Top Robotics Companies in 2027

Quick Answer

The top robotics companies in 2027 include Boston Dynamics, Figure AI, Tesla, Agility Robotics, Apptronik, Unitree Robotics, ABB Robotics, FANUC, Intuitive Surgical, and Symbotic. These companies develop humanoid robots, industrial automation systems, warehouse robotics, surgical technologies, and autonomous machines.

Emerging robotics and physical AI companies include Skild AI, Physical Intelligence, Walden Robotics, NEURA Robotics, AGIBOT, AI² Robotics, Dyna Robotics, and Rhoda AI. Recent developments in robotic foundation models, commercial deployments, manufacturing expansion, and investment are accelerating robotics innovation across industries.

Robotics Companies in 2027 at a Glance

Robotics Companies Leading Key Categories in 2027

Robotics companies are developing different technologies for different industries. The following comparison highlights notable businesses across major robotics categories and the technologies distinguishing them.

Major Robotics Company Developments Shaping 2027

Several robotics companies announced funding, commercial deployments, product launches, and technology partnerships during 2026.

Top Robotics Companies to Watch in 2027

Humanoid and General-Purpose Robotics Companies

Physical AI and Robotic Intelligence Companies

Industrial and Warehouse Robotics Companies

Surgical and Medical Robotics Companies

Construction and Infrastructure Robotics Companies

Autonomous Mobility, Drone and Defense Robotics Companies

Robotics Company Profiles

Humanoid and General-Purpose Robotics Companies

Boston Dynamics

Boston Dynamics develops advanced mobile robots including Atlas, Spot, and Stretch for manufacturing, inspection, and logistics. Its production-ready electric Atlas was introduced in January 2026, with initial deployments scheduled for Hyundai and Google DeepMind and additional customers expected in 2027.

Figure AI

Figure AI develops general-purpose humanoid robots powered by its Helix AI technology. In June 2026, the company demonstrated Figure 03 performing a logistics sequencing workflow at BMW's Spartanburg manufacturing facility, combining robotic manipulation and movement.

Tesla

Tesla develops the Optimus humanoid robot alongside its electric vehicle and autonomous driving technologies. Its robotics research focuses on manipulation, movement control, AI training, and the automation of repetitive physical tasks.

Agility Robotics

Agility Robotics develops Digit, a humanoid robot designed for manufacturing and warehouse operations. In October 2026, the company expanded its GXO Logistics partnership, announcing additional Digit deployments in North Carolina and Tennessee beginning in early 2027.

Apptronik

Apptronik develops Apollo, a humanoid robot designed for industrial and logistics applications. Its research focuses on adaptable robotic manipulation and commercial automation, including collaboration with Google DeepMind on robot intelligence.

1X Technologies

1X Technologies develops NEO, a humanoid robot designed for household environments. Its technology combines perception, robotic manipulation, and AI learning to support everyday domestic tasks.

Unitree Robotics

Unitree Robotics develops humanoid and quadruped robots, including G1, H1, R1, and Go2. Its platforms support robotics research, education, physical AI development, and commercial applications.

UBTECH Robotics

UBTECH Robotics develops humanoid robots and intelligent automation systems for industrial and service applications. Its Walker robot family supports research and deployment in manufacturing environments requiring inspection, assembly, and material handling.

AGIBOT

AGIBOT develops humanoid robots and embodied AI technologies for industrial, commercial, and service environments. Its platforms combine robotic hardware, manipulation, autonomous control, and AI models designed for real-world tasks.

NEURA Robotics

NEURA Robotics develops cognitive robotic systems designed to interact and work alongside people. Its technologies include humanoid robotics, collaborative robots, sensors, and AI-powered automation platforms.

Sanctuary AI

Sanctuary AI develops general-purpose humanoid robots through its Phoenix platform. Its research integrates robotic manipulation, perception, and AI control to support physical tasks in commercial and industrial environments.

