NATO Procurement Corruption Exposes the Competence Gap

The Corruption That Competence Frameworks Exist to Prevent

Multiple NATO procurement officials now face corruption charges for allegedly accepting inducements from defence contractors and steering multi-million-pound munitions contracts to favoured suppliers. Indictments are not convictions; at least one related case — involving a Turkish national initially accused of acting as intermediary — has already been dropped by Belgian prosecutors. The investigation describes a pattern that will be grimly familiar to anyone who has worked in explosives safety assurance: technical evaluation criteria bypassed, supplier capability assessments fabricated or omitted, and contract compliance monitoring quietly suppressed after award.

Most of the press coverage has treated this as a governance scandal. From a Weapons, Ordnance, Munitions and Explosives (WOME) perspective, it is something more specific and more dangerous: evidence that the officials responsible for procuring explosive substances and articles (ESA) operated without the structured, assessed competences that UK defence has mandated for over two decades.

Under DSA 02.OME (Defence OME Regulations, Version 3.0, July 2024) — the mandatory regulatory framework enforced by the Defence Ordnance Safety Regulator (DOSR) — all personnel involved in OME activities must be competent and aware of their responsibilities. DSA 02.OME supersedes the legacy JSPs 390, 403, 482, 498, and 520, all of which are now withdrawn. The mechanism for demonstrating that competence is the ESA National Occupational Standards (NOS), assessed under the WOME Functional Skills Framework (v3.1). NATO’s procurement structures have nothing equivalent.

ESA Procurement Key Role 6: Nine Units Covering the Full Lifecycle

Key Role 6 within the WOME Functional Skills Framework addresses the complete ESA procurement lifecycle across nine competence units. Each unit prescribes Performance Criteria — what the individual must demonstrably do — and Knowledge Requirements — what they must understand. The framework applies to military procurement staff at Defence Equipment & Support (DE&S) and to civilian procurement officers operating within the UK defence supply chain.

Each unit’s Performance Criteria are demonstrable, assessable behaviours — not abstract competence statements. A procurement officer assessed as competent against Unit 6.6 must show they can devise weighting systems for technical evaluation, confirm that safety is not compromised by technical performance considerations, and verify supply chain stability. All of this is documented and auditable. Corruption, by contrast, depends on the absence of exactly this kind of structured accountability.

Where the NATO Failures Map to Key Role 6 Deficiencies

The reported allegations map precisely onto competence areas that Key Role 6 is designed to safeguard.

Supplier Selection Without Technical Evaluation (Units 6.4 & 6.5)

The accused officials allegedly directed contracts to preferred suppliers without conducting technical capability assessments. Procurement staff assessed against Units 6.4.2 and 6.5.2 must evaluate supplier technical capability against the agreed specification, confirm supply chain stability, and take up relevant references from third parties. Unit 6.5.2 knowledge requirements explicitly cover capability evaluation and qualification application. These are mandatory Performance Criteria, not discretionary activities.

Tender Evaluation Manipulation (Unit 6.6)

Reports indicate that evaluation criteria were retrospectively adjusted to favour particular bids. Unit 6.6.1 requires competent procurement staff to devise a weighting system for the assessment of the technical section of suppliers’ proposals before evaluation begins. Unit 6.6.2 mandates that staff must ensure that safety is not compromised unacceptably by explosives technical performance considerations and ensure that all explosives-related risks and risk mitigation measures have been identified. The knowledge requirements explicitly cover the tender evaluation process for explosives and the nature of conflicting priorities and how to address them.

Contract Compliance Failures (Units 6.8 & 6.9)

The investigation alleges that performance monitoring was deliberately suppressed to conceal substandard deliveries. Units 6.8.1 and 6.9.2 mandate the opposite: procurement staff must develop a monitoring plan for contract compliance, resolve or report non-compliance promptly, and give early warning of foreseeable changes or problems to both supplier and customer. Unit 6.8.1 knowledge requirements cover the actions appropriate when a supplier falls short and the format for recording agreements and changes.

The Regulatory Architecture: DSA 02.OME and the UK Defence Framework

The UK’s approach to WOME procurement competence operates within a regulatory architecture that has no direct NATO equivalent.

