IDF Posts Remain Exposed to Drones Despite Lessons Learned

Despite declarations of learning lessons from the October 7th attacks, Israeli military outposts in the Gaza Strip and along the border remain dangerously exposed, particularly to drone threats. The current static and outdated defense systems, reminiscent of previous military doctrines, largely ignore the dramatic changes in enemy tactics and weaponry, as evidenced by conflicts in Ukraine. Simple FPV drones and loitering munitions, costing hundreds of dollars, have proven devastating, rendering traditional military assumptions obsolete. In Ukraine, the lesson was learned quickly: there are no more 'open positions.' Every position or outpost not covered by dense protective netting, reinforced concrete, and multi-layered camouflage quickly becomes a death trap. Commercial drones can deliver precision munitions directly into observation posts or command centers without physical overhead cover. However, Israeli soldiers continue to man open-to-the-sky observation posts, with a near-exclusive reliance on electronic warfare for protection, which is not foolproof against drones operating on fiber optics or variable frequencies. Soldiers are forced to improvise with wood, sandbags, tarpaulins, and light metal structures, which offer minimal protection against even light projectiles, let alone RPGs or suicide drones. Hamas and Islamic Jihad have long recognized that thin walls and un-reinforced containers are easy targets for anti-tank munitions. A significant conceptual failure also lies in the neglect of underground spaces. The current defense concept insists on keeping soldiers above ground, with earthen berms offering only limited concealment and creating prominent, static targets. In Gaza, an extensive underground infrastructure of thick, reinforced concrete exists. Instead of solely destroying or ignoring these structures, the IDF should adopt a concept of underground control and superiority. This involves actively utilizing captured underground infrastructure: clearing and sealing it, transforming concrete structures into deep bunkers and shelters for Israeli forces, and preventing future tunnel construction by Hamas in the same areas. Soldiers holding positions above a network of underground shelters could withstand artillery fire or drone attacks without harm and immediately engage the enemy from below ground. Rapid evacuation from attacked outposts or the swift delivery of reinforcements could also be facilitated through an integrated underground system, providing much better area control. The abandonment of the underground domain and leaving forces exposed on the surface represents a primary engineering and operational failure. Recommendations include full overhead cover and rigid protection for all positions, transitioning to camouflaged positions with thick concrete and standard engineering fortifications, and establishing underground bunkers and shelters, including tactical use of enemy underground infrastructure. Improved tactical engineering, such as protected zigzag entrances, eliminating dead zones with crossfire coverage, and establishing internal defense positions, is also crucial. Furthermore, training in operational construction should be integrated into the curriculum for engineering officers and civilian planners, as is standard practice in modern armies worldwide. Tactical planning at the architectural level also needs improvement, addressing issues like straight-line entrances that allow direct fire into posts, inadequate coverage creating 'dead zones' near outposts, and the lack of internal defense positions within posts to counter infiltrations.