IAI Chief Boaz Levy: The 'War of the Future' Has Already Arrived

The integration of artificial intelligence and autonomous systems has shifted from a theoretical projection to an operational reality. Boaz Levy, CEO and Chairman of Israel Aerospace Industries (IAI), asserts that "the war of the future is already here," signaling a fundamental transition in how modern militaries engage and operate.

Speaking at the 65th Israel Annual Conference on Aerospace Sciences (IACAS 2026), Levy detailed a vision of the battlefield where AI, space technologies, and autonomous systems are no longer peripheral tools but central pillars of defense. This strategic shift is backed by significant industrial momentum; according to IAI's 2023 financial report, the company's order backlog reached approximately $18 billion by the end of that year.

The Shift to Autonomous Systems

The transition toward robotic warfare has been accelerated by recent high-intensity conflicts, particularly those involving Iran. Levy highlighted that these engagements have already demonstrated the efficacy of the robotic battlefield, where autonomous systems are used to mitigate risk and increase precision. This operational environment relies heavily on the synergy between air defense systems, such as the Arrow missiles, and unmanned aerial vehicles (UAVs) to maintain a technological edge.

To sustain this advantage, IAI is currently developing next-generation learning systems. Unlike static software, these systems are designed to adapt in real-time to evolving threats, allowing platforms to modify their behavior based on the immediate data received from the field. This capability transforms the nature of the arms race, moving the competition from the physical hardware of a platform to the speed and adaptability of its underlying algorithms.

Strategic Implications

The move toward AI-driven warfare represents a departure from traditional human-operated platforms toward a model of collaborative human-machine teaming. By offloading data processing and rapid reaction tasks to AI, military commanders can operate at speeds that exceed human cognitive limits. This shift suggests that the primary strategic advantage in future conflicts will not be determined by the size of a fleet or the caliber of a weapon, but by the ability to process battlefield intelligence and execute autonomous responses in milliseconds.

The Path Forward

As defense industries globally race to integrate these technologies, the focus is shifting toward the intersection of aerospace innovation and operational deployment. While the core capabilities of AI-driven systems are now evident, the industry continues to explore the limits of autonomy in complex environments. Observers will be watching how IAI and other defense contractors scale these learning systems to handle increasingly unpredictable asymmetric threats in the Middle East and beyond.