1
Country: USA | Funding: $437M
Bright Machines creates intelligent flexible factory robots to build AI infrastructure hardware for data centers. These modular, software-defined robotics execute high-precision assembly automation with ease and flexibility. For example they can do DIMM insertion, CPU and heatsink placement, GPU integration, storage systems assembly, connector handling, etc. The robot contains end-of-arm tools and integrated material feeding and conveying systems. The company develops the proprietary operating system that runs our robotics, AI-driven software that optimizes product design for automated assembly and Data Hub that manages rich production data our automation systems, with capabilities including secure data collection, transport, governance, storage and retrieval.
Bright Machines creates intelligent flexible factory robots to build AI infrastructure hardware for data centers. These modular, software-defined robotics execute high-precision assembly automation with ease and flexibility. For example they can do DIMM insertion, CPU and heatsink placement, GPU integration, storage systems assembly, connector handling, etc. The robot contains end-of-arm tools and integrated material feeding and conveying systems. The company develops the proprietary operating system that runs our robotics, AI-driven software that optimizes product design for automated assembly and Data Hub that manages rich production data our automation systems, with capabilities including secure data collection, transport, governance, storage and retrieval.
2
Country: China | Funding: $2.3B
UBTECH Robotics develops humanoid robots for manufacturing, service sector and households. Its proprietary ROSA platform, which combines robotics and AI technologies, enables the company to create robots with the three key characteristics of the human body (joint movement), brain (perception) and cerebellum (movement planning and control). The robot (Walker) stands 170 cm tall and has anthropometric dimensions. Thanks to a dynamic balancing algorithm similar to the human body, it can tilt 170 degrees and carry a payload of up to 15 kg. It can independently charge its batteries and schedule battery replacement or charging according to task priorities. Walker's head is equipped with a binocular computer stereo vision system with RGB illumination. It uses deep-learning-based stereo depth estimation algorithms to create highly accurate, left-aligned, dense depth maps in real time. The robot uses LLM model for interacting with people via speaker and microphone.
UBTECH Robotics develops humanoid robots for manufacturing, service sector and households. Its proprietary ROSA platform, which combines robotics and AI technologies, enables the company to create robots with the three key characteristics of the human body (joint movement), brain (perception) and cerebellum (movement planning and control). The robot (Walker) stands 170 cm tall and has anthropometric dimensions. Thanks to a dynamic balancing algorithm similar to the human body, it can tilt 170 degrees and carry a payload of up to 15 kg. It can independently charge its batteries and schedule battery replacement or charging according to task priorities. Walker's head is equipped with a binocular computer stereo vision system with RGB illumination. It uses deep-learning-based stereo depth estimation algorithms to create highly accurate, left-aligned, dense depth maps in real time. The robot uses LLM model for interacting with people via speaker and microphone.
3
Country: USA | Funding: $2B
Figure creates humanoid robots with artificial intelligence. Figure is designed for home use - it performs household tasks such as laundry, cleaning and washing dishes completely autonomously. It uses Helix - an AI engine that allows it to navigate the unpredictable, ever-changing home environment. Helix is a universal humanoid vision-language-action model that learns and improves over time, acquiring new skills. Helix controls the entire cycle: perception, movement and reasoning, both onboard and in real time (making it an AGI contender). This allows Figure 03 to independently think and complete tasks without following a script. Figure has an optimized design with high arm dexterity and a look suitable for everyday life.
Figure creates humanoid robots with artificial intelligence. Figure is designed for home use - it performs household tasks such as laundry, cleaning and washing dishes completely autonomously. It uses Helix - an AI engine that allows it to navigate the unpredictable, ever-changing home environment. Helix is a universal humanoid vision-language-action model that learns and improves over time, acquiring new skills. Helix controls the entire cycle: perception, movement and reasoning, both onboard and in real time (making it an AGI contender). This allows Figure 03 to independently think and complete tasks without following a script. Figure has an optimized design with high arm dexterity and a look suitable for everyday life.
4
Country: France | Funding: $449.6M
Skypod manufactures autonomous mobile robots for warehouses. They quickly move virtually any type of container between racks, workstations and exchanges. They can carry up to 30 kg at speeds of up to 4 m/s. Exotec mobile robots are semi-autonomous. Perfect order picking from robot to robot requires strict centralized control to ensure that robots arrive at the right location at the right time. Therefore, Exotec is developing an intelligent robot fleet management system that tracks and controls the entire fleet of robots in warehouse in real time. This system precisely determines the route of each robot.
Skypod manufactures autonomous mobile robots for warehouses. They quickly move virtually any type of container between racks, workstations and exchanges. They can carry up to 30 kg at speeds of up to 4 m/s. Exotec mobile robots are semi-autonomous. Perfect order picking from robot to robot requires strict centralized control to ensure that robots arrive at the right location at the right time. Therefore, Exotec is developing an intelligent robot fleet management system that tracks and controls the entire fleet of robots in warehouse in real time. This system precisely determines the route of each robot.
