Russia Resurgent: SACEURs and the New Old Front
NATO SACEURs Jones, Stavridis, Breedlove, and Cavoli face a resurgent Russia — Georgia 2008, Crimea 2014, cyber and “little green men.” Battlegroups deploy to the Baltics; logistics, rail lines, and cold-war muscle memory are rebuilt.
Episode Narrative
From the ashes of the Gulf War in 1991, a new world order emerged. U.S. military leaders were captivated by a concept known as the Revolution in Military Affairs. They envisioned a powerful arsenal bolstered by guided munitions and cutting-edge intelligence, surveillance, and reconnaissance systems. This promise of technological supremacy was intoxicating, creating notions of quick and decisive victories. Yet, within this newfound confidence lay a critical flaw: a neglect for counterinsurgency and asymmetric warfare preparedness. In their race toward modernization, commanders lost sight of a vital element in the landscape of war — the capacity to adapt to unconventional conflicts. This would prove a dire oversight.
As the mid-1990s approached, the U.S. Army plunged headfirst into this experimentation with RMA technologies. Armed with advanced weapons, they believed they had crafted a strategy that could overpower any opponent. However, arrogance crept in like a shadow. Senior leaders began to sever their connection between strategy and operational reality. Instead of a holistic understanding of warfare, they focused almost exclusively on conventional scenarios. This narrowing vision would soon reveal its vulnerabilities.
Fast forward to 1999, where the winds of change once again stirred. NATO's Supreme Allied Commander in Europe at that time, General Wesley Clark, found himself at the helm during the Kosovo War. This marked not just a military operation, but a test of unity among allies. As air raids targeted Serbian positions, the complexities of coalition command became glaringly apparent. Airpower alone was not sufficient to achieve the strategic objectives they had set out. In the crucible of war, every miscalculated move became a reminder of the limitations that lay ahead.
In 2003, a seismic shift in the Middle East unfolded with the regime change in Iraq. However, for U.S. commanders, the flames of chaos flickered mercilessly. The lessons from Kosovo appeared lost in the ebb and flow of the battles. They struggled to formulate concepts suited for counterinsurgency, grappling with a churning reality they hadn’t prepared for. As leaders remained ensnared in conventional dogma, the urgency for adaptation grew desperate.
Meanwhile, in 2008, yet another challenge presented itself. The whirlwind of the Russo-Georgian War caught NATO unprepared. General John Craddock, the alliance's commander, was thrust into the fray as Russia swiftly intervened. The rapidity of the Russian response underscored the vulnerabilities within NATO’s preparedness strategies. Key aspects like intelligence sharing and rapid military response came into sharp focus, exposing cracks in the previously unshakable facade of the alliance.
As dust settled on the events of Eastern Europe, 2014 marked a critical turning point in NATO’s collective memory. Russia's annexation of Crimea sent shockwaves through the region. General Philip Breedlove, the new SACEUR, became the linchpin in coordinating the alliance’s response. His actions in sending battlegroups to the Baltic states, supplemented by rounds of military exercises, were emblematic of a newfound resolve. The narrative of collective defense was no longer theoretical; it became a tangible reality.
In 2016, NATO took decisive steps to fortify its Eastern flank. Enhanced Forward Presence battlegroups were established in key strategic locations like Estonia, Latvia, Lithuania, and Poland. Each nation contributed its strengths, demonstrating the unity and commitment of the alliance. This was not just a defensive posture — it was a declaration. Within years, the alliance aimed to deter further Russian aggression through a firm yet adaptable military presence.
By 2018, NATO held its largest exercise since the end of the Cold War. General Curtis Scaparrotti oversaw Trident Juncture, a massive test involving 50,000 troops from 31 nations. It was not merely about deployment; it was about affirming solidarity and signaling a readiness to respond to any threats with measured ferocity. The echoes of a past filled with decades of NATO’s collective strategy reverberated with renewed vigor.
Yet, the world changed again with the onset of the COVID-19 pandemic in 2020. General Tod Wolters faced unprecedented challenges of maintaining military readiness. The adaptive strategies of the past were now wrested from the hands of commanders by a viral enemy. Training routines and scheduled deployments hung in the balance, highlighting the need for resilience in command and control systems.
