A Machine That Grows Fresh Greens Indoors Wins Major Awards

Instafarm has won recognition from two major award programs for a system that automatically grows microgreens—small, tender vegetable shoots—inside commercial kitchens and restaurants. The company received an honor from the CES 2026 Innovation Awards in the Food Tech category and also won a 2026 Kitchen Innovations Award, which gives it a booth at the National Restaurant Association Show, a large gathering of restaurant owners and food service managers.

These awards matter because they signal that the food industry and technology sector both see potential in this kind of system.

How the Machine Works

The Instafarm system grows microgreens under artificial lights instead of sunlight, using sensors and automated controls to manage the growing environment. The system monitors conditions like plant height, humidity, and temperature at each individual tray level, and it automatically waters the plants based on what the sensors detect.

The machine can produce a batch of microgreens ready to harvest in seven days. Traditional microgreens grown in soil or outdoors usually take seven to fourteen days, depending on the plant variety and weather.

What makes this useful for restaurants: the system doesn't need sunlight or greenhouse space. It can fit into a kitchen closet, a back room, or any space where you can control the temperature and humidity. That flexibility means restaurants in any location—even cities with limited outdoor space—can grow their own fresh microgreens.

Who This Is For

This system is designed for commercial kitchens: restaurants, hospitals, schools, corporate cafeterias. It is not aimed at home gardeners.

Restaurants and kitchens struggle with fresh microgreens because they spoil quickly and are expensive to buy from suppliers. If a kitchen can grow microgreens on-site, it saves money, ensures freshness, and gives chefs ingredients they know are fresh.

What the Sensors Do

Each tray in the system has its own sensors that measure temperature, humidity, and plant height. This lets the machine adjust growing conditions for each tray separately, rather than using a one-size-fits-all approach.

The height sensors track how fast the plants are growing. This helps the system know when to harvest and also catches problems early—like plants not growing evenly or pest damage—before they ruin an entire crop.

The watering system can deliver precisely the right amount of water to each tray, avoiding the flood-and-drain watering methods used in some hydroponic systems. In a busy commercial kitchen, this kind of precision matters because it keeps the harvest consistent and reliable.

What These Awards Mean

The CES Innovation Award recognizes new technology in agriculture and food production. The Kitchen Innovations Award focuses on whether the system actually works for restaurant operators in the real world.

Both awards together suggest the food industry is paying attention to systems like this. Over the past decade, many vertical farms have started by growing lettuce and leafy greens, then moved into other crops. Microgreens are a natural fit because they grow quickly, command premium prices, and do well indoors.

The broader context here is that restaurants and food service operations are increasingly interested in growing food on-site. Supply chain disruptions over the past few years have made operators nervous about relying entirely on outside suppliers. A system that lets them grow fresh produce in-house offers both cost savings and a safety net if outside supply becomes unreliable.

What Happens Next

The real test will be whether restaurants and kitchens actually buy these systems and use them regularly. The awards provide credibility, but operators will make decisions based on hard numbers: Will the system pay for itself? How much labor does it take to run? Does the cost per batch of microgreens beat buying them from a supplier?

In my view, this is a promising application of automation to food production, but it needs to deliver clear economic advantage over traditional sourcing. The equipment must be reliable, and the yields must be consistent enough that chefs can depend on it for their menus.

Depending on the cost and the footprint of the machine, adoption will likely be faster in newer restaurants or facilities doing renovations, where builders can plan for the system from the start. Older kitchens with tight space and limited electrical capacity may find it harder to integrate.