
Pasadena, California, USA
2016
Restaurants, Foodservice, Hospitality, Food Preparation, Retail Food Operations
Miso Robotics is a restaurant technology company specializing in AI-powered kitchen robotics and automation software. Founded in 2016, the company develops robotic systems that perform food preparation tasks in commercial kitchens, along with software that provides operational intelligence for restaurant businesses.
Its technology combines robotics, artificial intelligence, and data analytics to address repetitive kitchen tasks and restaurant management needs. Miso’s work sits at the intersection of robotics and foodservice automation, with applications in quick-service restaurants and other high-volume foodservice environments.
Miso Robotics develops and deploys robotic systems that automate food preparation, particularly frying operations. Its Flippy system handles tasks such as managing fryer baskets and cooking fried menu items, allowing kitchen employees to focus on other responsibilities.
The company also provides software for restaurant operations. Its product portfolio includes tools for monitoring performance, analyzing operational data, and supporting workforce management across restaurant locations.
Miso’s systems are designed to integrate with existing commercial kitchen equipment and workflows. Its technology addresses operational challenges such as repetitive food preparation, cooking consistency, kitchen safety, and the coordination of restaurant staff.
Miso Robotics combines robotic manipulation, artificial intelligence, and software to automate commercial kitchen tasks.
Its Flippy robotic system uses a robotic arm to handle fryer baskets and perform cooking operations. The system incorporates computer vision to identify food items and monitor cooking, while AI-based controls help manage cooking times and consistency. Miso describes its systems as incorporating machine learning and self-healing AI capabilities.
The company’s technology also includes software connectivity and operational data analysis. Flippy can connect with existing kitchen systems, while Miso’s restaurant intelligence products aggregate operational information to provide visibility into performance across locations.
Miso’s Innovation Lab conducts research into predictive maintenance, kitchen automation, platform integration, and additional applications of AI in foodservice. The company has also described collaborations involving NVIDIA and Amazon Web Services for AI, robotics, simulation, and related technology development.
Miso Robotics applies AI and robotics to commercial food preparation, an environment where repetitive tasks, cooking consistency, and worker safety are important operational considerations.
Automating fryer operations can change how restaurants allocate kitchen labor and manage high-volume food preparation. Robotic systems can also help standardize cooking procedures across shifts and locations.
The company’s development of connected robotics and restaurant intelligence software reflects a broader emerging-technology trend: combining physical automation with operational data. Miso’s work is relevant to the development of AI-enabled foodservice operations, where robotics and software can support both kitchen execution and restaurant management.
Flippy is Miso Robotics’ AI-powered robotic frying system, designed to automate food preparation at commercial fryer stations. It uses a robotic arm to move fryer baskets and manage cooking operations.
The system combines computer vision and AI-controlled cooking with an interface for kitchen staff. It is designed to work with compatible commercial fryers and existing kitchen layouts, with features for multiple baskets, cooking management, monitoring, and maintenance.
Zignyl is a restaurant workforce and operational intelligence platform acquired by Miso in 2026, according to the company’s current materials. It provides digital shift management and performance visibility for restaurant operators.
The platform supports operational goals, employee incentives, workforce forecasting, and performance tracking across locations. It complements Miso’s kitchen automation products by addressing restaurant management and workforce operations.
Zippy is described in Miso’s current investment materials as a software intelligence layer associated with its restaurant automation platform.
The software uses restaurant operational information to provide analytics and actionable insights for operators. Miso describes its development in connection with Zignyl and the integration of information from Flippy and other restaurant systems.
Miso Robotics’ technology is designed for commercial foodservice environments, particularly kitchens that prepare fried foods at high volume.
Quick-service restaurants: Automating fryer operations and supporting consistent food preparation across restaurant locations.
Stadiums and entertainment venues: Supporting food preparation during periods of high customer demand.
Hotels and hospitality: Applying kitchen automation to foodservice operations, including busy meal periods.
College and university dining: Automating repetitive food preparation tasks in institutional dining environments.
Restaurant operations management: Using workforce intelligence, forecasting, and performance analytics to support daily operations across locations.
Flippy is an AI-powered robotic frying system that automates fryer operations in commercial kitchens. It uses a robotic arm and AI-based controls to handle fryer baskets and cook food.
Miso states that Flippy is designed to integrate with compatible existing commercial fryers and kitchen systems. Specific compatibility depends on the equipment and kitchen configuration.
Miso describes using AI-powered vision to identify food items, monitor cooking quality, and help determine when food has reached the required doneness.
Flippy is a physical robotic system that automates food preparation at the fryer. Zignyl is a digital shift management platform focused on restaurant workforce operations, performance visibility, and analytics.
Yes. Miso describes research into additional kitchen automation, predictive maintenance, operational intelligence, and platform integration. Its acquisition of Zume’s technology and patent portfolio has also been described as supporting expansion into adjacent food preparation applications, including pizza.
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