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Metafoodx helps kitchens move from guesswork to data driven decision making by capturing detailed insights into food preparation, waste, and consumption patterns.

Organized by the North America Asian Food & Restaurant Industry Association, Taste of Asia brings together restaurant operators, suppliers, and industry leaders for a day of business exchange, networking, and operational insight across the Asian restaurant industry.

At Rice University, dining teams are piloting an AI-powered food scanner in the Seibel Servery to better understand and reduce food waste. The system allows students to weigh leftover food and share feedback, helping dining teams align production with actual demand.

Metafoodx is featured in FMJ Magazine by the International Facility Management Association, showcasing how real-time food production data reduces waste and improves sustainable facility management.

Food waste in hotels is a persistent and expensive operational challenge—from oversized breakfast buffets to banquet trays that never leave the kitchen. Across the hospitality industry, unused food inventory and overproduction quietly erode profit margins while increasing sustainability pressure.

Discover how California State Polytechnic University-Pomona uses Metafoodx AI to track portions, temperature, and food waste, reducing overproduction and optimizing campus dining operations.

We’re excited to share two new features to help support your day-to-day operations and highlight your sustainability impact.

The Metafoodx team is excited to attend the Food Home Away from Home Association COEX Conference, taking place March 8–10 in Atlanta.

The Metafoodx team is excited to attend the Transact Campus and CBORD 2026 Annual Conference in Nashville, taking place March 2 to 5.

By tracking food from prep to service to what comes back on the plate, operators get a clear picture of what is actually happening. No extra steps. No added burden on staff. Just a better view of how food moves through the kitchen.

Metafoodx has introduced new AI-powered enhancements to its post-consumer plate waste tracking mode, giving operators clearer visibility into what guests eat, what remains on the plate, and how portioning and menu performance affect overall food waste.

In many operations, overproduction can reach 20 to 30 percent of total volume. Once that food reaches the end of service, everyone can see the result, but by that point the decision window has already closed. 

Metafoodx was recently featured in MassLive for our work with the University of Massachusetts Amherst, highlighting how data-driven insight can support more efficient, responsible campus dining operations.

Metafoodx was built to do something more fundamental. We created an intelligent, real-time system that understands food in three dimensions, factors in temperature behavior, and turns operational data into decisions that teams can act on immediately. Our system is built with human-centric automation to be part of the future-proof infrastructure for commercial kitchens.

The future of foodservice will not be defined by flashy robotics or one-size-fits-all SaaS platforms. It will be defined by clarity: knowing exactly what’s in your inventory, what’s being prepared, what’s being served, and what’s being wasted.

Metafoodx has been named an Editor’s Top Pick in the August 2025 Food and Beverage Magazine Industry Innovation Leaders list. The recognition highlights companies reshaping food service and technology.

Parsley and Metafoodx connect menu planning with real-time kitchen tracking, syncing production, and waste data to deliver effortless, accurate forecasting.

Metafoodx has been named the winner of the “AI for Good Award” at the 2025 A.I. Awards by The Cloud Awards.

Metafoodx, a leader in AI-driven foodservice technology, has been included on Fast Company’s Next Big Things in Tech list for 2025. This recognition highlights innovative companies that are using technology that will help define the future of the industries they serve.

In just nine months, the Pomona College lessened overproduction by 54% and lowered plate costs by 8%