Avant Meats utilizes patent-pending cell cultivation technology to produce fish products without the need for traditional fishing methods, ensuring they are free from heavy metals and microplastics. This approach addresses the depletion of ocean fish stocks by providing a sustainable and scalable alternative for nutritious seafood.

<name>BLUU</name> <description>BLUU uses controlled marine cell biomanufacturing to produce fish‑cell derived ingredients with reliable quality and scalable supply. It provides marine actives for food, health and personal‑care applications without dependence on wild harvest or seasonal variability. The platform delivers cost‑reduced production and a partner‑

Bond Pet Foods utilizes biotechnology to produce nature-identical animal proteins through fermentation processes, eliminating the need for traditional livestock farming. This approach addresses the environmental impact of pet food production by providing sustainable, scalable protein sources that meet the nutritional needs of dogs and cats.

Boston Bioprocess offers an integrated solution that combines a scalable inventory of wet‑lab vessels (1.5 L to 1,500 L) with AI‑enabled software for bioprocess development and scale‑up. Their platform provides customizable digital batch records, real‑time protocol tracking, and analytics that optimize fermentation and downstream processes, while also delivering regulatory guidance and technology transfer support for biotech companies moving to commercial manufacturing.

HerdDogg provides AI‑powered Bluetooth smart tags that continuously record each cow’s movement and temperature, delivering up to 480 readings per day to a cloud dashboard.

Heura Foods produces plant-based meat alternatives using sustainable ingredients inspired by Mediterranean cuisine, aiming to reduce the environmental impact of traditional meat production. Their products offer a nutritious and delicious solution for consumers seeking healthier dietary options while promoting animal welfare and sustainability.

Melt&Marble uses yeast‑based precision fermentation to produce custom‑designed fats and lipids with defined fatty‑acid composition and functional properties. Their platform enables food and personal‑care manufacturers to replace conventional vegetable or animal fats with scalable, sustainable ingredients that offer tailored texture, melting behavior, and sensory performance while reducing land and water use.

Mission Barns produces cultivated meat by growing real pork fat from a small sample of pig tissue in a controlled environment, combined with plant proteins to create flavorful meat products. This method eliminates the need for animal slaughter, addressing the demand for sustainable and ethical meat alternatives while reducing the environmental impact of traditional livestock farming.

This service connects consumers with local butcher shops offering expert advice, custom meat cuts, and reliable sourcing. Customers gain confidence through personalized guidance on selecting and preparing quality proteins for various culinary needs. The platform facilitates convenient ordering and home delivery of fresh, expertly handled meat products.

Mozza develops plant-based cheese by cultivating milk proteins found in cow's milk within plants, ensuring the final product melts, stretches, and tastes like traditional dairy cheese. This approach addresses the growing demand for non-dairy cheese alternatives while reducing greenhouse gas emissions associated with dairy production.

NuCicer uses a two‑decade‑old global genetic library of wild and cultivated chickpeas to breed high‑protein, non‑GMO varieties through nature‑based precision breeding. Their chickpea ingredients—whole beans, functional flours, protein powders, and custom trait packages—offer up to 75% more protein, improved nutrition, and better functional properties while requiring less water and supporting regenerative agriculture, enabling food and beverage brands to create affordable, gluten‑free, plant‑based products.

This startup produces plant-based milk from organically-grown oats sourced from small growers, focusing on flavor, health, and sustainability. By calculating the carbon footprint of its products, the company provides consumers with transparent vegetable alternatives that simplify their dietary choices.

The Better Meat Co. utilizes fermentation technology to produce Rhiza mycoprotein, a complete protein ingredient derived from common agricultural commodities, offering a meat-like texture and superior nutritional profile. This process addresses the demand for sustainable, allergen-free protein alternatives by providing food manufacturers with a versatile ingredient that contains more protein than eggs and more iron than beef, all while requiring fewer resources than traditional animal farming.

This startup utilizes Solid State Fermentation to create natural, plant-based flavor solutions that replicate the rich, multi-layered taste profiles traditionally provided by animal proteins. By focusing on enhancing the flavor function of meat alternatives, the company aims to make plant-based dishes more appealing and satisfying for consumers.

This startup produces plant-based meat alternatives using fortified plant ingredients that replicate the taste and texture of traditional meat products. Their offerings cater to consumers seeking satisfying meat-like experiences without animal harm, providing a nutritious option that aligns with ethical dietary choices.

TurtleTree utilizes precision fermentation technology to produce LF+, the world's first sustainably-sourced lactoferrin, a key protein found in milk. This approach addresses the ethical and environmental issues associated with traditional dairy farming by offering a scalable, animal-free alternative that supports healthier food options.