By James Rosone
Author | CEO, Front Line Publishing Inc.
The future of modern warfare is upon us: artificial intelligence, unmanned autonomous vehicles, robotics, and predictive behavioral analysis. The purpose of writing this series of articles focusing on these four areas is simple–I hope to educate and inform my readers, fellow veterans, active-duty military, policy and decision-makers, and anyone interested in learning more about how the wars of the future will be fought.
In warfare, technology is changing faster than we can keep up with it. Long gone are the days when a weapon system first fielded to a military could remain top-of-the-line and cutting edge for decades before something new would come along and overpower it. In today’s world of rapidly evolving technology and innovation, a state-of-the-art aircraft could be introduced to the world, but within months, sometimes weeks, a countermeasure is found that negates its technological edge.
When the Maxim gun was first invented in 1884, it changed warfare. This recoil-operated, water-cooled machine gun radically revolutionized warfare. A single Maxim gun could effectively deliver the same firepower as thirty to forty riflemen firing at their maximum sustained rate. This immense increase in firepower meant that machine guns could dominate the battlefield, turning defensive positions into nearly impregnable strong points. During World War I, for example, this led to the widespread use of trench warfare, as machine guns could mow down advancing troops before they reached enemy lines.
On September 15, 1916, at the Battle of the Somme, the British introduced the Mark I tank. While the Mark I had numerous mechanical issues and was relatively unreliable, its psychological and tactical impact was significant. This early tank design helped to break the stalemate of trench warfare by crossing trenches, crushing barbed wire, and providing mobile firepower. It radically changed and altered the future of warfare for generations to come.
The first known military use of the airplane took place during the Italo-Turkish War (1911-1912). Shortly after the Wright Brothers discovered flight, it was Italy who saw its immediate and practical use on the battlefield. Italy was the first nation to use aircraft in combat, employing them for reconnaissance and bombing missions over Libya, establishing this new technology as a game-changer in how future wars would be fought.
Presently, we are living through perhaps the greatest evolutionary change in warfare–the rise of artificial intelligence and autonomous weapon platforms. As a military and techno-thriller author, I would be remiss if I did not take this opportunity to share and discuss the most incredible (albeit scary at times) evolutions in how warfare is presently being fought and will be fought on the battlefields of the near future.
In an effort to better inform and, Lord willing, educate, entertain, and perhaps even offer an analysis of how I see technology changing the future of warfare, I am going to embark upon a journey to create a series of short, informative articles titled The Future of Modern Warfare. These articles will focus on the use of AI-driven autonomous military platforms, unmanned aerial vehicles in the use of C4ISR, loitering munitions, unmanned combat aerial vehicles, unmanned ground combat vehicles, surface and sub-surface naval vessels, autonomous and semi-autonomous military robotic platforms, and lastly, something truly game-changing called AI-driven predictive behavioral analysis. All of these will continue to change how current and future wars will be fought.
Before I begin with my first article, taking a closer look at the Turkish-made Bayraktar Kizilelma, I would like to take a moment to share my bona fides, which I believe separate me from the average “YouTube General-Master-Gunnery-Sergeant of the Navy, Army, Space, and Marine Corps” who obtained his 93-hour doctorate from the “University Military History Channel.” I joined the military in November of 1996, enlisting in the Army National Guard while I attended the University of Wisconsin. After obtaining a BS in Political Science and a BA in International Studies, I wanted to continue serving my country, this time as an active-duty airman with the Air Force from June 2004 to June 2008.
After finishing ten years of military service, I continued to serve with the Departments of State and Defense as a contractor from July 2008 to May 2014. I served in various intelligence and operations roles with US Central Command, US Special Operations Command, and US European Command in the Middle East, Europe, and Eurasia. I also have a Master’s in Business Administration and a Master’s of Science in Major Programme Management from the Said Business School at the University of Oxford. I am the author of thirty-six books, with more than one million sales worldwide in English, German, French, Hindi, and Japanese.
Now that the formalities are out of the way, let me share with you how I intend to cover the different evolutions we are seeing across multiple warfare domains. To start with, this past October I traveled to Istanbul, Turkey to attend the Saha Aerospace & Defense Industry Expo, where I had the chance to see the Bayraktar Kizilelma in person. In addition to observing this marvel of technology up close, I had the opportunity to speak to a mechanic responsible for maintaining this unmanned combat aerial vehicle, an electronics engineer, and a pilot who let me ask a host of technical questions. Without further delay, let me share some of what I learned about this incredible aerial platform that is going to radically change air warfare.
