Food security expert Dr. Fadel ELZUBI explains that applying this framework to the stockpile does not require mathematical equations, but rather distributing the nine readiness elements across five guiding questions. Actual stock levels and contracted quantities are read as strengths; diversification of import sources, speed of replenishment, and supply chain flexibility are read as improvements, since they exist but require further development; logistical risks and global market stability are read as needs, because addressing them requires investment and infrastructure; while continuity of the private sector and emergency responsiveness are read as exceptions — proven successes that can be built upon.

Opportunities lie in the untapped space: forward contracts, shared regional reserves, and underutilized storage capacities. Government reporting shows that available wheat stocks in warehouses amount to about 610,000 tons, sufficient for 6.4 months, with an additional 302,000 tons contracted and en route, covering 3.2 months — a total of 9.6 months. Barley stocks stand at 609,000 tons (7 months), with 220,000 tons in transit (2.5 months), totaling 9.5 months. Other commodities range between two and four months of coverage: sugar about 2.5 months, rice 3.5 months, vegetable oils 2.5–3 months, pulses 2–4 months depending on type, powdered milk about 3 months, and feed corn more than 3 months.

ELZUBI notes that while traditional readings stop at describing these levels as reassuring — which they are — a readiness‑based reading highlights two points not visible in the aggregate figure. First, one‑third of the declared wheat sufficiency (3.2 months out of 9.6) remains outside the Kingdom, contracted and still at sea, exposed to the very risks the stockpile is meant to shield against. Methodologically, it is more accurate to distinguish between “sovereign sufficiency” already inside warehouses and “contractual sufficiency” realized only at the port. Second, the system operates at two different levels: commodities procured by the state through regular tenders exceed nine months of sufficiency, while those handled by importers range between two and four months. This divergence is not a flaw but a reflection of two procurement models.

Acknowledging this divergence leads to the key conclusion: readiness is measured by the shortest link, not the longest. In a scenario of port closure or severe congestion lasting three months, wheat and barley would comfortably withstand the shock, while sugar and vegetable oils would approach their limits. Hence the critical questions imposed by the readiness framework: What if ports are disrupted or unloading delayed? What if freight and insurance costs double within weeks? What if a single major supplier halts? How diversified are import sources for each commodity individually, not just for the basket as a whole? How long is the full cycle from tender to warehouse delivery? And what is the private sector’s actual financial capacity to finance additional stock if required? These are questions that months‑of‑sufficiency figures cannot answer, yet they determine outcomes in a real crisis.

The government report emphasizes that securing the stockpile was achieved through direct coordination with the Jordan Chambers of Commerce and Industry, traders, importers, and the industrial sector, alongside ongoing inspections and monitoring of supply chains. This is crucial, since most non‑grain commodities are stored in private warehouses, meaning the true national reserve is the sum of public and private stocks. That sum becomes a strategic asset only if it is visible to decision‑makers regularly and systematically. Transitioning from coordination based on personal relations and goodwill to a participatory data system — linking regulators with importers and manufacturers, and providing real‑time visibility of stocks and future contracts — is the clearest need revealed by current figures, and the lowest‑cost, highest‑return investment in this field.

This approach aligns with broader international standards for assessing food security, where the concept of Food System Resilience has become central. Resilience is not abundance, but three sequential capacities: the ability to absorb shocks without interruption, the ability to adapt by changing sources and routes, and the ability to reconfigure so the system emerges stronger from the crisis. Jordan, despite limited water resources and heavy reliance on imports, has over the years built a system that has proven resilient through proactive planning, forward contracting, diversification of import sources, partnership with the private sector, and continuous monitoring of global markets. These are the “exceptions” in analytical terms: national successes that can be expanded to commodities not yet covered.

Success in this field is not measured solely by months of stock, but by the state’s ability to keep food flowing under diverse conditions, including those not yet experienced. Ministry figures are a sound starting point, but their true value lies in transforming them from monthly reassurance into raw material for systematic readiness assessment — measuring source diversity, replenishment speed, port vulnerability, and private sector responsiveness. This is precisely what makes the NOISE framework useful for decision‑makers: it shifts the question from “Is the stock sufficient?” to “What do we need, what can be improved, and what proven successes can we generalize?”

Food security, in this sense, is not a number reported once a month, but a dynamic process of continuous monitoring, risk management, and active partnership between public and private sectors. Achievements to date show that Jordan is moving forward with confidence, and that shifting from measuring quantities to measuring readiness is the logical next step.