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In contemporary conflicts, the primary strategic objective is to gain information dominance by eliminating the opponent's ability to see. Targeting and destroying radar systems is the critical first move, as it blinds the enemy and makes all subsequent military assets vulnerable.
The Russia-Ukraine conflict demonstrates that the first move in modern warfare is often a cyberattack to disable critical systems like logistics and communication. This is a low-cost, high-impact method to immobilize an adversary before physical engagement.
The next escalation in the Russia-NATO conflict won't be conventional warfare but an expansion of the current "shadow war." This involves asymmetric tactics like cyberattacks, destroying undersea cables, using drones in allied airspace, and funding vandalism of critical infrastructure to divide and destabilize European allies from within.
Iran's military is prioritizing attacks on radar infrastructure across the Middle East. This is a strategic move to neutralize the technological superiority of US and Israeli air defense systems like Iron Dome and THAAD. By blinding the enemy first, even less sophisticated attacks can successfully get through.
While CGI can render epic conventional battles, the true challenge for future filmmakers is to compellingly visualize the invisible but decisive elements of modern warfare. This includes esoteric aspects like electronic warfare, satellite jamming, and cyber-attacks that shape today's conflicts.
The intense signal jamming by Russia in Ukraine makes remotely piloted drones ineffective in the final phase of an attack. This has created a tactical necessity for drones that can autonomously complete their mission after losing their data link, accelerating the development of practical, on-board AI for target engagement.
In active war, physical attacks on infrastructure like data centers create more tangible chaos and disruption than most cyber operations. Cyber is better suited for pre-conflict intelligence gathering and creating confusion, not outright destruction.
Unlike 20th-century bombing campaigns, modern precision-strike capabilities allow for targeting a country's entire leadership from a distance. This strategy, lacking a plan for subsequent governance, represents a largely untested and rare event in military history.
Contrary to expectations of a high-tech war, the conflict in Ukraine demonstrates enduring principles of warfare. The superiority of defense over offense, the difficulty of breakthroughs without air power, and the tendency toward attrition are all classic lessons that would be recognizable to strategists from past major conflicts.
Advanced sensors, drones, and satellites make it nearly impossible for either side in the Ukraine war to concentrate large forces without being immediately detected and destroyed. This technological shift enforces a static, sluggish front line characterized by small, dismounted infantry movements.
To maintain a second-strike capability, a country doesn't need equally advanced AI. Low-tech countermeasures like decoys, covering roads with netting, or simply moving missile launchers more frequently can create enough uncertainty to thwart a sophisticated, AI-driven first strike.