Matic Robots

Learn about Matic, a home robotics company developing an autonomous vacuum and mop that uses computer vision to navigate and clean residential floors.

Matic is a consumer robotics company that develops autonomous home cleaning robots combining vacuuming and mopping in a single system. Its Matic robot uses computer vision and intelligent navigation to understand indoor environments, avoid obstacles, and clean different floor surfaces. The robot incorporates a self-cleaning mopping system, controlled water delivery, and automated debris collection. Matic focuses on applying robotics and artificial intelligence to everyday household floor cleaning with minimal manual intervention.

Sunday Robotics

Sunday builds AI-powered humanoid robots like Memo for household chores such as laundry and table clearing.

Sunday Robotics is a robotics company developing AI-powered home robots for everyday household tasks. Its Memo robot combines robotics, machine learning, and real-world household data to perform tasks such as clearing tables, loading dishwashers, folding clothes, and other repetitive chores. The company develops its own robot foundation models and uses human demonstrations to help Memo learn physical skills in real-world homes.

Devanthro

Devanthro builds humanoid robots that combine AI and human telepresence to support daily care, household tasks, and companionship.

Devanthro develops humanoid robots known as Robodies that merge artificial intelligence and human teleoperation. These robots assist with daily life, from home care and cleaning to companionship. By combining machine learning and human presence, Robodies deliver practical help today while improving through real-world use in home environments.

Adagy Robotics

Adagy Robotics is a technology company that provides a 24/7 remote intervention call center service for robots.

Adagy Robotics provides a 24/7 remote intervention service for robots experiencing operational failures. When a robot encounters a problem, trained operators take control through an API, resolving issues and returning the robot to autonomous function. The service ensures minimal downtime by quickly addressing robotic system interruptions, collecting performance data, and helping robotics companies improve their technology’s reliability.