The future of war

Tactical Evolution in Ukraine

• The conflict is characterized by a 20th-century trench-like landscape fused with 21st-century technology, creating a new paradigm for future warfare.
• Russia has tightened conscription laws to increase manpower, countering the reliance on drone technology.
• Drones have shifted from novel assets to "consumables," with Ukraine estimated to lose approximately 10,000 drones monthly.
• Tactical success relies on "quantity has a quality of its own," necessitating large arsenals of both reconnaissance drones and loitering munitions (kamikaze drones).
• Loitering munitions can carry 3 kg of warheads over 15–20 km to engage artillery targets, while reconnaissance drones provide the essential "eyes and ears" for shooters to function effectively.
• Even when destroyed, drones are considered "indispensable" if their data has been used to adjust fire or guide attacks.

Connectivity and The Kill Chain

• Satellite constellations like SpaceX's Starlink (4,000+ low-orbit satellites) provide off-grid internet critical for battlefield communication when ground infrastructure is destroyed.
• These networks enable real-time "Uber for howitzers" functionality, allowing drone feeds to be shared instantly with artillery teams to reduce targeting time from hours to minutes.
• China and Taiwan are prioritizing satellite communication resilience, specifically planning for scenarios where undersea internet cables are cut during invasion.
• The speed of connecting sensors to shooters (shortening the "kill chain") is identified as the decisive factor in modern combat.

Artificial Intelligence Integration

• AI is being used to analyze vast battlefield data streams to assist commanders in planning attacks and allocating resources.
• Military spending on AI has more than doubled since 2021, driven by significant venture capital influx and increased Defense Department allocations.
• Companies like Shield AI are developing autonomous pilots for unmanned aerial, surface, and underwater vehicles.
• Experts predict unmanned systems will eventually outnumber human warfighters on the front lines, with autonomy levels becoming the primary differentiator.
• A critical debate exists regarding lethal autonomy; while the U.S. and NATO maintain a "human-in-the-loop" requirement for lethal decisions, over 100 countries operate military systems with varying degrees of autonomous engagement authority.
• Autonomy offers tactical advantages in communications-denied environments, allowing weapons to engage targets without restored command links, though AI is noted as "brittle" and potentially struggling with the unpredictability of war.

Future Conflict Scenarios (China-Taiwan)

• A kinetic invasion of Taiwan by China is deemed extremely difficult due to the lack of recent large-scale amphibious operations since 1979 and the sheer logistical scale required.
• The People's Liberation Army emphasizes a "three warfare" doctrine integrating cyber and psychological operations alongside kinetic force.
• Cyber warfare is viewed as a cost-effective tool to disrupt power supplies and critical infrastructure (e.g., surveillance radar) to keep the enemy blind before ground assaults.
• The future of conflict in the South China Sea is expected to involve a mix of cyber attacks, propaganda, and potential kinetic operations, rather than solely traditional trench warfare.

Human and Societal Implications

• Despite technological sophistication, war remains fundamentally a human conflict characterized by close-quarters combat, high casualty rates, and significant trauma.
• The demographic impact is severe, with societies losing "the most talented" youth generation in huge numbers, regardless of the tech used.
• Training and maintenance of complex technology remain vital frontline tasks, with soldiers risking lives to ensure equipment functionality away from direct fire.