DSA 02.OME (Version 3.0, July 2024) is the mandatory regulatory framework governing all OME activities within the UK Ministry of Defence. Issued by the Defence Ordnance Safety Regulator (DOSR) under the Defence Safety Authority (DSA), it comprises five Parts: Part 1 covering OME Acquisition (OME 101–118), Part 2 covering In-Service and Operational Safety (OME 201–211), Part 3 covering Ranges (RANGES 301–313), Part 4 covering Major Accident Control (MACR 401–408), and Part 5 covering Lasers and Directed Energy Weapons (Lasers 501–503). DSA 02.OME supersedes and replaces the legacy JSPs 390, 403, 482, 498, and 520 — all now formally withdrawn.

DSA 03.OME provides the Defence Code of Practice (DCOP) and Guidance Notes supporting compliance with DSA 02.OME. Together with the DSA Operating Model (DSA 01.1–01.5), JSP 815 (Defence Safety Management System), and JSP 816 (Defence Environmental Management System), these form the regulatory layer within which WOME competence sits.

For UK commercial manufacturers and suppliers in the defence supply chain, the equivalent regulatory regime comprises the Explosives Regulations 2014 (with HSE guidance L150 for safety provisions and L151 for security provisions), the Control of Major Accident Hazards Regulations 2015 (COMAH), and the Dangerous Substances and Explosive Atmospheres Regulations 2002 (DSEAR). The dual regime ensures that qualification requirements track the explosives from commercial manufacturer to military end-user. Key Role 6 applies at every point in that chain.

The International Competence Framework: IATG 01.90 and ISO 9001

The UK’s ESA NOS does not exist in isolation. The UN International Ammunition Technical Guidelines (IATG), specifically Module 01.90 — Personnel Competences (Version 3, 2021) — provides a ready-made, auditable competence framework for ammunition and explosives personnel that maps directly onto ISO 9001:2015 Clause 7.2.

IATG 01.90 defines seven generic role levels — Handler, Operator, Processor, Supervisor, Manager, Inspector, and Regulator — plus a specialist Field Explosives Safety Officer (FESO) role at Annex L. Annexes C through H list every required competence with IATG cross-references covering quantity-distance calculations, risk assessment, stockpile management, and more. These annexes are designed to serve directly as job profile and role description templates.

The framework was built using the UK ESA NOS as its foundation. The alignment between IATG 01.90 role categories and ESA NOS Key Roles — particularly Key Role 7 (Storage), Key Role 8 (Transport), and Key Role 11 (Disposal) — is intentional and direct. COGESA codes map one-to-one between the two systems.

How IATG 01.90 Satisfies ISO 9001 Clause 7.2

ISO 9001:2015 Clause 7.2 requires organisations to determine the necessary competence of personnel, ensure they are competent through appropriate education, training, or experience, take actions to acquire competence and evaluate effectiveness, and retain documented evidence. IATG 01.90 does not explicitly cite ISO 9001 7.2, but the broader IATG set (including IATG 01.10) explicitly states that the Guidelines conform to ISO 9001 quality management system processes. The linkage is intentional.

IATG 01.90 is outcome-based: competence is measured by what an individual can do, not by hours sat in a classroom. Assessment must combine theory with practical evidence — observation, witness testimony, documented calculations, verbal examination. And the framework insists that competence remains current. A qualification earned five years ago and never reassessed does not count. Regular re-assessment during employment is mandatory; the IATG framework itself is reviewed on a five-year cycle.

STANAG 4107, the AQAP Suite, and the European Procurement Gap

STANAG 4107 (Edition 11, 15 January 2019) is the NATO ratification agreement that mandates the use of Allied Quality Assurance Publications across all member nations. It is supervised by the CNAD Life Cycle Management Group (AC/327), Working Group 2 on Quality — a separate CNAD Main Group from AC/326 (CASG), which governs ammunition safety. This organisational separation matters: the body that sets quality assurance requirements for defence procurement and the body that sets ammunition safety standards operate under different governance structures, with no formal mechanism to ensure that QA competence requirements align with the specific technical demands of munitions procurement.

STANAG 4107 mandates eight AQAP publications, all aligned to ISO 9001:2015 following the withdrawal of ISO 9001:2008 in September 2018. Where contractual quality assurance requirements are appropriate, NATO nations and bodies are required to use the applicable AQAPs. The suite is structured as follows:

Every AQAP in this suite inherits ISO 9001:2015, including Clause 7.2 (Competence), which requires organisations to determine the necessary competence of personnel affecting quality, ensure they are competent, take actions to acquire competence, and retain documented evidence. AQAP-2110 adds NATO-specific requirements for risk management, traceability, configuration management, and quality plans on top of this ISO foundation. It is listed in the European Defence Agency’s EDSTAR standards reference system and routinely invoked in European defence contracts.

