MANAGING HIGH-VALUE AND TIME-SENSITIVE CARGO: A CRITICALITY-BASED FRAMEWORK FOR AIRPORT LOGISTICS, CUSTOMS COORDINATION, AND SUPPLY CHAIN RISK

High-value and time-sensitive cargo requires logistics controls proportionate not only to monetary value but also
to operational consequence, replacement difficulty, regulatory exposure, security risk, handling complexity, and
downstream disruption. Existing standards address risk management, supply-chain security, business continuity,
air-cargo handling, customs transit, and trade facilitation, but these controls are not always integrated into a single
cargo-specific decision model. This study develops the Cargo Criticality and Control Alignment Framework
(C3AF) through an applied documentary review of guidance issued by the International Organization for
Standardization, International Air Transport Association, World Customs Organization, World Trade
Organization, and Brazilian Federal Revenue Service. The reviewed controls were coded according to risk
dimension, process stage, responsible function, required evidence, release dependency, and escalation trigger. The
resulting framework combines a weighted Cargo Criticality Profile, three control-intensity tiers, minimum custody
evidence, dependency-based scheduling, a four-level exception ladder, and a seven-stage operational cycle. The
analysis indicates that high-value logistics should be managed as a risk-orchestration function rather than as
premium transportation alone. The framework provides a reproducible basis for allocating controls, documenting
handoffs, coordinating customs and transportation decisions, and measuring operational reliability. As a
conceptual model, the C3AF requires empirical validation and organization-specific calibration before
performance effects can be established.

High-Value Cargo; Airport Logistics; Cargo Security; Customs Transit; Risk-Based Control