Nonlinear Uncertainty in Drone Warfare:
Why Indeterminacy Outperforms Precision in Contested ISR Environments
This policy report examines the strategic implications of uncertainty in contemporary drone warfare. It develops an analytical framework for understanding how nonlinear interaction, adversary adaptation, and endogenous observability costs jointly produce spatiotemporal indeterminacy in contested ISR environments. The report is intended for policymakers, analysts, and researchers concerned with defense planning, evaluation metrics, strategic stability, and governance design.
India’s AI Power in a Distributed and Uneven Technological Order:
Boundary Control, Strategic Autonomy, and Cognitive Security
This research report examines India’s emerging AI power through the interaction of usable national capacity, technological dependence, boundary control, strategic autonomy, and cognitive security. It argues that India’s position is best understood as a distributed and vertically uneven mixed-control system: strong software capacity, digital public infrastructure, multilingual public technology, a large technical workforce, expanding compute access, and globally distributed technical networks coexist with dependence on externally controlled upstream technologies. The report distinguishes access from mobilizable capability, territorial presence from control, boundary power from boundary autonomy, and systemic influence from narrower bilateral effects. It concludes that India’s long-term AI power will depend on conversion, substitutability, resilient public infrastructure, selective boundary control, and the ability to preserve agency without full technological autarky.
From Detection to Depletion:
Cost-Exchange Limits in the Russia–Ukraine Drone War
This research report develops a Minimum Viable, Auditable framework for evaluating counter-drone sustainability in the Russia–Ukraine drone war. It shifts assessment from intercept-centric measures toward cost-exchange sustainability, loss suppression, and mission-outcome preservation, using indicators such as CER, OLER, CER*obs, CPLAobs, KAPR, and KAPS.
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