The problem is that none of these publications define what “competent” means for someone procuring, storing, or handling munitions and explosives. AQAP-2110 demands competence but leaves the sector-specific definition to the contracting nation. For ammunition procurement, this creates a circular gap: the quality assurance framework requires competence, but the competence framework for ammunition personnel sits in a different governance lane (AC/326, not AC/327), and no STANAG bridges the two.

The EU/EDA Dimension: EDSTAR EG AMMO and the Competence Blind Spot

The EU and EDA have no dedicated sector-specific competence framework equivalent to the ESA NOS or WOME Skills Framework. The most recent evidence of this gap comes from the EDSTAR Expert Group on Ammunition Technologies (EG AMMO) Final Report, published in Brussels on 6 November 2024. This report — commissioned by EDA under EDSTAR JMG Change Request No 00339 and approved by the European Defence Standardization Committee (EDSC) on 25 March 2025 under CR No 00374 — represents the EU’s most comprehensive recent review of ammunition standardisation needs.

EG AMMO, which merged the former Expert Group 10 (Ammunition) and Expert Group 24 (Certification) into a single technical domain, drew on expertise from six EU member states (France, Germany, Greece, Italy, Poland, and Spain) with representatives from both national ministries of defence and leading defence manufacturers including CTA International/KNDS, Leonardo Electronics, and Instalaza. The report is thorough. It covers ammunition design, production, testing, qualification, certification, and surveillance standards across the full lifecycle. Section 8 (Certification and Quality Assurance) recommends best-practice technical standards including MIL-STD-882 (System Safety), MIL-STD-331 (Fuze and Fuze Component Testing), ITOP standards, AEP series, and German TL specifications. Section 9 identifies standards gaps, particularly in loitering munitions standardisation.

What the EG AMMO report does not address, at any point across its fifteen pages, is staff competence assurance. The report recommends which technical standards should be applied to ammunition contracts but never asks who should be competent to apply them, how that competence should be assessed, or what framework should underpin it. Section 10 (Recommendations) references “common language” across EU member states and suggests potential “EU courses” for ammunition technicians, but these are educational aspirations, not a structured competence framework with defined role levels, assessed performance criteria, and auditable evidence requirements. The report even references ENNSA (European Network of National Safety Authorities on Ammunition) and the Missiles and Ammunition Captech educational programme, but treats these as knowledge-sharing mechanisms rather than competence assurance instruments.

The EG AMMO report is precisely the kind of initiative that should have identified the competence gap. A group reviewing the entirety of ammunition standardisation — from design through certification to surveillance — and recommending best practice across six member states had the mandate and the expertise to flag that technical standards are only as effective as the competence of the personnel applying them. The fact that it did not illustrates how deeply embedded the blind spot is: even dedicated expert groups default to recommending what standards to use without addressing who is qualified to use them.

EU Directive 2014/28/EU (Explosives for Civil Uses) explicitly excludes military ammunition and explosives, leaving each EU member state to handle WOME personnel competence through its own national arrangements — France through DGA regulations, Germany through Bundeswehr ordnance qualification requirements, and so on — with no common benchmark between them.

So the contractual obligation exists — STANAG 4107 mandates the AQAPs, the AQAPs inherit ISO 9001 Clause 7.2, and Clause 7.2 demands competence — but nobody has defined what that competence must consist of for ammunition and explosives personnel at Alliance or EU level. IATG 01.90, built on the ESA NOS, provides the sector-specific definitions needed to close this gap. The architecture is complete; the wiring between AC/327’s quality assurance framework and AC/326’s ammunition safety framework is not.

AASTP-5 and Staff Competence for Deployed Operations

A critical distinction within the NATO AASTP series concerns the scope and application of each publication. AASTP-1 (Edition C, Version 1, 2019) provides the technical safety principles for permanent ammunition storage — quantity-distance criteria, compatibility groups, hazard classification, and construction standards for purpose-built magazines and explosive storehouses. It is the enduring reference for fixed installations. AASTP-5 (Edition B, Version 1, 2016) addresses deployed and temporary storage, maintenance, and transport on operational missions. It provides the adapted rules for field conditions where permanent infrastructure is unavailable — field quantity distances, temporary barricade assessments, expeditionary storage layouts, and risk management through the ALP-16 process.

