Library reference edition reviewed on 8 October 2026. This is a historical scenario-based assessment. Its numerical targets and institutional narratives remain labelled as assumptions from the original source, not current national statistics or proof of readiness. The 2026 sanctions context reinforces the need to distinguish domestic capability from lawful access to external inputs. The current policy reference is the Council of the EU overview; it does not validate any production or self-sufficiency target below.
The article is retained for its explanatory framework. The featured Defense selection gives priority to the newer merged research and the most useful country-risk, procurement and economic-statecraft articles. No separate report has been removed from the collection.
Industrial self-reliance is useful only when it produces dependable capability at a sustainable cost. Domestic assembly can leave critical dependencies untouched, while an ambitious investment programme can fail if it lacks skilled people, reliable infrastructure or a functioning connection between research and production. The historical Iran planning exercise recognises these constraints even as it sets demanding localisation, energy and technology targets.
Historical industrial-base assessment · planning horizon 2025–2040
This report examines that tension at the level of industrial capacity and lawful technology access. The numbers are scenario aspirations from a 2025–2040 planning exercise, not verified production levels, current budgets or forecasts endorsed here.
Start with the production system
An industrial base includes more than final manufacturers. It depends on skills, machinery, materials, software, testing, maintenance, infrastructure and the institutions that connect them. A weakness in a small part of that system can constrain a much larger share of output.
The source identifies limited imported technology, slow industrial development, weak fiscal resilience and human-capital pressures. It also identifies domestic research capacity, resource endowment and an ability to adapt under pressure as potential strengths. These are competing hypotheses about the system, not reasons to assume either complete dependence or complete autonomy.
A useful assessment should therefore distinguish installed capacity from effective output, technical capability from commercial viability and domestic ownership from control over critical inputs. These distinctions make it possible to assess resilience without relying on a single political measure of local content.
The localisation target lacks a defined denominator
The exercise contains a 95% self-sufficiency aspiration in one manufacturing context and a broader 100% self-reliance aspiration elsewhere. Both are scenario targets. Their scope and denominator are not sufficiently defined to treat them as comparable metrics.
Localisation could be measured by expenditure, domestic value added, production steps, component count or the ability to repair a product without external assistance. Each measure answers a different question. A low-cost imported component can be critical even when it represents a negligible share of the total bill.
The more informative industrial questions are which dependencies can interrupt output, how quickly alternatives can be qualified, whether quality can be maintained and whether the domestic process remains affordable. A target should be judged against those questions rather than assumed to solve them.
This does not imply that localisation is unhelpful. It means its benefits and costs should be measured specifically. Domestic maintenance skills, for example, can improve continuity without requiring that every input be made domestically. The report does not propose ways to bypass restrictions on controlled technology.
Figure 01 · Conceptual framework
Assembly is only one part of an industrial base
How the parts connect
- Inputs and technologyenablesProduction and testing
- Skilled peopleoperatesProduction and testing
- Reliable infrastructuresupportsProduction and testing
- Production and testingmust demonstrateUseful delivery
Research spending needs a route to useful output
The source proposes $10 billion of research-and-development infrastructure investment over ten years, together with a 35% increase in technology exports. These are planning targets with no complete baseline, financing schedule or output definition attached.
An even allocation would average $1 billion per year before considering inflation, exchange rates or the timing of projects. That arithmetic does not make the funding available. The actual burden depends on usable fiscal resources, domestic cost structures and the import content of equipment and services.
Research targets, undefined inputs and the evidence needed
| Target in the exercise | What remains undefined | Evidence needed for assessment |
|---|---|---|
| $10 billion over ten years | Price basis, funding source and spending schedule | Dated budgets and completed investment |
| Technology exports up 35% | Baseline, sector scope and value versus volume | Comparable export definitions and receipts |
| Stronger research-industry links | Delivery mechanism and incentives | Commercial adoption, skills transfer and product quality |
The economic mechanism matters more than the headline. Research facilities create value when they support repeatable problem solving, testing, useful skills and adoption by productive firms. A building programme with weak incentives for use can absorb funds without creating those outcomes.
Human capital is a stock that can deteriorate
The exercise describes skilled workers as an advantage while also highlighting brain drain, graduate unemployment and restricted social space. These factors can interact. Training more graduates does not automatically increase useful industrial capacity if jobs are scarce, institutions discourage independent work or experienced specialists leave.
A credible strategy should examine retention, practical training, management quality and the ability to move knowledge between research and production. It should also distinguish the number of qualifications from the skills available for specific industrial tasks.
Restrictions on information access can carry an industrial cost. Firms and researchers need reliable communication, technical knowledge and the ability to work with lawful partners. The source’s constrained scenario includes continued internet restrictions; that assumption is in tension with an ambition to expand internationally connected technology activity.
The issue is not simply whether spending rises. It is whether the environment allows the spending to become cumulative capability rather than a series of disconnected projects.
