Deployment Assessment: Чарніцкі Airport, Belarus

Site Summary

Чарніцкі Airport is a Belarusian transportation-sector facility operating within a declared conflict-zone classification. The airport serves a catchment population of approximately 196,780 within 25 km and 3,744 within the immediate 5 km perimeter. Belarus's strategic position — bordering Ukraine, Poland, Lithuania, and Latvia — places airports of this type at the intersection of NATO-adjacent airspace management concerns and Russian-aligned military logistics.

With a CARVER composite of 43/50 and a DRES composite of 6.6 (MEDIUM), Чарніцкі presents a high-priority infrastructure profile for autonomous systems deployment analysis. The central finding of this assessment: no verified autonomous or robotic system deployments are on public record for this site, despite a conflict-zone designation and critical sub-score vulnerabilities that would justify layered autonomous perimeter and counter-UAS (C-UAS) coverage.

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Threat & Criticality Assessment: CARVER + DRES

CARVER Composite: 43/50

The CARVER breakdown indicates why this site demands procurement attention:

Component	Score	Implication
Criticality	7	Disruption is damaging but not nationally catastrophic in isolation
Effect	7	Cascading impact on regional logistics and civil aviation operations
Robotics Relevance	7	Autonomous systems are directly relevant to threat and defense calculus
Recognizability	7	Site presents a recognizable, high-value signature to adversarial ISR
Vulnerability	5	Moderate-to-elevated vulnerability; perimeter intrusion risk is material
Recuperability	4	Moderate-to-difficult recovery; operational continuity disruption would be sustained
Accessibility	2.5	Physical access barriers are present; this is the site's strongest defensive attribute

The clustering of Criticality, Effect, Robotics Relevance, and Recognizability at 7 signals that Чарніцкі is both symbolically and operationally significant, and that autonomous systems are assessed as directly relevant to its threat and defense calculus.

DRES Composite: 6.6 (MEDIUM)

The DRES composite of 6.6 masks significant sub-score variance that operators must not average away:

Domain	Score	Interpretation
Subsurface	11.1	Extreme — buried infrastructure (fuel lines, utilities, cabling) is highly vulnerable and difficult to monitor
Hardening	11.1	Perimeter and structural hardening is assessed as severely deficient relative to threat exposure
Target Profile	7.6	Site presents a recognizable, high-value signature to adversarial ISR
Ground	7.6	Ground-domain threat exposure is elevated; perimeter intrusion risk is material
Air	4.1	Air-domain score is moderate, but should be treated with caution given conflict-zone designation and regional FPV/loitering munition proliferation
Criticality	4.07	Moderate systemic criticality
Accessibility	2.5	Physical access barriers are present
Surface	2.5	Surface-domain threat is the lowest-scored vector

The Subsurface and Hardening scores at 11.1 are the most operationally significant findings in this profile. Both exceed the composite by a factor of approximately 1.7x, indicating that the site's aggregate DRES score understates its actual exposure in the domains most resistant to rapid remediation. Subsurface infrastructure at airports — jet fuel distribution, electrical conduit, communications cabling — cannot be hardened on short timelines and is not amenable to robotic patrol as a primary mitigation. These scores argue for priority investment in above-ground detection systems that can identify ground-intrusion attempts before subsurface access is achieved.

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Attack History

ACLED incidents within 50 km: 0. This figure should be interpreted carefully. It reflects recorded, attributed incidents in a database that has known reporting limitations in authoritarian-governed conflict-adjacent states. It does not confirm that the threat environment is benign. The conflict-zone designation is the primary analytical driver for this assessment, overriding the absence of recorded ACLED incidents, which reflects reporting gaps rather than confirmed security.

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Verified Deployments

No verified autonomous or robotic system deployments are recorded for this site.

For a facility carrying a CARVER composite of 43, a Robotics Relevance score of 7, and a conflict-zone designation, the absence of any publicly evidenced C-UAS, ground surveillance robotics, or autonomous perimeter monitoring is a primary finding — not a data gap to be footnoted.

This absence is consistent with a broader pattern across Belarusian civil aviation infrastructure: public procurement records for autonomous security systems are sparse, and the Belarusian state's alignment with Russian defense procurement channels means that any deployed systems are unlikely to appear in Western vendor databases or OSINT-accessible contract registries. The Robotics Gap is classified as UNKNOWN, which in this context should be read as: absence of evidence is not evidence of absence, but the burden of proof for assuming adequate coverage has not been met.

Operators, program managers, and grant applicants should treat this site as unverified for autonomous system coverage until positive confirmation is obtained through direct engagement with Belarusian civil aviation authorities or allied intelligence channels.

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Gap Analysis

The data implies the following posture gaps:

Air-domain C-UAS: The Air DRES sub-score of 4.1 combined with conflict-zone designation and regional UAS proliferation indicates a critical gap in air-domain detection and defeat capability. FPV drones and loitering munitions have demonstrated capability to reach fixed-wing and rotary-wing UAS targets with minimal warning. The Air DRES score of 4.1 may understate current exposure given the pace of UAS proliferation in the regional conflict environment since the score's baseline was established.

