Dig Inn vs Zordi
Side-by-side comparison of AI visibility scores, market position, and capabilities
Healthy fast-casual restaurant chain | NYC-based expansion | Farm-to-table positioning | Nutritionally-focused bowls and salads | Growing consumer health demand
About
Dig — originally Dig Inn — was founded in 2011 in New York City by Adam Eskin to make vegetable-forward, farm-sourced fast casual food accessible to urban workers. The concept is built around seasonal menus designed by a chef team, with whole vegetables and grains as primary ingredients and meat treated as a secondary component. Dig sources directly from regional farms and publishes sourcing relationships on its menu boards, a transparency stance unusual for the fast casual category.\n\nDig's menu is organized around build-your-own plates with a rotating selection of market vegetables, proteins (chicken thighs, salmon, meatballs), and grain bases (farro, rice, lentils) that change with the seasons. Open kitchens make scratch cooking visible to diners, reinforcing fresh-preparation positioning. Dig also operates Dig Acres, a working farm in upstate New York that feeds directly into restaurant supply chains and serves as proof of its farm-to-table sourcing claims.\n\nDig operates approximately 30 locations concentrated in New York City, with restaurants in Philadelphia and Boston targeting urban office markets with high lunch traffic. The brand navigated significant headwinds from pandemic-driven collapse in office lunch demand. As return-to-office patterns stabilize, Dig's positioning — nutritionally dense, seasonal, vegetable-forward fast casual — aligns with durable consumer trends toward health-conscious weekday eating and reduced meat consumption.
Secured Series B funding in May 2025 from Khosla Ventures and Yanmar Ventures to deploy Robotics Foundation Models for autonomous strawberry harvesting and pruning, targeting an 80% reduction in greenhouse labor costs.
About
Zordi combines low-cost modular greenhouses with AI-powered robots trained on Robotics Foundation Models (RFMs) to perform delicate, dexterous agricultural tasks — including strawberry picking, scouting, and plant pruning — that have historically resisted automation. The New Jersey-based company's approach dramatically reduces labor requirements while improving crop quality consistency, and it is scaling from its first greenhouse deployment to broader commercial rollout. Backed by Khosla Ventures and Yanmar Ventures, Zordi applies foundation model techniques to agricultural robotics.
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