Figure 02 · Conceptual framework
Research expenditure needs a route to use
How the parts connect
- Defined problemguidesResearch effort
- Research efforttestsValidation
- Validationif validatedProduction transfer
- Production transfermeasureObserved performance
- Observed performancefeedbackDefined problem
Energy abundance does not guarantee industrial reliability
The source combines large resource endowments with ageing thermal infrastructure and inefficient energy use. This highlights a distinction between possessing energy and delivering reliable, affordable power to productive users.
Interruptions can reduce output, damage equipment and make delivery schedules unreliable. Price signals, maintenance, network investment and seasonal demand all affect the industrial result. A strategy that counts only resource volume can miss these service constraints.
The exercise proposes improving energy-intensity metrics in refineries and petrochemical plants by more than 25%. That is a scenario target. Energy intensity must be defined as energy consumed per unit of output, with a consistent product mix and price or physical-volume basis. A fall in production can otherwise produce a misleading change in the ratio.
An efficiency programme should also distinguish measured improvement from a change in reporting. Reliable metering, comparable boundaries and independent verification are necessary before a percentage reduction can be treated as a delivered industrial gain.
The 30 GW renewable target is a system question
The exercise aims at 30 gigawatts of renewable generation capacity and envisages exports of surplus electricity. The capacity figure is a planning aspiration, not a statement of existing installations or guaranteed annual generation.
Nameplate capacity, actual energy output and dependable supply are different quantities. Output depends on the technology mix, resource availability, maintenance and grid conditions. A gigawatt of variable capacity is not automatically a gigawatt available at every hour of industrial demand.
The export aspiration adds further dependencies: domestic demand, network capacity, interconnection, contractual arrangements and the ability to settle transactions lawfully. Calling electricity surplus requires a time-specific assessment. Surplus at one hour or season may coexist with shortages at another.
The industrial-base relevance is substantial. Reliable lower-cost energy can improve production continuity and free other resources. But the target should be assessed as a connected energy system, not as a standalone installation count.
Figure 03 · Qualitative comparison
Capacity, delivery and industrial reliability differ
| Measure | What it leaves open |
|---|---|
| Installed capacity | Output and availability |
| Usable energy | Network constraints |
| Delivered power | Quality and continuity at the user |
| Industrial continuity | The complete production-system result |
Infrastructure should be judged by throughput and reliability
The source’s corridor targets and agreement values are assessed together in Iran Sanctions, Economic Statecraft and Strategic Options. Their industrial implication is narrower: transport investment improves productive capacity only when firms can obtain inputs and deliver output with dependable timing and costs.
Assessment should therefore connect infrastructure performance to production: how delays affect idle capacity, delivery commitments and working-capital needs; whether maintenance preserves the service; and whether firms can use the connections in constrained scenarios. These questions distinguish a construction milestone from an improvement in the production system. They also prevent an industrial programme from claiming benefits that depend on complementary projects or financing still at the scenario-target stage.
Partnerships can diversify or concentrate dependence
The source emphasises relationships with major Eurasian economies and regional neighbours. Such relationships may provide investment, market access and lawful technical cooperation. They can also create new concentration if one partner becomes the dominant source of critical equipment or demand.
An industrial-base assessment should ask whether the relationship expands options. Are skills transferred and retained? Can assets be maintained over their lifetime? Are contractual obligations transparent? Does the project remain useful if diplomatic priorities change?
The relevant measure is not the number of signed memoranda. It is durable productive capacity and the ability to operate under several external scenarios. Dependence can change form without declining in substance.
Compare the programme across the three scenarios
Industrial outcomes under the three scenario narratives
| Aspect | Retained observation |
|---|---|
| Favourable narrative | In the favourable narrative, improved investment and institutional adaptation allow research and infrastructure to reinforce one another. |
| Constrained stability | In constrained stability, modest research allocations and restricted access slow the process. |
| Adverse narrative | In the adverse narrative, deteriorating finances and skilled emigration weaken the industrial base despite continuing declarations of self-reliance. |
Those alternatives support a useful test: which investments create value across all three? Maintenance skills, reliable data, quality assurance, basic infrastructure and productive workforce development may have broad relevance. Large projects requiring several favourable assumptions should have those dependencies stated explicitly.
The analysis should also preserve reversibility. A programme that commits scarce resources early but delivers benefits only after many years can increase vulnerability if its assumptions fail. This is a capital-allocation question, not a reason to abandon long-term investment altogether.
What industrial resilience would look like
The historical exercise is strongest when it connects domestic research, efficient infrastructure and human capital. It is weakest where percentages of self-sufficiency substitute for evidence about bottlenecks, quality and cost.
A defensible industrial-base conclusion is therefore conditional: localisation and research spending can improve resilience if they create dependable skills, maintainable assets and commercially useful output. The 95%, 100%, $10 billion, 35% and 30 GW figures remain scenario targets until those mechanisms and baselines are demonstrated. Resilience is the ability to keep producing useful goods and services under stress, not the achievement of a slogan.