XPENG Robotics

XPENG develops the IRON humanoid platform alongside autonomous driving and electric mobility technologies. Its robotics research focuses on embodied intelligence, perception, movement, and physical interaction.

EngineAI

EngineAI develops humanoid robots and embodied intelligence platforms for research and commercial applications. Its systems focus on dynamic movement, balance, and intelligent robotic manipulation.

LimX Dynamics

LimX Dynamics develops legged robots and humanoid robotic systems capable of operating in changing environments. Its technology combines locomotion control, robotic hardware, and AI-based movement.

Astribot

Astribot develops intelligent robotic systems, including its S1 and T1 platforms. Its technologies focus on dexterous manipulation, coordinated physical movement, and embodied AI for service robotics.

Galbot

Galbot develops embodied AI robots for industrial, commercial, and service applications. Its systems integrate robotic manipulation, visual understanding, and autonomous task execution.

AI² Robotics

AI² Robotics develops general-purpose robots through its AlphaBot product family and Alpha Brain embodied AI technology. Its systems combine robot hardware, manipulation, and AI models for manufacturing, retail, healthcare, and other applications.

Leju Robot

Leju Robot develops humanoid robots and embodied AI technologies, including the Kuavo platform. Its research focuses on robotic movement, manipulation, and intelligent manufacturing applications.

Sunday Robotics

Sunday Robotics develops Memo, a household robot designed to learn everyday tasks through human demonstrations. Its approach combines robotic manipulation with AI learning to support automation in domestic environments.

The Bot Company

The Bot Company develops personal robots designed to assist with household activities. Its technology focuses on AI-powered manipulation, perception, and robotic systems capable of performing everyday physical tasks.

Physical AI and Robotic Intelligence Companies

Skild AI

Skild AI develops general-purpose foundation models designed to control different types of robots. In January 2026, the company announced a $1.4 billion funding round to expand development and deployment of its Skild Brain technology.

Physical Intelligence

Physical Intelligence develops AI models for robotic manipulation and physical interaction. Its research focuses on vision-language-action systems that learn from robotic demonstrations, visual information, and real-world experience.

Field AI

Field AI develops robotic foundation models for autonomous navigation and operation in complex environments. Its technology supports mobile robots working across industrial sites, construction environments, and infrastructure facilities.

Generalist AI

Generalist AI develops robotic foundation models for learning physical skills and manipulation. Its GEN model family focuses on helping robots adapt to new tasks using demonstrations and training data.

Dyna Robotics

Dyna Robotics develops physical AI systems capable of performing extended workflows. In September 2026, the company introduced Dyna-2.1 and its Taku robot, demonstrating autonomous execution of multi-step physical tasks.

Walden Robotics

Walden Robotics develops general-purpose robotic systems for manufacturing and logistics. In July 2026, the company launched with $300 million in funding and reported real-world industrial work at a Toyota manufacturing plant.

Rhoda AI

Rhoda AI develops robot foundation models using video-based learning. Its Direct Video-Action research, published in March 2026, explores translating video predictions into robotic actions to improve task learning and manipulation.

Genesis AI

Genesis AI develops physical AI technologies and robotic foundation models for dexterous manipulation. In May 2026, the company introduced GENE-26.5 alongside a robotic data collection and training approach.

Intrinsic

Intrinsic develops software and AI platforms for industrial robotics. In September 2026, the company introduced Intrinsic Core, an open-source collection of tools supporting the development and deployment of intelligent robotic systems.

NVIDIA

NVIDIA develops AI computing, simulation, and foundation models supporting robotics research and deployment. In November 2026, NVIDIA introduced GR00T 2 and additional robot-learning technologies focused on advanced manipulation, simulation, and skill transfer.

FORT Robotics

FORT Robotics develops safety and control technologies for robotic and autonomous machines. Its systems support functional safety, emergency stopping, secure control, and safe equipment operation across industrial environments.