In 2021, as General Christopher Cavoli assumed command, the shadow of Russia loomed larger. Tensions heightened, particularly around the Black Sea region. The continued presence of battlegroups in the Baltics became critical, acting as both a deterrent and a testament to NATO’s strategic resolve. Yet, the challenge of interoperability among various forces remained a puzzle yet to be solved.
A significant transformation occurred throughout this period. U.S. military commanders increasingly leaned on sophisticated information networks, ISR systems, and guided munitions. But the specter of hybrid warfare — cyber attacks, disinformation campaigns, and the elusive “little green men” operating within blurred lines of conflict — loomed above them. The technological prowess that once promised dominance faltered when faced with a more asymmetric, insidious form of warfare.
In 2014, in a nod to historical memory, the U.S. Army began to rebuild Cold War-era logistics and rail lines across Europe. This was not just a logistical adjustment; it was an echo of a bygone era, a return to muscle memory in response to Russian aggression. As the complexities of contemporary war demanded adaptability, lessons from the past were embraced anew.
By 2016, U.S. forces conducted various exercises in the Baltics — Saber Strike and Atlantic Resolve among them. These initiatives were not mere displays of power but essential practices in testing interoperability among diverse NATO forces. Each exercise became a lived experience of the alliance's commitment to collective defense while simultaneously delving into the nuances of collaboration.
Fast-forward to 2018. The strategic shift deepened further. A brigade combat team was deployed to Europe on a rotational basis, imbued with a resolute focus on deterrence. This was a pivotal moment, signaling a departure from the post-Cold War drawdown and a readiness to face the realities of an ever-evolving geopolitical landscape.
In the following years, the U.S. military ventured into the integration of artificial intelligence and machine learning into command and control systems. This leap into the digital domain aimed to enhance decision-making in chaotic and rapidly shifting environments. However, the speed and complexity of the warfare landscape continued to evolve, pushing the boundaries of conventional thought.
As the pandemic raged on in 2021, the military faced yet another layer of challenge. Maintaining interoperability among NATO allies became complicated by the disruption of training and deployment schedules. The need for resilient command and control systems surged into sharp focus.
In 2022, a new horizon emerged. Experimentation with decentralized decision-making and the incorporation of autonomous systems began in earnest, attempting to navigate the challenges presented by denied or degraded communication channels. As future conflicts loomed, every measure taken braced NATO for potential upheaval.
The echoes of these developments resonated throughout 2023, as the U.S. military conducted vital exercises in the Baltic region. Defender Europe 2023 involved 20,000 troops from 17 nations, serving as a litmus test for the alliance’s ability to stand united. Each soldier, each maneuver underlined a commitment not only to defense but also to the very principles of collective strength in the face of adversity.
As we stand on the precipice of 2024, the U.S. military has begun to integrate operations and cyber capabilities into its command structures. Strengthening decision-making in these complex environments will be crucial in distinguishing friend from foe amidst the fog of modern warfare.
Looking forward to 2025, one must ponder: How is readiness maintained when faced with evolving threats and the shadows of uncertainty? As the world continues to change, each lesson learned will shape the contours of warfare for the next generation.
The narrative of NATO's recent history serves as a mirror, reflecting our collective past while illuminating the road ahead. The interplay between military forces, technological advancements, and geopolitical realities crafts a tapestry rich with challenges and triumphs. In a world where conflict is increasingly multifaceted, we are compelled to remain vigilant, continuously adapting to the new old front where resilience meets resolve.
