Diriyah Art Futures exhibition to showcase rare collection of world’s foremost computer art pioneers

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Updated 21 November 2024
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Diriyah Art Futures exhibition to showcase rare collection of world’s foremost computer art pioneers

Diriyah Art Futures, the first new media arts hub in the MENA region, has announced its inaugural exhibition titled “Art Must Be Artificial: Perspectives of AI in the Visual Arts.” Developed by the Saudi Ministry of Culture, DAF will host the exhibition from Nov. 26 to Feb. 15, 2025 in Diriyah, Riyadh, introducing the region to the power and potential of new media and digital art.

Curated by the renowned Jérôme Neutres, former director at the Réunion des Musées Nationaux-Grand Palais in Paris, the exhibition brings together more than 30 global and regional artists to explore new forms of creative expression at a critical juncture of technological development. 

“Art Must Be Artificial” will present a sweeping history of computer art, from the 1960s to the present day, featuring works by iconic regional and international artists. The exhibition includes Saudi talents Lulwah Alhomoud, Muhannad Shono, Nasser Alshemimry (DesertFish), and Daniah Al-Saleh, their works spanning geometric abstraction, robotic and audiovisual art, and digital installations, showcasing the innovative spirit of the Kingdom. Notable MENA artists include VJ Um Amel (Laila Shereen Sakr, Egypt/US) and Haythem Zakaria (Tunisia), whose practices explore the intersections of media, culture, and technology.

Internationally acclaimed contributors include Refik Anadol (Turkiye), Ryoji Ikeda (Japan), Miguel Chevalier (Mexico/France), and Yang Yongliang (China), each known for their revolutionary use of AI, data, and digital landscapes. The exhibition also celebrates pioneers such as Frieder Nake (Germany), Vera Molnar (Hungary/France), Harold Cohen (UK), and Manfred Mohr (Germany), who laid the foundations of algorithmic and computational art. Other prominent names include Peter Kogler (Austria), Elias Crespin (Venezuela), Casey Reas (US), Daniel Rozin (US), John Gerrard (Ireland), Leonel Moura (Portugal), and Alan Rath (US), whose practices redefine creativity in the digital age.

Further enriching the exhibition are the collaborative works of Christa Sommerer and Laurent Mignonneau (Austria/France) and Edmond Couchot and Michel Bret (France), alongside experimental artists like aaajiao (Xu Wenkai, China), Anna Ridler (UK), Yining Fei and Chuck Kuan (China/US), Charles Sandison (UK), and Quayola (Italy). Together, these artists offer a comprehensive exploration of computational and robotic art, bridging history, innovation, and regional narratives.

The exhibition’s setting in Saudi Arabia, a country with a young, tech-savvy population, provides a fitting backdrop for this exploration of the evolving relationship between art and technology. With the word “algorithm” originating from the Islamic world, “Art Must Be Artificial” presents an intriguing regional connection, while bridging past, present, and future, to examine how algorithms and AI are transforming the nature of art creation.

Reflecting on his curatorial vision, Neutres said: “This exhibition seeks to explore a profound transformation, where artists are not just creators but architects of a new digital age. By embracing the power of AI and computational technology, contemporary artists are redefining the boundaries of art, opening infinite possibilities for the future. 

“At Diriyah Art Futures, we are presenting a dialogue between past pioneers and today’s visionaries, showcasing how the Kingdom of Saudi Arabia is uniquely well-positioned to lead these critical conversations in the global art world,” Neutres added.

In addition to the exhibition, Diriyah Art Futures offers a robust programming schedule that includes panel discussions, masterclasses, hands-on workshops, performances, and guided tours, designed to engage audiences in the dynamic intersection of art and technology. The activities, which feature prominent artists and scholars, provide an immersive experience for those looking to deepen their understanding of new media art. Tickets for both the exhibition and public programs are available through the Diriyah Art Futures website, offering visitors the chance to participate in a range of unique experiences that push the boundaries of art. 


More crop per drop: NADEC and EF Polymer deploy breakthrough technology to cut agricultural water use by 40%

Updated 14 January 2026
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More crop per drop: NADEC and EF Polymer deploy breakthrough technology to cut agricultural water use by 40%

Following a strategic technology-scouting framework led by Universal Materials Incubator, the National Agricultural Development Company has entered into a partnership to launch large-scale field trials of EF Polymer, marking a significant step in deploying deep-technology solutions to strengthen the Kingdom’s food and water security.

The collaboration initiates field trials of EF Polymer’s proprietary solution — a 100 percent organic, biodegradable powder that performs like a “soil battery” upcycled from food waste. Engineered to address water scarcity in arid and semi-arid regions, the material can absorb up to 50 times its own weight in water and gradually release moisture directly to plant roots. This mechanism has the potential to reduce irrigation water use by up to 40 percent, while enhancing crop yield and long-term agricultural productivity.

Beyond water efficiency, EF Polymer improves nutrient retention by minimizing fertilizer leaching, thereby reducing overall fertilizer requirements. After approximately one year in the soil, the material fully biodegrades into organic carbon, organic matter, and trace nutrients such as magnesium, calcium, and nitrogen — contributing directly to improved soil health and long-term fertility.

The solution is affordable, easy to apply, and suitable for a wide range of crops, making it viable both for individual farmers and for industrial-scale agricultural operations such as NADEC’s. 

EF Polymer has already achieved significant commercial adoption across multiple global markets, including Japan, the US, India and Turkiye, where it is actively used by farmers and agribusiness operators to improve water efficiency, soil health, and crop resilience under varying climatic conditions.

Its organic credentials are certified by OMRI and Ecocert, reinforcing its alignment with sustainable and regenerative agricultural practices.

The stakes for this alliance are high. By 2030, global freshwater demand is projected to exceed supply by 40 percent. In Saudi Arabia, the challenge is localized but intense: the agricultural sector alone consumes approximately 11.4 billion cubic meters of water annually. This partnership underscores NADEC’s commitment to adopting innovative, scalable technologies that conserve natural resources while supporting resilient food systems across the Kingdom.

Mohamed Al-Rajhi, VP of supply chain sector at NADEC, said: “Strategic agriculture today requires a long-term commitment to soil health and resource circularity. NADEC is leading the shift toward regenerative practices that restore our natural capital rather than merely consuming it. By diversifying our crop portfolio and investing in closed-loop nutrient management, we are insulating our operations against global price volatility and environmental shifts.”

“We are aggressively deploying AI-driven irrigation systems and satellite-based crop monitoring to optimize every drop of water and every hectare of land. This strategic pivot toward agri-digitization allows us to mitigate climate risks in real-time while significantly reducing our carbon footprint. Our commitment to sustainability is our greatest competitive advantage, ensuring that NADEC remains the cornerstone of the Middle East’s agri-food sector for decades to come. These trials focus on strategic scalable crops like wheat and olive trees to ensure the future of the Kingdom’s food security is both sustainable and locally rooted,” he added.

Strategic trial milestones:

  • Wheat: Trials have commenced to demonstrate water retention in this water-intensive crop.
  • Olive and blueberry: Specialized testing is scheduled for March to evaluate yield improvements and nutrient efficiency.

This collaboration supports Saudi Vision 2030 goals of reducing non-renewable groundwater use by 90 percent.