Dexterity

Dexterity develops AI-powered robotic systems for industrial and logistics applications. Its technology combines robotic manipulation, computer vision, and physical AI to automate complex material handling workflows.

Tutor Intelligence

Tutor Intelligence develops intelligent robot workers for warehouse and manufacturing environments. Its Cassie and Sonny systems focus on robotic picking, palletizing, and other repetitive material handling tasks.

Industrial and Warehouse Robotics Companies

FANUC

FANUC manufactures industrial robots, CNC technologies, and factory automation systems. Its robotic equipment supports welding, assembly, machine tending, packaging, and material handling across manufacturing industries.

ABB Robotics

ABB Robotics develops industrial robotic systems, collaborative robots, and automation software. Its technologies support manufacturing, electronics, automotive production, and material handling.

KUKA

KUKA develops industrial robots, mobile robotic platforms, and automation software. Its solutions are used in manufacturing, automotive production, electronics, logistics, and industrial assembly.

Yaskawa

Yaskawa manufactures MOTOMAN industrial robots and motion control equipment. Its products support welding, assembly, machine tending, material handling, and manufacturing automation.

Universal Robots

Universal Robots develops collaborative robotic arms for flexible manufacturing applications. Its cobots are used in machine tending, assembly, packaging, quality inspection, and other industrial workflows.

Agile Robots

Agile Robots develops intelligent robotic systems combining industrial hardware and AI-based control. In October 2026, the company announced Agile ONE SN, a humanoid reference platform built using NVIDIA's robotics technologies, with availability planned for early 2027.

Mujin

Mujin develops intelligent robotic controllers and automation systems for factories and warehouses. Its technology supports robotic picking, palletizing, motion planning, and industrial material handling.

Symbotic

Symbotic develops AI-powered warehouse robotics systems for distribution centers and supply chains. In October 2026, the company announced an expanded agreement with Walmart to bring additional automation capabilities to 25 US regional distribution centers.

AutoStore

AutoStore develops automated storage and retrieval systems using grid-based robotics. Its technology supports inventory storage, goods movement, and order fulfillment for retailers, manufacturers, and logistics operators.

Locus Robotics

Locus Robotics develops autonomous mobile robots for warehouse fulfillment and distribution. Its systems help logistics teams automate picking, inventory movement, and order processing.

Ambi Robotics

Ambi Robotics develops AI-powered robotic systems for logistics and warehouse operations. Its AmbiStack platform uses intelligent manipulation and computer vision to automate stacking and material handling.

Pickle Robot

Pickle Robot develops robotic systems for automated truck unloading. Its technology combines AI perception and robotic manipulation to move packages from trailers into warehouse operations.

Vecna Robotics

Vecna Robotics develops autonomous mobile robots and orchestration software for industrial material handling. Its systems support pallet transportation, warehouse operations, and manufacturing logistics.

Clearpath Robotics

Clearpath Robotics develops autonomous mobile robotic platforms for research and industrial applications. Its technologies support robotic navigation, perception, mapping, and development of autonomous systems.

Formic

Formic provides industrial automation through a Robotics-as-a-Service model. Its solutions help manufacturers deploy robotic equipment for packaging, production, machine tending, and material handling.

RobCo

RobCo develops modular robotic automation systems for manufacturing. Its technologies combine industrial hardware and software to support flexible production and machine tending.

Chef Robotics

Chef Robotics develops AI-powered robotic systems for food manufacturing. Its technology automates food portioning and production tasks that require repetitive physical manipulation.

Opentrons

Opentrons develops laboratory automation robots for scientific research and biotechnology. Its systems automate liquid handling, sample preparation, and repetitive laboratory procedures.

Gather AI

Gather AI develops warehouse intelligence systems using autonomous drones, computer vision, and AI. Its technology helps logistics operators monitor inventory, track stock locations, and improve warehouse visibility.

