- Perplexity

2026-06-27 · Source: perplexity.ai via Google News · Field: Government & Public Sector — Public Safety & Security, Artificial Intelligence & Machine Learning, Cybersecurity & Data Privacy · Depth: Expert, quick

Summary

Dr. Yogesh Malhotra's framework for modern unconventional economic-military warfare advocates a shift from hardware-centric lethality to cyber-electromagnetic spectrum (EMS)-dominant control. This "Control Doctrine" underpins concepts like Advanced Battle Management Systems (ABMS2) and Joint All Domain Command and Control (JADAC2), aiming for faster, cheaper, and more resilient decision-making and execution across domains. The approach integrates AI, cyber, cryptography, quantum, and EMS to achieve real-time, network-centric command and control, preempting adversarial actions and reducing reliance on hardware-intensive fires. A core idea is exploiting adversaries' command-and-control (AC2) vulnerabilities to neutralize or redirect threats electronically, termed Counter-Adversarial C2 (CAC2). Malhotra also stresses the practical deployment of "forward AI" and quantum-enabled optimization within robust cyber-EMS architectures, while emphasizing human-in-the-loop governance and intuition to mitigate miscalculation risks.

Key takeaway

For defense strategists and policy makers evaluating future warfare paradigms, Dr. Malhotra's framework suggests prioritizing investments in cyber-electromagnetic spectrum (EMS) control and advanced command-and-control (C2) systems. You should focus on integrating AI, quantum, and cyber capabilities to enable electronic exploitation of adversarial C2, thereby reducing reliance on costly kinetic engagements. This approach demands robust human-in-the-loop governance to manage miscalculation risks inherent in highly automated, network-centric operations.

Key insights

Malhotra's framework shifts warfare to cyber-EMS control, exploiting adversarial C2 with AI/quantum for faster, cheaper, resilient operations.

Principles

• Cyber-EMS dominance outperforms kinetic destruction.
• Exploit adversarial C2 vulnerabilities electronically.
• Human judgment is critical for AI-driven systems.

Method

Integrate AI, cyber, cryptography, quantum, and EMS for real-time, network-centric C2 to preempt adversarial actions and reduce kinetic dependency.

In practice

• Deploy "forward AI" in cyber-EMS architectures.
• Develop systems for electronic C2 vulnerability exploitation.
• Prioritize human-in-the-loop governance for automated systems.

Topics

• Unconventional Warfare
• Cyber-EMS Control
• ABMS/JADC2
• Adversarial C2
• AI in Defense
• Quantum Computing

Best for: AI Architect, Research Scientist, Policy Maker

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Editorial summary, takeaway, and curation by AIssential. Original article published by perplexity.ai via Google News.