Deployment Assessment: Salum Air Base (Iraq)

Site Overview

Salum Air Base is a military-affiliated airfield located in Iraq's Gulf conflict zone, classified under the CISA Transportation Systems sector. The base sits within a sparse immediate population envelope — approximately 67 persons within 5 km — but serves a regional population of nearly 140,000 within 25 km, amplifying the downstream consequence of any operational disruption. Its designation as an active conflict-zone installation, combined with a CARVER composite of 43 out of 50, places it in the upper tier of assessed regional risk among transportation nodes.

The base's DRES composite of 7.1 (HIGH) reflects a threat environment that is structurally elevated even in the absence of recorded ACLED incidents within 50 km. The zero-incident count is not a reliable indicator of low threat: it more likely reflects reporting gaps endemic to Iraqi military infrastructure, where incident attribution and open-source documentation are systematically incomplete.

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CARVER Analysis

With a CARVER composite of 43/50, Salum Air Base scores at or above the threshold typically associated with high-priority hardening and active defense investment.

Component	Score	Implication
Criticality	7/10	Regional air access node; loss degrades logistics and ISR coverage
Accessibility	6/10	Reachable by ground and low-altitude air vectors; perimeter exposure is non-trivial
Recuperability	5/10	Moderate recovery timeline; runway and fuel infrastructure are not rapidly reconstituted
Vulnerability	6/10	Assessed as susceptible to small UAS, indirect fire, and perimeter breach
Effect	7/10	Disruption propagates across regional supply chains and force projection
Recognizability	6/10	Identifiable via commercial satellite imagery; not a covert installation
Robotics Relevance	6/10	Assessed as a viable target for autonomous or semi-autonomous attack systems

The Robotics Relevance score of 6 is operationally significant. It indicates that the site's physical layout, threat environment, and conflict-zone status make it a plausible target for FPV drones, loitering munitions, or ground-based autonomous systems — all of which have been documented in the broader Iraqi theater.

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DRES Sub-Score Findings

The DRES sub-score distribution reveals a specific vulnerability profile:

• Subsurface: 15.8 — The highest sub-score in the profile. This reflects assessed exposure to buried IED emplacement, tunnel approaches, or subsurface infrastructure attack vectors. In the Iraqi context, this is not a theoretical risk.
• Ground: 13.5 — Elevated ground-domain exposure consistent with a conflict-zone airfield with limited perimeter depth and sparse immediate population (67 persons within 5 km implies minimal civilian buffer and potentially reduced surveillance density).
• Hardening: 15.77 — Counter-intuitively high hardening score indicates that existing hardening measures are assessed as insufficient relative to the threat load, not that the site is well-protected. This is a gap indicator, not a capability indicator.
• Target Profile: 13.54 — High target attractiveness to adversarial planners, consistent with the CARVER Recognizability and Effect scores.
• Air: 4.6 — Moderate air-domain exposure. Lower than ground/subsurface, but non-negligible given the prevalence of small UAS in the Iraqi theater.
• Surface: 2.5 — Lowest sub-score; conventional vehicle-borne or surface-approach vectors are assessed as less likely given terrain and access constraints.

The combination of elevated Ground and Subsurface scores with a high Hardening gap score is the defining risk signature for this site: it is more exposed to close-in and subterranean attack vectors than to aerial interdiction, yet aerial threats remain material.

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Verified Deployments: A Primary Finding

No verified autonomous or robotic system deployments are recorded for Salum Air Base.

This is a primary finding, not a data gap to be dismissed. For a site carrying a CARVER composite of 43 and a DRES score of 7.1 (HIGH) in an active conflict zone, the absence of publicly documented C-UAS, ground surveillance robotics, or autonomous perimeter defense systems represents a material capability gap — or, at minimum, a transparency gap that prevents external verification of protection status.

The Robotics Gap is formally assessed as UNKNOWN, which at this criticality level is operationally equivalent to unprotected for planning purposes.

Comparable conflict-zone airfields in the MENA region with similar CARVER profiles have documented deployments including:

• Fixed C-UAS sensor towers (RF detection + EO/IR)
• Mobile counter-drone jamming platforms
• Autonomous ground surveillance vehicles for perimeter patrol
• Radar-cued intercept systems for low-slow-small (LSS) UAS

None of these are confirmed at Salum. Program managers and grant applicants referencing this site should treat the absence of verified deployments as a baseline justification for capability investment, not as evidence that the threat has been addressed.

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Threat Exposure Assessment

Conflict Zone Status: YES

Despite zero ACLED-recorded incidents within 50 km, the conflict-zone designation is the controlling variable for threat planning. The Iraqi theater has seen persistent use of:

• FPV drones for precision strikes on fixed infrastructure
• Loitering munitions (including Iranian-origin systems) targeting airfield assets
• IED emplacement consistent with the elevated Subsurface DRES score
• Indirect fire (rocket/mortar) against perimeter and runway assets

The absence of recorded incidents at this specific site within the ACLED dataset should be interpreted with caution. ACLED coverage of Iraqi military installations is incomplete, and the 50 km radius may exclude relevant incident clusters that inform threat actor positioning.

Population at Risk:

• 5 km: 67 persons — minimal civilian exposure in the immediate zone
• 25 km: 139,842 persons — regional population exposed to cascading effects of airfield disruption (logistics, medical evacuation, humanitarian air access)

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12–24 Month Procurement and Deployment Outlook

HIGH CONFIDENCE that the following procurement pressures apply to this site over the assessment window:

1. C-UAS baseline establishment is the most immediate gap. The combination of CARVER 43, DRES 7.1, conflict-zone status, and zero verified deployments creates a defensible procurement justification under FEMA C-UAS grant frameworks and DoD theater security cooperation programs. RF-detection and EO/IR sensor towers represent the lowest-friction first deployment.

2. Ground perimeter surveillance is indicated by the Ground DRES sub-score of 13.5. Autonomous or semi-autonomous patrol platforms — either wheeled UGVs or fixed sensor networks with AI-cueing — address the primary assessed vulnerability vector.

3. Subsurface threat mitigation (DRES 15.8) is the highest-scored gap and the least likely to be addressed by robotics procurement in the near term. Ground-penetrating radar systems and autonomous route-clearance platforms exist but face significant integration and logistics barriers in this operational environment.

4. Hardening gap remediation (DRES 15.77) will likely drive passive infrastructure investment (blast barriers, hardened aircraft shelters) in parallel with active defense procurement. These are complementary, not substitutes.

MODERATE CONFIDENCE that any procurement activity at this site will remain classified or undisclosed, consistent with Iraqi military infrastructure norms. Public evidence of deployment is unlikely to emerge within the assessment window even if procurement proceeds.

LOW CONFIDENCE on specific vendor or system selection. The Robotics Relevance score of 6 and UNKNOWN robotics gap status preclude vendor-specific forecasting without additional intelligence.

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Confidence: MODERATE | Assessment Valid Until: 2027-04-26

Confidence is constrained by: zero verified deployments (UNKNOWN robotics gap), incomplete ACLED coverage for Iraqi military sites, and sector-default CARVER rationale indicating limited site-specific intelligence. DRES sub-scores are assessed as directionally reliable but not independently verified against current site hardening status.