Cognibotics

Cognibotics develops high-performance robotic systems for industrial and warehouse automation. Its technologies focus on fast, accurate robotic picking and material handling operations.

Surgical and Medical Robotics Companies

Intuitive Surgical

Intuitive Surgical develops robotic-assisted surgical technologies, including the da Vinci and Ion platforms. Its systems support minimally invasive surgery and robotic-assisted procedures across multiple medical specialties.

Medtronic

Medtronic develops medical technologies including the Hugo robotic-assisted surgery system. Its robotics portfolio supports minimally invasive procedures, surgical navigation, and advanced surgical workflows.

Stryker

Stryker develops robotic technologies for orthopedic procedures through its Mako platform. In July 2026, the company announced the US commercial launch of Mako RPS, expanding robotic-assisted knee replacement technology into a handheld system.

Johnson & Johnson MedTech

Johnson & Johnson MedTech develops surgical robotic technologies including OTTAVA and VELYS. In July 2026, its OTTAVA robotic surgical system received FDA De Novo authorization for multiple specified general surgery procedures.

CMR Surgical

CMR Surgical develops the Versius robotic-assisted surgical system for minimally invasive procedures. In October 2026, the company announced a strategic alliance with Stryker involving US commercialization and a proposed equity investment of approximately $400 million.

Distalmotion

Distalmotion develops Dexter, a robotic surgery platform designed for soft-tissue procedures. Its technology supports minimally invasive surgery in hospital and outpatient operating environments.

Medical Microinstruments

Medical Microinstruments develops the Symani Surgical System for robotic microsurgery. Its technology supports delicate reconstructive procedures involving small anatomical structures.

Moon Surgical

Moon Surgical develops Maestro, a robotic surgical assistance platform for minimally invasive procedures. Its technology supports surgical instrument handling and operating room workflows.

ForSight Robotics

ForSight Robotics develops the JASPER robotic surgical platform for ophthalmic procedures. In August 2026, the company reported clinical progress involving 26 patients in its first-in-human robotic-assisted cataract surgery study.

EndoQuest Robotics

EndoQuest Robotics develops robotic systems for endoluminal surgical procedures. Its technology is designed to support minimally invasive interventions using flexible robotic instruments.

SS Innovations

SS Innovations develops the SSi Mantra robotic surgical platform. Its technology supports robotic-assisted procedures across general surgery, urology, gynecology, and other specialties.

PROCEPT BioRobotics

PROCEPT BioRobotics develops robotic surgical technologies for urology. Its HYDROS platform supports Aquablation therapy through imaging and robotic-assisted treatment.

ZAP Surgical

ZAP Surgical develops the ZAP-X robotic radiosurgery system. Its technology combines radiation delivery, robotic positioning, and treatment planning for intracranial conditions.

Construction and Infrastructure Robotics Companies

Built Robotics

Built Robotics develops autonomous construction equipment for infrastructure and renewable energy projects. Its technology includes robotic piling systems designed to automate repetitive construction activities.

Dusty Robotics

Dusty Robotics develops robotic construction layout systems through its FieldPrinter platform. Its November 2026 software updates introduced additional layout measurement, obstacle management, and FieldPrinter capabilities.

ICON

ICON develops robotic 3D printing technologies for building construction. Its systems automate portions of structural construction and support residential and larger-scale building projects.

Monumental

Monumental develops autonomous bricklaying robots for construction sites. Its technology combines mobile robotics, perception, and automated masonry to improve building productivity.

Canvas

Canvas develops robotic systems for drywall finishing and interior construction. Its technologies automate portions of construction finishing and help contractors improve consistency.

Advanced Construction Robotics

Advanced Construction Robotics develops robotic construction equipment including TyBOT and IronBOT. Its systems automate rebar tying and placement tasks used in bridge and infrastructure projects.