The Bayraktar Kizilelma: Revolutionizing Aerial Warfare
In a hangar somewhere on the outskirts of Istanbul, the future of warfare was on display for the world to see. The Bayraktar Kizilelma, a sleek unmanned combat aerial vehicle (UCAV), sits beneath fluorescent lights, its form deceptively simple. But behind its angular shape lies the story of a new era in combat—one where pilots remain on the ground, and the battlefield stretches beyond the horizon.
Developed by Turkey’s defense company Baykar, the Kizilelma embodies the shift in modern warfare: fewer boots on the ground, fewer pilots in cockpits, and more reliance on machines that think and fight on their own. In a world where stealth, speed, and precision define military superiority, the Kizilelma presents itself as the next logical step. It’s not just a drone; it’s an armed, pilotless fighter jet.
At its heart, the Kizilelma is built for survival in an unforgiving environment. Its low radar cross-section means that most enemies won’t see it coming until it’s too late. It can reach near-supersonic speeds, skimming the edge of sound while evading detection. Armed with a payload of 1.5 tons of munitions—stashed both inside and out—this is a UCAV designed to be more than just a distant observer. It’s a combatant, capable of taking down enemies not only on the ground but in the air.
There’s a silent evolution underway in how wars will be fought. Traditional drones, once limited to reconnaissance or launching missiles at static targets, are giving way to systems like the Kizilelma. It doesn’t just watch; it engages. It doesn’t just strike; it hunts. The notion of air-to-air combat has long been the domain of human pilots, but the Kizilelma changes that. Fighter jets once dominated the skies through sheer piloting skill. Now, that edge is a matter of programming and precision engineering.
Yet, what truly sets the Kizilelma apart is not just its stealth or its speed, but its autonomy. It operates from aircraft carriers—taking off and landing on short-runway ships like Turkey’s TCG Anadolu. In doing so, it extends the reach of naval airpower far beyond land bases. In contested waters, where access to land is restricted or denied, the Kizilelma becomes the eyes, ears, and fists of a fleet. It doesn’t just support; it leads.
This level of autonomy comes at a time when military strategy is in flux. Commanders are rethinking the human costs of war. The fewer soldiers or airmen that need to be sent into danger, the better. And while a machine may not feel fear or pain, the Kizilelma’s presence changes the calculus of risk. It executes missions that would be too dangerous for a pilot, slipping into contested airspace, striking deep behind enemy lines, and returning home—if only to be sent back out again. There is no fatigue, no hesitation, only the cold calculation of its mission.
The implications of the Kizilelma’s introduction into global arsenals are profound. Air superiority, once the purview of fighter pilots, is now something a nation can achieve with a machine. It changes how militaries think about risk and reward, how they consider engagements in hostile territories. And, perhaps most importantly, it forces adversaries to evolve. No longer can an enemy simply outfly the opponent; they must outthink the algorithm.
In this new theater of war, the Bayraktar Kizilelma is more than a tool—it’s a vision of what’s to come. It is the future of combat, a future where machines take the lead, and human hands remain on the controls, but far from the fire.
In closing, I would be remiss if I didn’t encourage you to check out our Monroe Doctrine series. In our fictional war series, we wrote extensively about how this specific technology will revolutionize air warfare. In our series, we talked about how the PLA’s super-AI, Jade Dragon, introduced a similar aircraft to the Kizilelma we called Dark Dragon. As PLA pilots flew the aircraft, and as those pilots flew more hours and gained experience, Jade Dragon continued to learn from these pilots and how they reacted to various combat situations. Over time, Jade Dragon was eventually able to replicate the effectiveness of manned and remotely piloted aircraft to create an autonomous AI pilot profile it could load into the next generation of UCAVs.
When Allied pilots suddenly found themselves flying against an experienced AI pilot, they seldom had a chance in aerial combat. The Dark Dragons were built for speed and maneuverability, and without a pilot’s life to consider, the AI was able to aggressively fly the aircraft in ways the human body simply could not. I’d love to give away how the Allies overcame this challenge in our series, but I’ll let you read the books to discover for yourself.. You can view the series link on Amazon here.
As we look to the future of warfare, it’s clear that advancements in AI and autonomous platforms like the Bayraktar Kizilelma and the fictional Dark Dragon are only the beginning. The implications for modern combat are profound, and the ripple effects will shape military strategy for decades to come.
If you found this article valuable and informative, we encourage you to share it with others who share an interest in the ever-evolving world of military technology. Stay ahead of the curve by signing up for our Future of Modern Warfare Newsletter to receive exclusive insights and updates directly to your inbox.
Don’t forget to follow us on Facebook, Patreon, and X to join the conversation and ensure you never miss a moment of our exploration into the future of combat. Your support and engagement help us bring you more thought-provoking content on how technology is revolutionizing the battlefield.
Together, let’s explore what lies ahead.
