goodBytz presents SAM: The world’s first robotic kitchen in a container for locations without infrastructure

The SAM container is designed as a plug-and-play solution. The principle is simple: transport, connect, and start operating. No complex setup or kitchen installation is required. To begin operations, the system only needs to be connected to power as well as water supply and drainage.

Food ingredients are transported already prepared and only need to be loaded into the system on site. Ingredients are fed into the cooking system via dedicated feeders. In the future, they will be supplied directly from sealed bags or film packaging integrated into the container.

During transport, all ingredients remain continuously refrigerated using an integrated cooling system with a small generator, comparable to the cooling system of a refrigerated truck.

The system can operate either via an external generator or a fixed power connection. Water can be supplied through external reservoirs or a permanent water connection. This flexibility allows SAM to operate in environments where traditional kitchen infrastructure is unavailable.

With this approach, goodBytz addresses use cases where conventional kitchens reach their limits, such as temporary locations, large-scale catering, infrastructure projects, or regions with limited food service infrastructure.

The first SAM container will be deployed to the U.S. Army in South Korea and is expected to begin operations within the coming weeks.

Inside the container, a fully automated cooking system is designed specifically for high-peak meal production. The system features eight cooking stations and can process up to ten dishes simultaneously while additional meals circulate within the system.

In total, up to 30 meals can be prepared in advance and conditioned, meaning they are kept warm and ready for immediate serving. When larger groups arrive, these meals can be served within approximately five to seven minutes. The exact timing depends on the type of dish and how quickly meals are retrieved from the system.

In practice, this means SAM can deliver around 30 freshly prepared meals within minutes, allowing entire teams or units to be served almost simultaneously rather than preparing individual orders one by one.

This production logic intentionally differs from traditional kitchen workflows. Instead of cooking meals individually, the system prepares multiple dishes in parallel and keeps them ready for immediate serving, ensuring short waiting times even during peak demand.

The system is complemented by integrated modules for storage, cleaning, climate control, and meal dispensing, allowing all essential kitchen processes to be handled within a single closed system.

For meal distribution, SAM features four dispensing compartments, two of which can operate simultaneously, as well as two pickup screens that guide users through an intuitive, contactless pickup process. An internal buffering system keeps prepared meals warm and ensures fast service even during high demand.

SAM is designed to provide food supply beyond fixed infrastructure. The system is built on the proven technology that goodBytz has deployed in real-world operations for several years and has been specifically further developed for particularly robust and demanding environments. This makes reliable fresh food supply possible even in places where traditional kitchen infrastructure is unavailable or difficult to implement.

“With SAM, we are entering a new era of critical food infrastructure and demonstrating that our technology works reliably even under the most demanding conditions,” says Dr. Hendrik Susemihl, Co-Founder and CEO of goodBytz. “For us, this is the next step in bringing autonomous food systems to environments where meals need to be available quickly, reliably, and independently of existing infrastructure.