By Robbin Laird
If the first strategic challenge is to define the demilitarization objective and the coalition that enforces it, the second is to build the kill web that gives that coalition real deterrent teeth.
Deterrence in the post-war Middle East cannot rest on declarations or episodic deployments.
It requires persistent, integrated, and credible architecture or security, deterrence and kill web architecture.
A kill web is distributed and resilient: sensors, shooters, and effectors are networked across platforms and domains so that degrading any single node does not collapse the whole. For a coalition enforcing Iranian demilitarization across the Gulf, the Levant, and surrounding seas, a kill web is not a preference but a necessity.
The threats are too varied, the geography too distributed, and the political sensitivities too complex for a single-nation, single-platform approach.
And as I argued my just released drone warfare book, I underscored that the security, deterrence and kill webs share many of the same ISR capabilities but differ simply in terms of the payloads to execute the desired mission outcome.
The GCC Iron Dome: Integrated Air and Missile Defense
Long before the current conflict, GCC states and Washington had been quietly laying the foundations of integrated air and missile defense, shared early warning, interoperable sensors, regular exercises, and foreign military sales packages optimized for networked employment. What had been largely notional is now urgent. The GCC secretary general has recently been explicit: Gulf states are weighing a unified missile shield that would function as a collective protective umbrella against Iranian and proxy missile and drone threats.
The strategic logic is not complicated. Iran has repeatedly used ballistic and cruise missiles, as well as UAVs, to attack Gulf energy infrastructure and threaten U.S. and partner bases. Individual national systems, Patriot, THAAD, bespoke short-range interceptors, have proven useful but insufficient when confronted with saturation attacks or the need to protect transnational infrastructure and air-sea corridors.
What a regional IAMD lattice offers is a step change: multiple look angles on the same threat, tiered engagement opportunities, and a common operational picture fusing GCC sensors, U.S. space-based and airborne warning, and Israeli battle-tested interception systems.
Israel’s layered defense is the template that now has the Gulf states’ full attention. Iron Dome, David’s Sling, Arrow, and the emerging Iron Beam laser capability have been tested repeatedly under real combat conditions, not in exercises but in actual engagements against Iranian barrages.
Gulf interest is no longer theoretical. Israel and the UAE have moved forward with defense industrial cooperation, and Israel has approved the export of systems such as the SPYDER mobile air-defense platform to the Emirates.
After experiencing Iranian barrages firsthand, the political resistance that once complicated open Israeli-Gulf defense cooperation has largely dissolved.
A post-war environment in which Iran’s missile forces are weakened but not eliminated will lower the remaining political barriers to a GCC-wide “Iron Dome-plus” enterprise anchored on Israeli and U.S. technology.
The architecture that emerges will be qualitatively different from anything the region has seen: a true multilateral air and missile defense network with shared rules of engagement and a common operational picture—not a collection of national systems operating in parallel.
From Abraham Accords to Military Compact
Five years into the Abraham Accords, the dimension that has mattered most and been least appreciated is the burgeoning defense cooperation. Israel’s integration into the CENTCOM area of responsibility, and its participation alongside the UAE and Bahrain in multilateral exercises, has created habits of cooperation and operational wiring that extend well beyond symbolism. Joint air exercises, defense industrial deals, and intelligence exchanges focused on Iran’s missile and drone activities are now routine.
The framework has moved faster than most expected precisely because the shared threat drove it.
The next logical step what some analysts are calling an Abraham Accords 2.0 is to transform these ties into a formal integrated security architecture. The war with Iran is precisely the kind of shock that makes such an evolution politically viable in Arab capitals. When Iranian missiles, drones, and naval attacks threaten not only Israel but Gulf cities, ports, and energy installations, the case for a visible security pact with Israel acquires a powerful rationale that supersedes earlier political hesitations.
The elements of a military Abraham framework aimed explicitly at permanently constraining Iran’s military capacity would include, at minimum, a formal regional IAMD network linking GCC states, Israel, Jordan, and Egypt under a joint U.S.-regional command construct with shared rules of engagement and a common operational picture. It would include standardized procurement of key systems, interceptors, radars, command and control—to ensure interoperability and economies of scale, backed by shared financing tools. And it would include standing multilateral exercises and pre-positioned stocks that make coalition responses to Iranian rearmament or proxy rocket buildup swift and predictable rather than improvised.
The Kill Web as Deterrence Architecture
The kill web concept is central to making this deterrence architecture credible rather than declaratory. In traditional deterrence models, the threat of retaliation deters because the adversary believes the retaliating power has the will and the capability to deliver. In a coalition kill web architecture, the deterrent operates differently: the adversary faces not a single retaliating power but a distributed network of sensors and shooters that makes any aggressive action immediately visible and subject to response from multiple directions simultaneously.
For Iran, this means that any attempt to rebuild ballistic missile capability, whether in hardened facilities, dispersed locations, or through proxy channels, would be detected by a fused ISR architecture spanning U.S. space-based sensors, GCC ground-based radars, and Israeli signals intelligence, and made available simultaneously to all coalition partners.
The decision about how to respond would not require American presidential authorization in every case.
Regional partners could act at the speed of the threat.
This is the kill web logic applied to deterrence: not a single chain of command waiting for orders from Washington, but a networked coalition in which the United States provides the connective tissue and the high-end capabilities at the top of the escalation ladder while regional partners carry the sustained operational burden.
It operationalizes the Riyadh premise directly: regional actors take the lead in containing Iran while the United States provides connective tissue, high-end capabilities, and political cover.
The third article in this series examines the maritime dimension of this architecture—where the kill web meets the sea lanes, and where autonomous systems are emerging as the enforcers of a new international maritime regime around Iran’s coastline.