It is AASTP-5, not AASTP-1, that explicitly addresses personnel competence requirements. AASTP-5 requires the appointment of a competent Explosives Safety Officer (ESO) of appropriate rank or grade to advise on and oversee explosives safety in deployed and operational contexts. It details specialist roles for planning, reconnaissance, site design, barricade assessment, and risk assessment, and it requires qualified personnel for applying field quantity distances, managing multinational operations, and handling deviations from standard rules through the ALP-16 risk management process (STANAG 2617). AASTP-5 should be understood as the temporary operational solution — it provides competence requirements for field conditions precisely because permanent infrastructure (governed by AASTP-1) is not available.

The significance for procurement is indirect but real. If AASTP-5 demands competent ESO appointments for deployed storage, and the munitions being stored were procured without equivalent competence assurance at the acquisition stage, the safety chain has a weak link at its origin. Key Role 6 closes that link at the procurement end; AASTP-5 closes it at the operational end. Between them, with IATG 01.90 providing the international framework, the lifecycle from acquisition to deployed use is largely covered — though implementation remains uneven across nations.

The Three-Pillar Certified Interoperability Framework: Why Procurement Competence Matters More

The competence gap is not confined to quality assurance governance. A parallel development in NATO ammunition standardisation has made procurement competence more demanding than at any point in the Alliance’s history — and most generalist procurement staff are unaware it has happened.

In April 2016, NATO withdrew STANAG 4385, the dimensional interchangeability standard for 120mm × 570 smoothbore tank ammunition. This was not administrative neglect. STANAG 4385 guaranteed geometric interchangeability: a fixed dimensional envelope within which any round from any manufacturer would physically seat and fire. That assumption collapsed under the operational reality of modern high-pressure armour-piercing fin-stabilised discarding sabot (APFSDS) rounds. A round cleared for a new-production Leopard 2A7 gun tube may be unsafe in an older 2A4 barrel of the same nominal calibre, because safe maximum load depends on specific barrel design, metallurgy, and accumulated wear. No dimensional STANAG can capture this across the full range of in-service barrel conditions across thirty-plus NATO nations.

The replacement is not another STANAG. It is a three-pillar certified interoperability framework combining safety certification, platform-specific clearance, and operational logistics management:

The framework is the replacement. There is no single successor STANAG for 120mm tank ammunition, and studies under NAAG LCGLE to assess whether any updated form-and-fit standard is feasible without re-imposing the innovation barriers that drove the 2016 withdrawal remain ongoing as of March 2026.

The 155mm Parallel: AOP-29 and 60,000 Untested Combinations

A similar structural gap affects indirect fire. STANAG 4425 remains active as the procedural standard governing how nations report ammunition interchangeability, but the data compilation it underpins — AOP-29 — contains no data for any system fielded after the mid-1990s. Thirty years of new howitzers, extended-range projectiles, and post-Cold War NATO accession nations are entirely absent. NATO-wide research identified more than 60,000 theoretical untested firing-and-ammunition combinations, making comprehensive testing impossible.

Ukraine exposed this at scale. Ukrainian forces simultaneously operated seventeen types of 155mm howitzer against nearly fifty models of high-explosive shell. Components reported in AOP-29 as interchangeable were sometimes ballistically incompatible in practice — different charge and projectile combinations producing different muzzle velocities that must be reconciled in fire control software to ensure accurate delivery. A digital, living replacement for AOP-29 was targeted for release before end-2025 under NAAG’s Integrated Capability Group Indirect Fire (ICGIF SG/2). Whether that target was met has not been confirmed in open sources.

For the five principal 155mm nations (US, France, Germany, Italy, UK), the binding technical interoperability instrument remains the 2009 Joint Ballistics Memorandum of Understanding (JBMoU), which governs ballistics coefficients, propelling charge performance, and gun-barrel compatibility at a depth AOP-29 does not reach.

What This Means for Procurement Competence

The shift from prescriptive dimensional STANAGs to the three-pillar framework has a direct implication for the competence gap this article addresses. Under the old system, a generalist procurement officer could — at least in theory — verify that an ammunition purchase met specification by checking dimensional compliance against a published STANAG. That option no longer exists for 120mm and is operationally unreliable for 155mm.