Ground-perimeter surveillance: The Ground DRES sub-score of 7.6 combined with a CARVER Accessibility score of 2.5 (indicating moderate physical access barriers) indicates that perimeter penetration by ground-based actors or ground-launched systems is a credible vector. The 3,744 population within 5 km provides cover for pre-positioning. Autonomous perimeter systems — ground-based UGV patrol, fixed sensor towers with AI-enabled detection — are the direct procurement response to this sub-score.

Subsurface monitoring: The Subsurface DRES sub-score of 11.1 is the single most actionable number in this profile. Fuel infrastructure and buried utilities at airports are high-value sabotage targets with long recuperability timelines (CARVER Recuperability: 4, indicating moderate-to-difficult recovery). A successful subsurface attack would have cascading effects on operational continuity disproportionate to the physical damage. Fiber-optic distributed acoustic sensing (DAS) along fuel and utility corridors addresses this sub-score and is compatible with integrated sensor fusion architectures.

Hardening deficiency: The Hardening DRES sub-score of 11.1 indicates that perimeter and structural hardening is severely deficient relative to threat exposure. This is not a robotics-specific gap but establishes the operational context in which autonomous systems must operate.

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Procurement & Grant Implications

Given the CARVER and DRES profile, the following procurement priorities are analytically supported for the 12–24 month window:

Highest priority:

• C-UAS detection and defeat — radar-based or RF-based detection covering the air approaches, with particular attention to low-altitude, low-RCS threats. The Air DRES score of 4.1 is the lowest-risk domain on paper but the highest-consequence if the conflict-zone threat materializes.
• Ground perimeter autonomous surveillance — UGV or fixed-sensor autonomous patrol to address the Ground DRES score of 7.6. This is the domain most amenable to near-term robotic remediation.

Secondary priority:

• Subsurface monitoring — fiber-optic distributed acoustic sensing (DAS) along fuel and utility corridors. This addresses the 11.1 Subsurface score and is not dependent on autonomous robotics but is compatible with integrated sensor fusion architectures.
• Hardening assessment and remediation — structural and perimeter hardening to address the 11.1 Hardening score. This is a capital-intensive, non-robotics intervention but establishes the foundation for autonomous system effectiveness.

FEMA C-UAS grant applicability: The conflict-zone designation and CARVER score of 43 would support a strong justification narrative for C-UAS funding applications, contingent on the applicant being within eligible jurisdictions. Non-Belarusian operators managing comparable facilities in NATO-adjacent states should reference this site's profile as a threat-environment comparator.

Dual-use investor note: The Robotics Relevance score of 7 and the verified deployment gap create a procurement opportunity window. Vendors with established presence in Eastern European civil aviation security — particularly those with RF-based C-UAS and autonomous perimeter systems — should treat the Belarus-adjacent market as a medium-term pipeline, contingent on geopolitical access and regulatory approval.

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Outlook

12–24 Month Threat Trajectory: Elevated. Belarus has served as a staging and logistics corridor in the broader regional conflict since 2022. Airports within Belarus carry elevated risk of:

1. FPV drone and loitering munition overflight or strike — the regional threat environment has demonstrated that fixed-wing and rotary-wing UAS can be employed against infrastructure targets with minimal warning.

2. Ground-perimeter intrusion — the Ground DRES score of 7.6 combined with a CARVER Accessibility score of 2.5 indicates that perimeter penetration is a credible vector.

3. Subsurface sabotage — fuel infrastructure and buried utilities are high-value targets with long recuperability timelines.

4. Cyber-enabled disruption — airports with unverified autonomous system coverage are statistically more likely to rely on legacy SCADA and communications infrastructure with known vulnerability profiles.

Procurement Momentum: Belarusian civil aviation procurement for autonomous security systems remains opaque. Public procurement records are sparse, and alignment with Russian defense channels means deployed systems are unlikely to appear in Western vendor databases. The deployment gap identified in this assessment is unlikely to narrow without direct engagement with Belarusian civil aviation authorities or allied intelligence channels.

Population Exposure: 3,744 persons within 5 km; 196,780 persons within 25 km. A successful strike generating secondary effects carries meaningful civilian exposure risk within the 25 km radius.

Assessment Validity: This assessment is valid through May 1, 2027. Confidence is MODERATE, limited by: absence of Belarusian public procurement data, UNKNOWN robotics gap classification, and ACLED reporting limitations in the operational area. Air DRES sub-score may understate current exposure given post-baseline UAS proliferation in the regional conflict environment.

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Key Findings Summary:

1. CARVER 43/50 with zero verified autonomous deployments on public record.
2. Conflict-zone designation is the dominant variable; ACLED zero-incident count reflects reporting gaps rather than confirmed security.
3. Subsurface DRES sub-score of 11.1 and Hardening sub-score of 11.1 are the highest in the profile and the least addressed by currently documented defensive systems.
4. Air DRES sub-score of 4.1 is the most procurement-actionable gap given available autonomous C-UAS technology and regional UAS proliferation.
5. 196,780 persons within 25 km establishes meaningful consequence exposure for any strike generating secondary effects.
6. Robotics Gap status: UNKNOWN — consistent with Belarusian procurement opacity, but not confirmable as "covered."