The smart battlefield represents the reshaping of modern warfare around digitalization, data-driven decision-making, and real-time situational awareness. Supported by sensors, unmanned systems, satellite networks, and advanced communication infrastructures, this concept aims to connect all elements on the battlefield through a single integrated network. Commanders and units can detect threats more rapidly, clearly visualize the positions of friendly forces, and make more accurate and timely decisions thanks to continuous real-time data flow. In this context, the smart battlefield is not merely a technological advancement but a strategic advantage that directly determines operational tempo.

From a technical perspective, the smart battlefield is built on an integrated architecture combining artificial intelligence–supported analytics, big data processing, and autonomous land, air, and naval platforms. Massive volumes of data collected from sensors are analyzed by AI algorithms to enable threat prioritization, target identification, and predictive scenario assessments. This significantly shortens the decision-making cycle while minimizing human error. Moreover, the smart battlefield encompasses cyber security, electronic warfare, and information superiority, aiming to control not only the physical domain but also the cognitive and digital dimensions of warfare. Today, many countries place the smart battlefield at the core of future military doctrines, positioning it as a foundational pillar for network-centric warfare and multi-domain operations.