Procurement staff now need to understand that the NSPA logistics matrices, not a STANAG, are the authoritative operational reference for 120mm interoperability. They need to verify platform clearance status for each round-and-barrel combination through NAAG LCGLE channels. They need to recognise that AOP-29 entries for 155mm cannot be assumed current for any system fielded after approximately 1995. And they need to distinguish between JBMoU-compliant ammunition and non-JBMoU sources when procuring for the five signatory nations. None of this is generalist procurement knowledge. It demands exactly the kind of sector-specific competence that ESA NOS Key Role 6 Units 6.1 and 6.5 are designed to develop — and that no NATO or EU framework currently mandates.

Procurement Impacts: Frozen Bids and the Shift to European Manufacturers

The investigation’s consequences for Alliance procurement are already tangible. In July 2025, NSPA suspended 15 active contracts linked to the corruption probe — 13 held by Elbit Systems and two by subsidiaries. The suspensions cover artillery ammunition, mortar rounds, and guided munitions across multiple NATO member-state orders. Separately, Elbit has been barred from new NSPA bids pending the investigation’s outcome, effectively removing a major supplier from the Alliance ammunition pipeline.

European manufacturers have moved to fill the vacuum. Rheinmetall secured a €200 million NSPA framework contract for 120mm tank ammunition — a contract type previously split across a wider supplier base. BAE Systems was awarded $171 million in combined contracts to supply Sweden and Finland with artillery ammunition, consolidating Nordic procurement through a single European supplier. These are not speculative shifts; they represent signed contracts redirecting ammunition procurement toward European-based production.

The global ammunition market context amplifies the significance of these shifts. The conventional ammunition sector is projected to reach $32 billion by 2031, driven by NATO rearmament commitments post-Ukraine and the replenishment of depleted stockpiles across Alliance nations. In this environment, the integrity of procurement processes is not merely an anti-corruption concern — it directly affects whether nations receive ammunition that meets specification, on time, from suppliers with verified manufacturing capability.

From a WOME competence perspective, these procurement shifts reinforce the core argument: competent procurement staff, assessed against frameworks like Key Role 6, would evaluate replacement suppliers against the same technical criteria regardless of the political pressure to fill contract gaps quickly. Without that competence assurance, there is a risk that urgency-driven procurement decisions replicate exactly the kind of inadequate technical evaluation that the corruption investigation has exposed.

The Reverse Problem: When Non-Competent Staff Overrule Competent WOME Technicians

The corruption investigation has rightly focused attention on procurement staff who lacked competence and were allegedly corrupted. But there is a less visible, arguably more corrosive problem operating in the opposite direction: non-competent procurement staff who delay, obstruct, or refuse to approve legitimate WOME procurement actions that have been technically justified by competent specialists. This is not a theoretical risk. It is a routine operational reality within NATO procurement structures, and its consequences for Alliance ammunition resilience are severe.

The pattern is consistent. A team of technically competent WOME staff — ammunition technicians, weapons engineers, explosives safety practitioners assessed against frameworks such as ESA NOS Key Role 6 or IATG 01.90 role levels — prepares a detailed technical case for a procurement action. That case identifies a requirement as sole source or single source based on objective technical criteria: the ammunition is type-classified and qualified for a specific weapon system under NATO EPVAT testing procedures; the manufacturer holds the NATO Design Number (NDN) for that nature; the weapon system’s safety and release-to-service certification is contingent on using ammunition from qualified production lines; and no alternative supplier holds the necessary qualification, certification, or production approval. The technical report is thorough, referenced, and auditable.

The procurement action then passes to generalist procurement staff who lack the WOME competence to evaluate the technical justification. Unable to assess whether a sole source determination is technically sound or artificially restrictive, and operating under institutional pressure to demonstrate competitive tendering, these staff members either reject the sole source justification outright, demand additional rounds of market consultation that the technical team has already established are futile, or simply fail to progress the action — leaving it in administrative limbo while operationally critical ammunition requirements go unmet.

