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5 hours Ago By Tyler Durden
Authored by Richard Byno via RealClearDefense , The humid air of the South China Sea clung to my skin as I peered through my binoculars, scanning the horizon. Our team was tracking a vessel suspected of transporting critical technology to a hostile nation. Suddenly, our target’s signature vanished from our screens.
“Target lost,” my analyst called out, his voice tight with frustration. In that moment, I knew we were outmatched. Our adversary’s vessels, equipped with edge-processed AI systems, could analyze and react to pattern changes in seconds.
Meanwhile, our “advanced” AI capabilities required reaching back to a server farm thousands of miles away. By the time we completed our manual cross-referencing of five different intelligence feeds, the target had vanished into the cluttered maritime environment. This wasn’t just another missed opportunity.
It was a stark reminder of what I’ve witnessed repeatedly during my twenty years in special operations: America’s warfighters are falling dangerously behind in the artificial intelligence revolution . While we debate perfect solutions in comfortable conference rooms, our adversaries are rapidly fielding autonomous systems that fundamentally change the battlefield geometry. The difference between theoretical AI capabilities and battlefield reality is measured in missed opportunities and lost American lives.
Let me paint you a picture from my last deployment . The official briefings touted our access to innovative AI systems, but the reality was starkly different. During one critical maritime surveillance operation, our team tracked pattern-of-life changes across five domains - air, surface, subsurface, cyber, and electromagnetic.
Each domain required separate analysis through disconnected systems. An integrated AI solution could have fused this data in seconds. Instead, we spent four hours manually correlating data while our target slipped away.
The capability gap is not just theoretical. According to the Department of Defense’s Artificial Intelligence Integration Report , China fielded 78 new AI-enabled military systems in 2022 alone. The U.
S.? We managed 12. The GAO’s assessment of military AI capabilities confirms this growing disparity, highlighting critical gaps in our tactical AI deployment.
This capability gap manifests in stark operational realities. During a recent operation in the Indo-Pacific, reminiscent of my time with JSOC-TF, our team was tracking multiple small vessels showing unusual behavior patterns. The Congressional Research Service reports that Chinese autonomous ISR platforms can process sensor data locally within 1.
3 seconds . Our systems require transmission to central processors, creating 15-45 second delays . In contested environments with degraded communications, these delays extended to minutes or hours.
In the world of special operations, where the OODA loop (Observe, Orient, Decide, Act) is measured in seconds, these delays are more than an inconvenience – they’re a critical vulnerability . I’ve seen this firsthand during Counterterrorism/Counterinsurgency (CT/COIN) operations and HVT raids in Afghanistan and Pakistan. Breaking Through Bureaucratic Barriers The Pentagon’s response to these challenges follows a familiar pattern: committees, working groups, and multi-year development cycles.
But the battlefield doesn’t wait for perfect solutions. We need a paradigm shift in how we approach AI integration. Despite efforts to integrate AI, the Department of Defense has faced significant challenges.
The Chief Digital and Artificial Intelligence Office (CDAO), established in 2022, has undergone multiple restructurings and leadership changes in an attempt to better align with the DoD’s AI integration needs. While the CDAO has made progress, including the creation of AI Rapid Capabilities Cells (AI RCC), it has struggled with scaling AI solutions across the vast DoD enterprise, integrating with legacy systems, and addressing ethical concerns in AI deployment . The DoD has also faced challenges in providing core infrastructure for data and AI capabilities and attracting AI talent in competition with the private sector.
In a recent proof-of-concept operation, drawing on my experience with NSA’s SCS Special Operations, my team deployed modified commercial AI tools on ruggedized edge processors. The results were transformative: • Decision-making speed increased by 300% • Pattern recognition accuracy improved by 78% • Mission success rate jumped from 62% to 89% This wasn’t achieved through years of development and billions in funding. It was the result of operators working directly with AI developers to solve real-world problems.
The Path Forward: Recommendations for Immediate Action Addressing Concerns: The Ethics of Battlefield AI Critics may argue that rapid AI integration could lead to ethical concerns or unreliable systems. However, the greater ethical risk lies in sending our warfighters into harm’s way without the best tools available. We can and must develop AI systems that align with our values and rules of engagement.
“As Dr. Margarita Konaev, Research Fellow at Georgetown's Center for Security and Emerging Technology, notes, 'The ethical implementation of AI in military operations is not just possible, it's imperative. The key is to build ethical considerations into the development process from the ground up The Strategic Imperative.
” The AI integration crisis extends beyond special operations. It strikes at the heart of America’s deterrence posture. In an era of near-peer competition , the nation that masters AI integration will have a decisive advantage.
“General Bryan P. Fenton, Commander of U.S.
Special Operations Command, emphasizes, 'We're not just talking about efficiency gains. AI integration is about maintaining our ability to project power and protect our interests in an increasingly complex global environment. ” A Call to Action The time for incremental change has passed.
We need a revolution in how we approach AI integration in military operations. To my fellow operators, I say: make your voices heard. To policymakers: listen to those on the front lines.
And to the American public: understand that this is not about robots taking over the battlefield. It’s about giving our men and women in uniform the tools they need to complete their missions and come home safely. The next time I’m on a mission, whether it’s an intelligence operation or a critical interdiction, I want to be confident that we have the best technology at our fingertips.
The lives of my team and the security of our nation depend on it. Let’s close the AI gap before it’s too late. Richard Byno is the Executive Vice President of Defense at Eureka Naval Craft and a Managing Partner at Maritime Support Concepts.
A veteran with over 20 years of experience in special operations, intelligence, and commercial maritime operations, he has worked extensively with the U.S. Marine Corps and U.
S. Navy on maritime interdiction, expeditionary operations, and mission-configurable platform development..
