Alternatives to Jacobi Robotics

Covariant builds a universal AI platform, the Covariant Brain, to enable robots to see, reason, and act autonomously in dynamic real-world environments like warehouses.

AI-driven robotics for e-commerce fulfillment, logistics, and manufacturing.

Developing advanced physical AI and humanoid robots for industrial and domestic environments, focusing on real-world performance and learning through demonstration.

Developing AI for physical robots trained on real-world data.

AI-powered robotics company building adaptable, intelligent robots for complex tasks.

Global robotics and automation company providing solutions for warehouses and factories.

Develops AI-powered robotics for industrial automation and logistics.

FORT Robotics develops safety and control systems for robots and autonomous machines, providing a trust layer for physical AI.

Building and deploying general-purpose robots that continuously learn and improve while performing real work.

Builds intelligent, scalable robots powered by a proprietary embodied AI foundation model.

Pioneers adaptive, cognitive autonomous robotics for complex, GPS-denied environments.

Develops artificial perception technology for mobile robots to navigate complex environments autonomously.

AI-powered robotics startup developing Memo, an autonomous robot for routine household tasks.

AI-driven robotics company scaling its autonomous industrial robotics platform.

Modular robotic systems for automated logistics and warehousing.

AI-powered robotics company building intelligent automation solutions.

Symbotic provides AI-powered robotics and software for end-to-end warehouse automation, optimizing supply chains.

Locus Robotics provides autonomous mobile robots for warehouse and fulfillment automation.

Developing AI-powered household robots to automate domestic tasks and give people back their time.

XTEND provides human-guided autonomous machine systems for precise maneuvers and actions in any environment.

Embodied builds AI agents that can interact with the real world through robotics and computer vision.

Pioneering AI research and development to solve intelligence and advance science for humanity.

Develops and manufactures self-driving robotic platforms for research and industrial automation.

Standard Bots aims to democratize manufacturing automation through intelligent, AI-powered robotic arms.

Develops advanced humanoid and quadruped robots with onboard AI for consumer and industrial applications.

Advanced robot vacuum and mop using visual perception for intelligent home cleaning.

Deep Learning Robotics provides AI-based software (DLRob) for industrial robotic arms, enabling automation through human demonstrations.

Crowdsourcing training data for humanoid robots from real-world human demonstrations.

Building humanoid robots for commercial work, currently deployed at scale with BMW, Mercedes-Benz, and Amazon.

Building the data infrastructure for robots, enabling large-scale real-world data for embodied agents.

Develops advanced legged robots for industrial inspection and data collection in hazardous environments.

Pioneering continuous power delivery for autonomous solutions, enabling perpetual power sourcing.

Creator of Tando, an autonomous robot platform for everyday dull, dirty, and dangerous tasks.

Robotics company developing autonomous systems for complex environments.

Developing safe, commercially scalable humanoid robots to work alongside people.

Developing a robotic labor force for space operations, starting with the ISS.

Develops an autonomous pick and pack system for logistics warehouses using robotics.

AI-powered robotics for intelligent automation in manufacturing and logistics.

A robotics platform enabling software engineers to build applications for their service robot, Gary.

Develops AI-enabled amphibious drone systems for seamless air and underwater operations.

Builds real-world robot and egocentric datasets for embodied AI training and evaluation.

Develops advanced robotics and AI solutions for industrial automation and logistics.

Building advanced humanoid robots powered by cutting-edge AI tools.

Building autonomous systems and information intelligence platforms for maritime operations

Meta's division dedicated to advancing AI research and developing AI models and tools.

Develops advanced robotics and AI for autonomous operations in complex environments.

Developed ForgeOS, a hardware-agnostic industrial operating system for robots and automation.

Computer vision and embodied AI for advanced robotics applications.

Bi-manual warehouse robots with a proprietary dexterity data pipeline.

Autonomous maritime infrastructure for reliable VTOL drone operations at sea.

Developing a foundational operating system for robots, aiming to create an 'Android for robots'.

Ilya Sutskever's AI safety-focused research lab with the singular goal of building safe superintelligent AI.

Robotics automation for construction and industrial applications.

Developing disposable robotic catheters for interventional cardiology with enhanced accuracy and stability.

Designs, manufactures, and markets autonomous machines for industrial process automation using robotics, deep learning, and computer vision.

Develops ruggedized humanoids like the DR02, designed for outdoor and industrial environments.

AI research lab building a superlearner capable of discovering all knowledge and skills autonomously.

AI-powered robotics company building humanoid robots for labor-intensive tasks.