Why This Damages NATO Resilience

The consequences are not administrative. They are operational:

1. Ammunition stockpile depletion without replenishment. When procurement actions for qualified ammunition are delayed by months or years, operational stockpiles fall below minimum levels. Post-Ukraine, with NATO nations drawing down reserves to support allied commitments, any procurement delay directly reduces Alliance readiness.
2. Loss of qualified production capacity. Ammunition manufacturers operate on production planning cycles. A sole source supplier who receives no order within the expected timeframe may reallocate production capacity, close production lines, or lose the skilled workforce needed to resume manufacturing. The procurement delay does not merely postpone supply — it can permanently destroy the supply capability.
3. Erosion of technical authority. When non-competent staff routinely overrule technically competent WOME specialists, the institutional signal is clear: technical expertise carries less weight than procedural compliance. This drives competent personnel out of procurement-adjacent roles, further concentrating decision-making authority in the hands of staff who lack the domain knowledge to exercise it responsibly.
4. Perverse inference of impropriety. When a team of WOME technicians determines that a procurement action is legitimately sole source — based on weapon system certification, NATO qualification testing, and type-classification requirements — and a non-competent procurement officer refuses to accept that determination, the implicit accusation is that the technical team is fabricating a sole source justification to favour a particular supplier. This inverts the competence relationship: the people without the knowledge to assess the technical case are effectively accusing the people with that knowledge of fraud or collusion. The irony is that this suspicion mirrors exactly the behaviour found in the corruption investigation — but directed at the wrong people.

The Sole Source Technical Reality

Non-specialist procurement staff frequently misunderstand what creates a legitimate sole source condition in WOME procurement. Unlike commodity purchases where multiple suppliers can typically meet a generic specification, ammunition and explosives procurement operates within a qualification and certification framework that inherently restricts the supplier base:

1. Weapon system certification. Ammunition is qualified and type-classified for specific weapon systems. A 120mm tank round qualified under NATO STANAG testing for Leopard 2 has been through a rigorous programme of design review, environmental testing, ballistic proof, and operational evaluation. That qualification belongs to the manufacturer and the specific production facility. A different manufacturer cannot supply “equivalent” ammunition without completing the full qualification programme — a process that typically takes two to five years and costs millions.
2. NATO Design Number (NDN). Each qualified ammunition nature receives an NDN through NATO’s standardisation process. The NDN is tied to the qualified manufacturer, production line, and design documentation. Procurement of that ammunition nature can only be placed with the NDN holder or a licensed production facility operating under the same qualification.
3. Safety and release-to-service conditions. Under DSA 02.OME (and equivalent national regulations), ammunition used in UK defence must meet the conditions specified in its Safety and Environmental Case (SEC) and Release to Service certification. These conditions specify the approved manufacturer and production source. Procuring from an unqualified alternative source would violate the SEC and render the ammunition unreleasable for service use.
4. AQAP-2110 supplier qualification. Beyond the ammunition-specific qualification, suppliers must hold current AQAP-2110 certification for the relevant scope. Not all ammunition manufacturers hold this NATO QA certification, further narrowing the qualified supplier base.

A procurement officer assessed against ESA NOS Key Role 6 Units 6.4 and 6.5 would understand all of this. They would recognise that a sole source determination based on weapon system qualification, NDN assignment, and SEC conditions is not a procedural shortcut — it is a factual statement about the certified supply chain. A procurement officer without that competence cannot make this distinction, and the institutional default in the absence of understanding is to assume that competition should always be possible and that sole source justifications are inherently suspect.

Recommendations: Preventing Competence Override

The following measures would address the structural problem of non-competent procurement staff overruling technically competent WOME specialists:

