Evaluating Tactical Readiness Across Forward Operating Bases Using Autonomous Resupply Protocols
Amrita Kar Das and Sumanta Kumar Das
PAPER · v1.0 · 2026-04-28 · human
Abstract
This study investigates tactical readiness across Forward Operating Bases (FOBs) by embedding autonomous resupply protocols into daily operational logistics. Drawing on parallels with sortie generation analysis in aviation contexts, the framework integrates fuel availability, ammunition sustainment, and personnel support as readiness determinants. A comparative simulation contrasts conventional convoy-based resupply with UAV- and robotic-assisted delivery systems, quantifying impacts on operational endurance. Results from sample calculations indicate that traditional logistics sustain only 50–60 percents of required mission capacity, whereas autonomous integration elevates readiness indices beyond 100%, creating surplus capability under contested conditions. The Tactical Readiness Index (TRI) is formalized as a weighted matrix incorporating detection latency, mission continuity, adaptive response time, and attrition resilience. Statistical analysis demonstrates that autonomous resupply reduces variance in TRI across FOBs, stabilizing performance even in high-risk environments. Sensitivity testing reveals that prioritizing adaptive response time and attrition resilience yields the greatest gains when autonomy is applied. The findings underscore the strategic value of autonomy in mitigating vulnerabilities, enhancing resilience, and extending operational reach. Beyond immediate tactical benefits, the study positions autonomous resupply as a scalable model for defense preparedness, adaptable to diverse geographies and threat environments. In the Indian context, where FOBs are central to counter-insurgency operations, the integration of autonomous logistics offers a transformative pathway toward sustained readiness and force protection. This research contributes to defense modeling by bridging operational simulation with strategic policy, demonstrating how autonomy can redefine the logistics-readiness nexus.