Food fortification has emerged as a globally significant nutritional intervention aimed at addressing micronutrient deficiencies in populations reliant on staple-based diets. Among emerging functional food ingredients, Aliv seeds (commonly known as garden cress seeds) have gained attention due to their dense nutrient composition, bioactive compounds, and adaptability in food formulation systems. This paper critically examines the role of Aliv seeds in food fortification strategies, focusing on their dietary contributions, technological compatibility, and potential integration into existing food systems.

The study synthesizes insights from established research on cereal fortification, postharvest processing, and functional ingredient development to contextualize Aliv seeds within broader fortification frameworks. Prior studies have demonstrated that food fortification technologies such as polymer coating, parboiling, and gel-based encapsulation significantly improve micronutrient retention and bioavailability in staple foods (Peli et al., 1981; Juliano & Rao, 1970; Tulyathan et al., 2005). These findings provide a technological foundation for evaluating plant-based fortificants such as Aliv seeds.

The paper adopts a qualitative analytical framework based on secondary data synthesis, focusing on nutrient delivery mechanisms, functional properties, and application feasibility. Comparative insights from rice fortification systems and fermentation-based nutrient enhancement techniques (Steiger et al., 2014; Ray et al., 2008) are used to evaluate the adaptability of Aliv seeds in modern food systems. Additionally, the nutritional relevance of functional plant ingredients is supported by recent literature highlighting the increasing role of seed-based bioactive compounds in value-added foods (Harshini & Agarwal, 2025).

Findings indicate that Aliv seeds exhibit strong potential as a complementary fortification agent due to their protein density, mineral composition, and functional versatility in food matrices. However, challenges such as sensory acceptability, stability under processing conditions, and standardization of dosage remain critical barriers.

The study concludes that Aliv seeds represent a promising yet underutilized resource in food fortification strategies, particularly in regions facing persistent micronutrient deficiencies. Their integration into existing fortification systems may enhance dietary diversity and nutritional security when supported by appropriate processing and formulation technologies.