The age of AI warfare has arrived, and speed will determine victory

The Jerusalem Post  |  Saar Tzur

The Israeli Defense Forces' newly launched Hoshen five-year plan operationalizes artificial intelligence, robotics, and advanced technology across battlefield echelons to secure decision superiority. Experience from conflicts in Ukraine and Israel demonstrates that modern combat generates dynamic information volumes far exceeding human cognitive processing capacity. This technological shift creates two concurrent transformations: cognitive augmentation within command headquarters through real-time sensor fusion and automated execution at the tactical edge where uncrewed platforms navigate degraded environments.

By compressing the early observe-and-orient stages of the operational decision cycle, artificial intelligence filters multi-domain intelligence data to build dynamic common operational pictures while leaving command authority with human leadership. At the tactical level, autonomous systems conduct time-sensitive targeting, route selection, and threat interception under established rules of engagement. Future military advantage depends not on raw physical mass or platform counts, but on integrating personnel, autonomous systems, data networks, and doctrine into a singular, resilient cognitive operational architecture.

Comment

The Israel Defense Forces' Hoshen plan formalizes a transition from hierarchical command trees to decentralized node processing across tactical networks. Compressing John Boyd's classic OODA loop at the headquarters level risks shifting operational bottlenecks from data collection to risk evaluation under extreme time compression. Algorithmic sensor fusion within multi-domain command posts alters traditional command relationships by delegating localized target engagement parameters directly to uncrewed edge platforms. This operational evolution transforms human command authority from direct tactical oversight to mission boundary setting.

Strategic Question for Discussion

If the Israel Defense Forces' Hoshen plan successfully compresses the OODA loop via edge automation, which factor presents a greater vulnerability in multi-domain operations — electronic warfare disruptions to neural network data flows, or potential command degradation when human supervisors must validate automated target engagements under compressed decision windows?

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