1. Mandate WOME competence for ammunition procurement authority. No individual should hold delegated procurement authority for ESA items without demonstrated competence against Key Role 6 (or an equivalent national framework mapped to IATG 01.90). This is not a training recommendation — it is a gating requirement. Procurement authority for ammunition and explosives should be as formally regulated as the authority to handle, store, or transport those items.
2. Establish a Technical Authority override mechanism. Where a sole source or single source determination has been made by assessed WOME technical staff, the procurement function should not have unilateral authority to reject that determination without referral to a qualified Technical Authority. The Technical Authority — holding assessed WOME competence at Supervisor or Manager level under IATG 01.90 — would adjudicate disputed sole source cases on their technical merits.
3. Require documented technical competence for sole source review. Any procurement officer tasked with reviewing a WOME sole source justification should be required to demonstrate, through auditable competence records, that they understand ammunition qualification processes, NATO type-classification, NDN assignment, and weapon system certification requirements. If they cannot demonstrate this competence, they should not be the decision-maker on that procurement action.
4. Introduce procurement delay accountability. When a technically justified procurement action is delayed by more than a defined threshold (e.g., 30 days beyond the date of technical approval), the cause of the delay should be formally recorded and attributed. If the delay results from a procurement officer’s refusal to accept a technically justified sole source determination, this should be escalated to senior management with a clear audit trail.
5. Adopt NSPA-level sole source transparency with technical authority recognition. NSPA already publishes sole source notifications through its eProcurement portal. This transparency should be paired with a formal recognition that sole source determinations supported by weapon system qualification evidence, NDN assignment, and SEC conditions constitute technically validated procurement actions — not exceptions to be treated with institutional suspicion.
6. Protect the technical chain of authority. Institutionally, the competence hierarchy for WOME procurement decisions should mirror the safety hierarchy: the most technically qualified individual in the chain should have the authority to confirm or challenge a procurement decision on technical grounds. A generalist procurement officer should not outrank a qualified WOME technician on matters of ammunition qualification and supplier capability — just as a generalist administrator cannot overrule a qualified explosives safety officer on storage distance calculations.
7. Include “competence override” in procurement audit criteria. Internal and external audits of NATO and national ammunition procurement should specifically examine whether procurement delays were caused by non-competent staff overruling competent technical assessments. This category of failure should be tracked alongside traditional audit findings such as non-compliance, irregularity, and fraud — because the operational consequences can be equally damaging.

Implications for Alliance Procurement Reform

The corruption investigation has prompted calls within NATO for procurement reform. From a WOME competence perspective, the most effective reform would not require inventing new standards — the building blocks already exist. What is missing is the mandate to use them together.

A Combined System That Already Works

The recommended approach, already in use by a number of NATO and UN-participating nations and defence contractors, integrates three frameworks into a single competence management system:

1. Adopt IATG 01.90 Annex C–H tables as the master competence matrix, defining the required competences for every ammunition and explosives role.
2. Map each post to the corresponding IATG role level, using COGESA codes to align with national frameworks (ESA NOS in the UK, equivalent national standards elsewhere).
3. Write job profiles using IATG wording plus organisation-specific additions, giving auditors and line managers a clear benchmark.
4. Build the competence management system with role, required competences (COGESA and IATG references), evidence type, assessment date, next review, CPD actions, and assessor sign-off.
5. Link to the ISO 9001 QMS: competence records become controlled documents under Clause 7.5, and competence gaps feed into training procedures and management review.

This approach satisfies NATO AASTP-5 ESO/FESO appointment requirements, UN IATG safety standards, UK WOME and ESA NOS obligations, ISO 9001:2015 Clause 7.2, and AQAP-2110 quality assurance — simultaneously, through a single competence management system. Several NATO and UN-participating nations already operate integrated systems on this model.

What Reform Should Look Like

The most consequential step would be mandating formally assessed procurement competences — equivalent to ESA Key Role 6 — across all member states for any personnel authorised to procure munitions, explosives, or explosive articles. The nine-unit structure, tested across UK defence for over two decades, maps directly onto the failures now under investigation. Adopting IATG 01.90 as the recognised sector-specific standard within the NATO quality assurance framework would give the STANAG 4107 / AQAP suite the teeth it currently lacks in the WOME domain: a concrete definition of what “competent” means for ammunition and explosives personnel, rather than an abstract ISO 9001 Clause 7.2 obligation that each nation interprets differently. This would also bridge the governance gap between AC/327 (which owns quality assurance through STANAG 4107) and AC/326 (which owns ammunition safety through the AASTP series) — connecting the QA competence requirement to the sector-specific technical knowledge that only the CASG governance lane can define.

MSIAC is the obvious delivery vehicle. It already runs the official AASTP-1 and AASTP-5 Lecture Series (NATO Course TSM-KNO-01) roughly seven times a year across member nations, covering hazard classification, quantity-distance calculation, barricade design, and ESMRM. Adding procurement competence modules — drawing on the ESA NOS model and the IATG framework — would extend an existing capability rather than building from scratch.

The Strategic Defence Review 2025 and the Defence Industrial Strategy 2025 both emphasise the need for a skilled, accountable defence procurement workforce. The NATO corruption investigation demonstrates what happens when that accountability is absent. The frameworks to fix it — ESA NOS Key Role 6, IATG 01.90, ISO 9001 Clause 7.2, AQAP-2110 — are all mature, tested, and available. What has been missing until now is the political will to mandate their combined use across the Alliance.

ISC Commentary

Further analysis pending.