications and sensors are being jammed, hacked, or degraded. Autonomous systems, AI, and advanced ISR setups shrink decision cycles and speed up targeting. These tools aren't just "multipliers" added onto an existing plan, they're built into the design of operations, tying sensors, shooters, and command elements together close to real time. 

Ukraine's use of AI-enabled tools to sort and interpret huge volumes of battlefield data is a concrete example. Reuters reporting describes Ukraine drawing on large wartime datasets to train AI systems that can spot targets faster than human analysts working alone. The practical payoff is sharper situational awareness and quicker movement from information to action.[3] 

At the same time, both Russia and Ukraine are leaning heavily on EW to interfere with communications, GPS, and drone links. The electromagnetic environment stays contested, constantly. Advantage comes down to who can integrate and scale these emerging technologies quicker than the other side. 

4. How are command structures and force design adjusting to hybrid threats? 

Hybrid threats are nudging militaries away from tightly centralised command chains and toward structures that can keep functioning when networks fail. In environments where cyber attacks or EW can break communications, mission command becomes more valuable, lower-level units act based on intent rather than waiting for detailed instructions. That speeds tempo and makes forces harder to paralyse. 

Force design is shifting alongside command. Dispersion and modularity matter more, and so does bringing in capabilities once treated as "non-traditional," including cyber teams, reservists, and civilian specialists. The reason is simple: hybrid conflict isn't confined to the battlefield. It forces coordination across military, government, and society. 

Ukraine's Delta system is a useful example. It is a digital command-and-control platform that pulls data from drones, sensors, and intelligence sources into a shared picture. Commanders at different levels can see near real-time information and move independently when they have to. NATO has described Delta as supporting Ukrainian decision-making and coordination in the current conflict.[4] 

5. What lessons should NATO and allies carry into future hybrid conflicts? 

NATO and partner militaries face a straightforward requirement: move faster, integrate more tightly, and harden both military and civilian systems. The Russia–Ukraine war suggests hybrid warfare is defined by pace, adjustment under pressure, and the ability to operate across domains without pause. 

One of the biggest lessons sits in procurement and capability development. Acquisition cycles that run for years do not match a battlefield where drones, autonomous systems, and AI tools can change meaningfully in weeks. Valeriya Ionan from Ukraine's Ministry of Defence innovation environment captures the problem sharply: "the battlefield does not wait for committees, and neither do cyber threats, information operations, or technological shifts." Ukraine's wartime approach has shown what rapid iteration and constant frontline feedback can produce, technology that is updated quickly because it is revised against real operational demand.[5]

The wide adoption of low-cost unmanned platforms and AI-supported targeting is also a warning and a guide. David Kirichenko, in Military Lessons for NATO from the Russia-Ukraine War: Preparing for the Wars of Tomorrow, argues that "Artificial Intelligence (AI) is playing an increasingly significant role on the battlefield, enhancing drone targeting and allowing autonomous systems to have a greater impact. Over time, the battlefield is becoming a clash of algorithms… Cheap drones have already transformed the battlefield, accelerating both sides' need to adapt and develop new technological advancements." The implication for NATO is uncomfortable but clear: scalable, software-driven tools can generate outsized effects, pushing allies to rethink how heavily they depend on expensive, legacy systems.[6] 

Past technology, the conflict points to resilience as a deciding factor. Hybrid warfare goes after infrastructure, information channels, and public trust. That demands a whole-of-society posture, not a purely military one. Future effectiveness will depend on interoperability, shared intelligence, and the ability to work smoothly across allied forces in a contested, multi-domain environment.
 

1.     NATO, "Countering Hybrid Threats," NATO, published January 29, 2026, https://www.nato.int/en/what-we-do/deterrence-and-defence/countering-hybrid-threats. 

2.     "Ukraine Steps Up Medium-Range Strikes Against Russian Forces," Global Banking & Finance Review, published May 5, 2026, https://www.globalbankingandfinance.com/ukraine-steps-up-medium-range-strikes-russian-forces. 

3.     Reuters, "Ukraine Collects Vast War Data Trove to Train AI Models," Reuters, published December 20, 2024, https://www.reuters.com/technology/ukraine-collects-vast-war-data-trove-train-ai-models-2024-12-20/. 

4.     Benjamin Jensen and Yasir Atalan, "Does Ukraine Already Have Functional CJADC2 Technology?" Center for Strategic and International Studies (CSIS), published December 11, 2024, https://www.csis.org/analysis/does-ukraine-already-have-functional-cjadc2-technology. 

5.     Peter Dickinson, "What Ukraine's Wartime Tech Ecosystem Can Teach the Rest of the World," Atlantic Council, published April 8, 2026, https://www.atlanticcouncil.org/dispatches/what-ukraines-wartime-tech-ecosystem-can-teach-the-rest-of-the-world. 

6.     Andrew Fox, Military Lessons for NATO from the Russia-Ukraine War (London: Henry Jackson Society, October 2024), https://henryjacksonsociety.org/wp-content/uploads/2024/10/HJS-Military-Lessons-for-NATO-from-the-Russia-Ukraine-War-Report-web-002.pdf.