Assessing the Pakistan Army's Requirements for Networked Precision Strike Capabilities

Summary

Over the past decade, the Pakistan Army has made substantial investments in building a comprehensive precision-fire ecosystem, spanning advanced artillery systems, precision-guided munitions, and a dedicated Army Rocket Force Command (ARFC) to oversee its growing ballistic and cruise missile arsenal. Alongside firing solutions, the PA has significantly expanded its Intelligence, Surveillance, Target Acquisition, and Reconnaissance (ISTAR) infrastructure through the deployment of multiple satellites, including hyperspectral imaging, electro-optical, and synthetic aperture radar systems, positioning itself for a highly capable regional surveillance network by 2030. However, the critical gap now identified is the middle-layer connectivity between the ISTAR infrastructure and the actual precision-strike platforms, where information-flow latency remains the central challenge to be resolved. The PA's newer platforms, such as the SH-15 howitzer, have already addressed some latency issues at the firing stage through integrated digital fire control systems that draw on GNSS/GPS data, but bridging the broader kill chain from sensor detection to munition launch still requires significant development. Without closing this middle-layer gap, the full operational and strategic value of the PA's considerable investments in both ISTAR and precision-strike capabilities risks being undermined by outdated targeting data and reduced strike effectiveness in dynamic battlefield conditions.