Morocco considers smart farming shift in 2026 budget

Morocco is preparing its draft 2026 finance law with water security and structural reform at the center of public spending, as prolonged drought continues to strain the country’s agricultural sector. Policymakers are weighing whether the next budget cycle should move beyond traditional irrigation networks and large infrastructure projects to prioritize smart farming and precision agriculture technologies capable of reducing water consumption and stabilizing food production.

The outcome will determine whether digital agriculture remains limited to pilot initiatives or becomes embedded in Morocco’s long term economic planning.

Budget priorities under drought pressure

Guidance for the 2026 finance bill emphasizes fiscal discipline, economic growth, social cohesion and territorial equity, alongside stronger protection of water resources as a strategic asset. Agriculture spending is therefore expected to serve two parallel goals: protecting farmers’ incomes while accelerating a transition toward production models that use every cubic metre of water more efficiently.

Official policy documents position water management as a cornerstone of national development, linking it to food security, employment and climate adaptation. Debate within policy circles is gradually shifting from how much to invest in dams, water transfers and desalination plants to how efficiently water is used once it reaches the fields.

This shift reflects growing concern over repeated years of below average rainfall and mounting climate volatility that have exposed structural vulnerabilities in Morocco’s farming system.

Digital tools gain ground in Moroccan agriculture

Alongside fiscal discussions, a technological transformation is quietly unfolding. Large agricultural enterprises, cooperatives and local start ups are experimenting with artificial intelligence and connected irrigation systems to improve productivity under climate stress.

AI driven platforms analyze historical weather patterns, soil data and crop performance to forecast yields and identify optimal planting windows. Precision agriculture tools using soil sensors, satellite imagery and automated irrigation controls allow farmers to monitor moisture levels in real time and irrigate only when necessary.

What was once considered high end technology for export oriented farms is gradually spreading to mid sized holdings and cooperative projects, often supported by technical assistance programs and pilot initiatives.

From infrastructure to smart irrigation investment

Agricultural economists argue that public investment must evolve alongside these technological advances. Expanding dams and desalination capacity addresses supply, but does not guarantee efficient usage at farm level.

They suggest that subsidies and credit schemes be redirected toward smart irrigation controllers, low cost soil sensors and digital advisory platforms that support data driven decision making. The fiscal logic is preventative: investing in smart irrigation systems and crop management technologies can reduce water waste, lower input costs and mitigate losses caused by extreme weather events.

Such an approach may ultimately ease pressure on public finances by reducing the need for repeated emergency support during drought years.

Policy commitments and measurable projects

Government officials have already outlined concrete targets. Agriculture Minister Mohamed Sadiki told Parliament in July 2024 that Morocco aims to expand water saving irrigation technology to one million hectares by 2030. By the end of 2023, approximately 824,000 hectares had already been equipped with localized irrigation systems under the Generation Green 2020 to 2030 strategy, which seeks to double water use efficiency and strengthen food sovereignty.

International partners are also involved. The World Bank’s Large Scale Irrigation Modernization Project reported that by December 2022 more than 9,000 farmers in the El Haouz perimeter were using upgraded irrigation technologies across roughly 20,700 hectares, with targets of 51,485 hectares and 23,000 farmers by 2027.

Academic research further documents the shift. A 2025 peer reviewed study published in Frontiers in Sustainable Food Systems by Kamal Baraka and co authors describes the AgriLink platform deployed in an experimental orange orchard at the National School of Applied Sciences in Safi. The system uses low cost LoRaWAN sensors to monitor soil moisture, air temperature and humidity in real time, enabling irrigation decisions aimed at optimizing yields while conserving water.

These parliamentary commitments, international programs and scientific case studies indicate that digital agriculture in Morocco is no longer theoretical, but supported by field level experimentation and measurable benchmarks.

Institutional groundwork and funding challenges

Morocco has established a digital agriculture hub within the agriculture ministry, alongside strengthened drought monitoring capabilities. The platform integrates satellite imagery, climate data and field information into decision support tools for public authorities and producers.

The objective is to create a coordinated ecosystem in which advisory services, early warning systems and digital platforms are accessible across regions. The main challenge for the 2026 finance law is securing stable medium term funding for infrastructure, software development, data governance and trained personnel to maintain and expand these services.

Risk of a widening technology gap

The spread of smart farming technologies raises concerns about unequal access. Large and well capitalized farms typically adopt advanced systems more quickly due to easier access to financing and technical expertise. Smallholders, who form the backbone of rural livelihoods, may struggle with upfront costs and operational complexity.

Targeted budget measures such as subsidized mobile applications, affordable monitoring devices and dedicated advisory services could help prevent a digital divide. Linking financial support to water saving and precision agriculture practices may align climate objectives with social equity.

A strategic fiscal turning point

The draft 2026 finance law presents an opportunity to integrate smart farming into Morocco’s fiscal architecture rather than treat it as a secondary agricultural initiative. Coordinated investment across water management, rural development and digital transformation could mark a structural shift in how the country addresses drought and climate risk.

If sustained funding materializes, Morocco’s response to water scarcity may increasingly rely on data, artificial intelligence and precision agriculture to ensure that every drop counts. If not, digital farming risks remaining fragmented, limiting its ability to transform the broader agricultural landscape.