Farm Tomorrow

Pioneering the Future of Strategic Grain Production

Deploying advanced nuclear genetics and mutation breeding to engineer high-yielding, climate-resilient wheat and rice varieties designed to break national harvest records and secure sustainable food

Why Our Legumes & Pulses Excel

Legumes and vital pulses form a crucial pillar of sustainable food security and soil health. Through deliberate plant breeding and induced mutagenesis, Saudi AgriNova (SAN) has developed next-generation pulse varieties that overcome the limits of traditional farming. We focus on enhancing plant morphology, shortening maturity cycles, and building hardwired genetic resistance against severe soil-borne pathogens—delivering premium quality seeds engineered for the future

What We Do

Key Achievements & Metrics

Exceptional Yield Potential

Reaching an extraordinary potential yield of 11.4 to 12.0 tons per hectare, setting a new benchmark for horizontal agricultural productivity.

Lodging & Climate Resistance

Transforming vulnerable tall plants into robust semi-dwarf lines featuring strong 15-node stems and extra-wide leaves to fully resist severe winds and lodging.

Super-Spike Architecture

Maximizing spikelet efficiency by increasing fertile grains from the typical 3-5 grains to 7-10 grains per spikelet, achieving over 200 grains per single spike.

Products

Featured Varieties

Advanced Bread Wheat (Saud Series)

Next-generation wheat lines engineered for absolute immunity against Rust disease (Phenotypic marker) and Fusarium Head Blight (Wheat Cancer), delivering uniform grain size and high protein quality.

Advanced Durum Wheat for Pasta Industry (NSH Series)

Next-generation durum wheat lines engineered specifically for premium pasta and semolina production, delivering absolute immunity against fungal diseases, uniform amber grains, and exceptional protein quality for perfect texture and superior cooking stability.

Elite Hybrid & Mutant Rice

Genetically optimized rice mutants (featuring elite lines like ZS97 hybrids) tailored for high-efficiency water consumption, high tillering capacity, and superior growth rates in arid conditions.