Highlights
- In 1991, following the Gulf War, US military leaders embraced a Revolution in Military Affairs (RMA), integrating guided munitions and advanced intelligence, surveillance, and reconnaissance (ISR) systems to create war-winning capabilities for US forces, but this focus led to a neglect of counterinsurgency and asymmetric warfare preparedness. - By the mid-1990s, US Army experimentation with RMA technologies was robust, but senior leaders lost sight of the connection between strategy and military operations, focusing almost exclusively on conventional warfare scenarios. - In 1999, during the Kosovo War, NATO’s SACEUR Wesley Clark oversaw the first major combat operation led by the alliance, highlighting the challenges of coalition command and the limitations of airpower alone in achieving strategic objectives. - In 2003, after the regime change in Iraq, US commanders struggled to develop concepts suitable for counterinsurgency, as Army leaders had largely ignored other types of conflict, resulting in a delayed adaptation to the realities of asymmetric warfare. - In 2008, during the Russo-Georgian War, NATO’s SACEUR at the time, General John Craddock, faced the challenge of responding to Russia’s rapid military intervention in Georgia, which exposed vulnerabilities in NATO’s rapid response capabilities and intelligence sharing. - In 2014, following Russia’s annexation of Crimea, NATO’s SACEUR, General Philip Breedlove, played a key role in coordinating the alliance’s response, including the deployment of battlegroups to the Baltic states and increased military exercises in Eastern Europe. - In 2016, NATO established Enhanced Forward Presence (EFP) battlegroups in Estonia, Latvia, Lithuania, and Poland, each led by a framework nation, to deter further Russian aggression and demonstrate the alliance’s commitment to collective defense. - In 2018, NATO’s SACEUR, General Curtis Scaparrotti, oversaw the largest NATO exercise since the Cold War, Trident Juncture, involving 50,000 troops from 31 nations, to test the alliance’s ability to defend its eastern flank. - In 2020, NATO’s SACEUR, General Tod Wolters, faced the challenge of maintaining readiness and interoperability among member states amid the COVID-19 pandemic, which disrupted training and deployment schedules. - In 2021, NATO’s SACEUR, General Christopher Cavoli, took command at a time of heightened tensions with Russia, overseeing the continued presence of battlegroups in the Baltics and increased military activity in the Black Sea region. - Throughout the 1991-2025 period, US military commanders increasingly relied on information networks, ISR systems, and guided munitions, but struggled to adapt these technologies to the complexities of hybrid warfare, including cyber attacks and the use of “little green men” by Russia. - In 2014, the US Army began to rebuild Cold War-era logistics and rail lines in Europe to support the rapid deployment of forces in response to Russian aggression, reflecting a return to muscle memory from the Cold War era. - In 2016, the US military conducted a series of exercises in the Baltics, including Saber Strike and Atlantic Resolve, to demonstrate the alliance’s commitment to collective defense and to test the interoperability of NATO forces. - In 2018, the US Army deployed a brigade combat team to Europe on a rotational basis, marking a significant shift from the post-Cold War drawdown and signaling a renewed focus on deterrence in Eastern Europe. - In 2020, the US military began to integrate artificial intelligence and machine learning into its command and control systems, aiming to improve decision-making in complex, fast-paced, and ill-structured environments. - In 2021, the US military faced the challenge of maintaining readiness and interoperability among NATO allies amid the ongoing pandemic, which disrupted training and deployment schedules and highlighted the need for resilient command and control systems. - In 2022, the US military began to experiment with new forms of command and control, including decentralized decision-making and the use of autonomous systems, to address the challenges of denied, degraded, intermittent, and limited (DDIL) communications in future conflicts. - In 2023, the US military conducted a series of exercises in the Baltic region, including Defender Europe 2023, involving 20,000 troops from 17 nations, to test the alliance’s ability to defend its eastern flank and to demonstrate the interoperability of NATO forces. - In 2024, the US military began to integrate information operations and cyber capabilities into its command and control systems, aiming to improve decision-making in complex, fast-paced, and ill-structured environments. - In 2025, the US military faced the challenge of maintaining readiness and interoperability among NATO allies amid the ongoing pandemic, which disrupted training and deployment schedules and highlighted the need for resilient command and control systems.
Sources
- http://jama.jamanetwork.com/article.aspx?doi=10.1001/jama.1991.03460040009001
- https://academic.oup.com/kentucky-scholarship-online/book/31187/chapter/264233918
- https://www.semanticscholar.org/paper/1bcfb79e072a4e17e0336a0094deb0783bce4386
- https://onlinelibrary.wiley.com/doi/10.1111/mepo.70011
- http://www.dtic.mil/docs/citations/ADA333462
- http://link.springer.com/10.1057/9781137336910_14
- https://www.semanticscholar.org/paper/f4e12bc1687d89a9e328699764170ee56a781a28
- http://www.emerald.com/tcj/article/18/4/670-679/448013
- https://www.semanticscholar.org/paper/a910d34098b19ffbd65d1377d5a8717ea9def034
- https://www.semanticscholar.org/paper/22d515831fa35bd170daf723f0307b3ab59b1354