5
Country: USA | Funding: $431.8M
Apptronik produces Apollo, a general-purpose humanoid robot suitable for use in warehouses, manufacturing facilities, in construction, oil and gas, electronics manufacturing, retail, home delivery, elderly care and many other fields. Apollo has a body shape and size similar to a human's, allowing it to navigate spatially and use our tools and equipment. This makes interaction with humans natural and enables it to perform tasks that would be difficult or impossible for other types of robots. Apollo has a modular design and can be mounted on any mobile platform, whether stationary or fully mobile with legs. Thanks to hot-swappable batteries, each rated for four hours of operation, Apollo can continue working simply by replacing the battery rather than charging it from the mains while not in use. When needed, Apollo can be connected to a charger or tethered to the mains for continuous operation.
Apptronik produces Apollo, a general-purpose humanoid robot suitable for use in warehouses, manufacturing facilities, in construction, oil and gas, electronics manufacturing, retail, home delivery, elderly care and many other fields. Apollo has a body shape and size similar to a human's, allowing it to navigate spatially and use our tools and equipment. This makes interaction with humans natural and enables it to perform tasks that would be difficult or impossible for other types of robots. Apollo has a modular design and can be mounted on any mobile platform, whether stationary or fully mobile with legs. Thanks to hot-swappable batteries, each rated for four hours of operation, Apollo can continue working simply by replacing the battery rather than charging it from the mains while not in use. When needed, Apollo can be connected to a charger or tethered to the mains for continuous operation.
6
Country: USA | Funding: $416M
Locus Robotics is a warehouse robotics company that manufactures autonomous, mobile robots to support e-commerce.
Locus Robotics is a warehouse robotics company that manufactures autonomous, mobile robots to support e-commerce.
7
Country: USA | Funding: $411.3M
Robotic Research develops autonomy and robotic technology to improve the safety, security, and effectiveness of transportation.
Robotic Research develops autonomy and robotic technology to improve the safety, security, and effectiveness of transportation.
9
Country: Japan | Funding: ¥44.6B
Preferred Networks develops technologies related to autonomous driving and connected cars. They also apply machine learning and deep learning to robotics and machine tools, and conduct research and development of object recognition, control, anomaly detection, and optimization technology, medical images such as CT and MRI, and develop systems to allow early diagnosis of cancer using blood samples.
Preferred Networks develops technologies related to autonomous driving and connected cars. They also apply machine learning and deep learning to robotics and machine tools, and conduct research and development of object recognition, control, anomaly detection, and optimization technology, medical images such as CT and MRI, and develop systems to allow early diagnosis of cancer using blood samples.
10
Country: USA | Funding: $291.2M
Dexterity provides dexterous robotic systems for logistics and supply chains, which allow customers to unlock the maximum value of their workforce by automating repetitive pick-pack tasks.
Dexterity provides dexterous robotic systems for logistics and supply chains, which allow customers to unlock the maximum value of their workforce by automating repetitive pick-pack tasks.
11
Country: USA | Funding: $287.7M
Starship Technologies develops self-driving delivery robots.
Starship Technologies develops self-driving delivery robots.
12
Country: USA | Funding: $271M
Path Robotics is focused on robotic welding. The system uses scanning, computer vision and AI to adjust itself to different parts, understanding that sizing parts is a kind of imperfect science.
Path Robotics is focused on robotic welding. The system uses scanning, computer vision and AI to adjust itself to different parts, understanding that sizing parts is a kind of imperfect science.
13
Country: USA | Funding: $266.1M
AMP Robotics creates robotic systems that sort recyclable material at a fraction of the cost of current technology.
AMP Robotics creates robotic systems that sort recyclable material at a fraction of the cost of current technology.
14
Country: Japan | Funding: $236M
SoftBank Robotics develops robots and offers robot-related products and services, including “Pepper”.
SoftBank Robotics develops robots and offers robot-related products and services, including “Pepper”.
15
Country: USA | Funding: $222M
Covariant is building universal AI that allows robots to see, reason and act on the world around
Covariant is building universal AI that allows robots to see, reason and act on the world around
16
Country: USA | Funding: $221M
Reimagining fulfillment with intelligent robots that can pick and pack anything.
Reimagining fulfillment with intelligent robots that can pick and pack anything.
17
Country: USA | Funding: $214M
Serve is the future of sustainable, self-driving delivery. Our robots serve people in public spaces, starting with food delivery.
Serve is the future of sustainable, self-driving delivery. Our robots serve people in public spaces, starting with food delivery.
18
Country: China | Funding: $199.2M
Pudu is a “smart delivery robotics” company that creates robotic SKUs for food delivery and dish return, all of which are indoor models.
Pudu is a “smart delivery robotics” company that creates robotic SKUs for food delivery and dish return, all of which are indoor models.
19
Country: Canada | Funding: $194.1M
Attabotics is a warehouse fulfillment startup that provides robotic warehousing services.
Attabotics is a warehouse fulfillment startup that provides robotic warehousing services.
20
Country: USA | Funding: $193M
Brain Corp develops AI Platform for Self-Driving Robots. With delivery, healthcare, security, and personal service robots powered by BrainOS, organizations can improve life at work, at home, and at play.
Brain Corp develops AI Platform for Self-Driving Robots. With delivery, healthcare, security, and personal service robots powered by BrainOS, organizations can improve life at work, at home, and at play.
