Morocco and the French defense technology company Harmattan AI signed a letter of intent at the Marrakech Air Show on October 7, 2026, to develop a long-range autonomous system called IRIFI.[i] For Morocco, the value of this initiative goes beyond acquiring a new military asset; it lies in using its defense needs to build domestic knowledge and production capacity. Although it appears premature to regard an agreement that still points to a process of development and investment as an accomplished industrial success, Rabat’s ambition to move from being a purchasing country to one with a stake in design is clear.
The economic foundations underpinning this goal are significant. According to industry representatives’ projections, exports from Morocco’s aerospace sector, where around 160 companies employ 25,000 people, could rise from approximately $3 billion in 2025 to around $5 billion within three years.[ii] Such a manufacturing ecosystem offers advantages in terms of the work discipline and supplier relationships that a new defense investment will require. For example, a company’s experience in quality control for aircraft components can be transferred to the production of unmanned systems with appropriate training and investment support. This reduces the need to build every capability from scratch for each new project.
The partnership’s research dimension is also noteworthy in this respect. An earlier agreement, announced in June 2026, envisages not only the production of autonomous defense systems in Morocco but also the establishment of a research center focused on artificial intelligence in defense and the development of cooperation with higher education institutions.[iii] Integrating university links with production may help young engineers move from learning to use ready-made products to solving design problems. The practical implications are quite concrete. A team that can investigate why a component failed can reduce the recurrence of the same fault in subsequent production and, over time, apply its own solution to other projects.
Nevertheless, the depth of technology transfer will become clear from the rights and authority set out in the partnership agreement. There is a significant difference between Moroccan engineers being able to modify software and merely carrying out predefined procedures. Access to source code—the instructions that determine how software works—affects who will decide on future modifications. Similarly, the ability to perform maintenance domestically can shorten the time needed to return a malfunctioning system to service. Strategic autonomy here does not mean severing ties with foreign partners; it means gaining the room to act in response to the country’s own needs while the partnership continues.
In assessing the economic returns from production, it is necessary to consider not only the number of products leaving the factory but also the earnings retained within the country. Assembling expensive imported components at a local facility creates employment, but enabling domestic firms to develop more complex components spreads income across a broader segment of the economy. For instance, a small business’s ability to secure a precision metalworking order depends on acquiring the necessary machinery and training its employees. Long-term visibility over orders makes this investment more predictable, whereas uncertain demand increases the financial risk borne by the business.
It therefore becomes important for public procurement and industrial policy to reinforce each other. Defining the armed forces’ requirements in advance can help manufacturers build capacity in line with actual demand. By contrast, an approach that seeks to produce every item domestically may increase costs for small orders. A more efficient path for Morocco may be to specialize in high-value areas while sourcing suitable components through international supply networks. Such a choice would also help direct resources toward fields in which the country could eventually develop its own products.
The financing of the investment will also affect the continuity of the learning process. If a team receives no new work for a long period after its first order, the dispersal of trained personnel can increase the cost of the next project. A research budget that extends beyond the delivery schedule can therefore help preserve the expertise acquired. At the same time, to assess the return on public spending, the work completed independently by local teams matters more than the number of training hours provided. The ability to repair domestically a component that previously had to be sent abroad is a clear indicator of such progress. Monitoring these gains regularly allows the investment’s economic value to be calculated more accurately.
IRIFI’s military nature adds a separate dimension of responsibility to the industrial debate. According to the manufacturer, the system is designed for a range of up to 2,000 kilometers and will carry out its mission autonomously once humans have defined the target and mission parameters.[iv] These are statements about the design and are not equivalent to independent verification of performance in the field. Moreover, initial human approval does not eliminate all the uncertainties that may arise during use. Transparency in testing processes and the ability to review decisions afterward are therefore as important as production capacity when assessing the technology’s reliability.
Domestic development capabilities may provide greater influence over this reliability. Local teams investigating the conditions under which a system fails can work more closely with the institutions using it to accelerate corrective action. This requires a workable arrangement that balances the protection of military data with researchers’ access to the information they need. An excessively closed structure can slow learning, while uncontrolled information sharing can create security problems. Clear divisions of responsibility among institutions will help ensure that technical investment draws on actual operating experience.
In terms of foreign relations, this partnership may strengthen Morocco’s efforts to participate in international defense networks as a producer. Countries that jointly develop products may build longer-term relationships spanning training and maintenance services. If export opportunities arise, the conditions under which buyers may use the product and controls on resale will need to be considered alongside commercial returns. A reputation as a reliable supplier is established through the continuity of support after delivery. In this respect, the diplomatic benefits of entering foreign markets depend as much on how responsibilities are fulfilled as on sales volumes.
The lasting impact of the Marrakech initiative will be evident in the roles assumed by Moroccan engineers and the share of production carried out by local firms in the coming years. Regular interaction between the research center and the factory, employees’ ability to transfer what they have learned to new projects, and the development of domestic maintenance capabilities could turn the investment into a benefit that outlasts any single product. Morocco’s accumulated aerospace expertise offers a favorable starting point for this progress. The partnership’s success will be assessed as much by the extent to which this expertise is developed domestically as by the announced range.
[i] Hajar Kharroubi, “Defense: What we know about IRIFI, the long-range strike drone Harmattan AI plans to develop with Morocco’s Royal Armed Forces”, Le360, https://en.le360.ma/politics/defense-what-we-know-about-irifi-the-long-range-strike-drone-harmattan-ai-plans-to-develop-with_F3E3LL2A25DGTL3XRMJSYO7WHE/ (Accessed: October 10, 2026).
[ii] Ahmed Eljechtimi, “Morocco aerospace exports could rise to $5 billion, industry group says”, Global Banking & Finance Review, https://www.globalbankingandfinance.com/morocco-aerospace-exports-rise-5-billion-industry-group/, (Accessed: October 10, 2026).
[iii] “Harmattan AI and the Kingdom of Morocco Sign Major Strategic Partnership for National Defense”, Harmattan AI, https://harmattan.ai/blog/harmattan-ai-and-the-kingdom-of-morocco-sign-major-strategic-partnership-for-national-defense/, (Accessed: October 10, 2026).
[iv] “Harmattan AI unveils IRIFI and enters deep strike”, Harmattan AI, https://harmattan.ai/blog/harmattan-ai-unveils-irifi-and-enters-deep-strike/, (Accessed: October 10, 2026).
