A New Recipe for Efficiency
Singapore’s vibrant food and beverage (F&B) scene has long relied on skilled chefs and baristas, but the post-pandemic economy has made labour both expensive and scarce. In response, 2026 sees a full-fledged automation wave—not gimmicky machines, but integrated robotic systems that replicate artisanal quality while operating 24/7 in coffee chains, cloud kitchens, and hotel buffets.
ROSS Digital’s Robotic Barista Expands Across Asia
At the heart of this movement is ROSS Digital, a Singapore startup whose robotic barista system features a dual-arm robot that can brew specialty coffee, steam milk, and even craft latte art. The system, launched in partnership with a major local coffee chain, now powers “unmanned” café outlets in districts like Tanjong Pagar and Changi Business Park. In 2026, ROSS Digital announced a Series B funding round of US$50 million and a franchise agreement to deploy 1,000 units across Japan and the Middle East. Each robot serves up to 200 cups per hour with consistent extraction yield, solving both queue time and quality complaints.
Cloud Kitchens Embrace End-to-End Automation
Beyond beverages, cloud kitchen operators are adopting modular cooking robots. A locally developed wok-hei robot, using AI to control flame intensity and toss motion, prepares fried rice and noodles on demand for delivery-only brands. According to Enterprise Singapore’s 2026 F&B Automation Survey, 28% of licensed food operators now use at least one robotic cooking or service module, and those that did saw food cost waste drop by 22% due to precise ingredient dispensing.
Cleaning Robots in Food Spaces
The automation extends to hygiene. LionsBot, a Singapore-based cleaning robotics startup, has deployed its Leosweeper and Leowash models across hawker centres and food courts under NEA’s CleanTech programme. These collaborative cleaning robots scrub floors, disinfect tables, and return to docking stations autonomously, keeping communal dining spots clean even during peak hours with minimal human supervision.
