Sunday Robotics develops autonomous home robots designed to handle repetitive household chores for busy households. Their robot, Memo, utilizes state-of-the-art AI models and a proprietary Skill Capture Glove to learn and execute tasks like dish loading and folding laundry. The company focuses on providing reliable, safe, and continuously improving robotic assistance to give users back personal time.
Funding
Funding not disclosed
Founders
Product
Problem
Busy households spend significant time on repetitive chores such as dish clearing, dishwasher loading, coffee preparation, and basic laundry tasks, limiting the time available for work, family, or personal activities.
Solution
Sunday Robotics offers Memo, an autonomous home robot that performs a range of household chores without human tele‑operation. Memo combines state‑of‑the‑art AI models with an expanding Skill Library to execute tasks like table clearing, dishwasher loading, espresso pulling, and sock folding. The robot continuously acquires new capabilities through data collected by the proprietary Skill Capture Glove™, which captures millions of human motion examples and feeds them into Memo’s onboard learning pipeline. Safety and privacy are built into the hardware and software: a low center of gravity, passive stability, compliant control, and end‑to‑end encrypted data handling ensure safe interaction and protect user information. Memo is delivered as a ready‑to‑use appliance that can be customized in color and accessories, providing a plug‑and‑play solution for everyday household assistance.
Target Audience
The primary customers are time‑constrained families and professionals seeking automated assistance for routine kitchen and laundry chores, as well as early‑adopter households participating in the 2026 beta program.
Features
- AI‑driven Skill Library that enables autonomous manipulation of dishes, glasses, utensils, and laundry items.
- Skill Capture Glove™ data pipeline: crowdsourced human motion recordings are distilled into on‑device models for rapid skill acquisition.
- Passive stability and compliant control architecture allow safe physical interaction and power‑off safety without sudden drops.
- Soft silicone exterior with rounded edges for child‑friendly operation and easy cleaning.
- Modular aesthetic options (colorways, interchangeable hats) for seamless integration into home décor.
- Integrated navigation and obstacle avoidance calibrated for diverse home layouts, operating at a controlled speed (~50 % of human walking pace).
- Secure, privacy‑first data handling: no remote tele‑operation, encrypted transmission of skill data, and local processing of sensitive interactions.
- Over‑the‑air software updates that expand the robot’s skill set monthly without user intervention.