Gravis Robotics

Gravis Robotics develops autonomous technologies for heavy construction equipment. Its systems combine AI, perception, and machine control for earthmoving and other construction activities.

Bedrock Robotics

Bedrock Robotics develops autonomous systems for heavy construction machinery. Its technology focuses on perception, robotic control, and automation of equipment used on infrastructure and construction sites.

GROPYUS

GROPYUS develops technology-driven building systems through robotic manufacturing and industrialized construction. Its smart factory approach combines automated production with digital planning.

FBR

FBR develops robotic bricklaying technology through its Hadrian platform. Its systems support automated masonry and building construction.

Brokk

Brokk develops remotely operated demolition robots for construction, mining, tunneling, and industrial applications. Its robotic equipment is designed for controlled demolition and material removal in demanding environments.

Autonomous Mobility, Drone and Defense Robotics Companies

Waymo

Waymo develops autonomous driving systems for passenger transportation. In September 2026, the company announced plans with Nihon Kotsu and GO to introduce commercial autonomous ride-hailing in Tokyo in 2027, subject to regulatory approval.

Nuro

Nuro develops autonomous driving systems for transportation and delivery. Its technology combines AI perception, navigation, and vehicle control for driverless mobility and logistics.

Kodiak Robotics

Kodiak Robotics develops autonomous driving systems for commercial trucking. Its Kodiak Driver technology supports automated freight transportation and industrial logistics.

Zipline

Zipline develops autonomous drone delivery systems for healthcare, retail, and consumer logistics. In November 2026, the company announced $1.5 billion in financing to expand US manufacturing, hiring, and its drone delivery network.

Saronic

Saronic develops autonomous surface vessels for maritime applications. Its systems combine autonomous navigation, sensing, and robotic control for defense and maritime missions.

Shield AI

Shield AI develops autonomous aircraft technology and AI-powered defense systems. Its Hivemind software supports autonomous navigation and mission execution across aircraft and other robotic platforms.

Reliable Robotics

Reliable Robotics develops automated flight control systems for aircraft. Its technology focuses on autonomous aviation through advanced navigation and aircraft control.

TEKEVER

TEKEVER develops autonomous aerial systems and AI-powered intelligence technologies. Its aircraft support surveillance, maritime monitoring, and defense applications.

Neolix

Neolix develops autonomous delivery vehicles for logistics and last-mile transportation. Its technology supports driverless goods movement through AI navigation and fleet management.

Parallel Systems

Parallel Systems develops autonomous battery-electric rail vehicles for freight transportation. Its technology focuses on automated rail logistics and flexible goods movement.

Sunflower Labs

Sunflower Labs develops autonomous drone security systems for property monitoring. Its technology combines sensors, automated drone deployment, and AI-based surveillance.

Skydio

Skydio develops autonomous drones for infrastructure inspection, public safety, and defense. Its systems combine onboard AI, computer vision, and autonomous navigation.

Asylon

Asylon develops autonomous security systems combining aerial drones and ground-based robots. Its technology supports automated site monitoring and physical security across commercial and industrial facilities.

What to Watch in Robotics in 2027

Commercial Humanoid Robot Deployments

Humanoid robotics is moving into more demanding manufacturing and logistics applications. Boston Dynamics has outlined an expansion beyond its initial Atlas customers, while Agility Robotics has announced additional Digit deployments with GXO beginning in 2027.

These developments highlight increasing investment in robotic systems designed to perform industrial tasks in environments built for people.

Physical AI and Robotic Foundation Models

Physical AI is expanding what robots can learn and perform. Companies including Skild AI, Physical Intelligence, Dyna Robotics, Rhoda AI, and NVIDIA are developing AI models that support manipulation, movement, task learning, and adaptation across different robotic systems.

These technologies also connect robotics to the wider AI computing ecosystem, including semiconductors, simulation infrastructure, and model training platforms. Explore related companies in Agent Jesse's AI Infrastructure Companies in 2026 guide.

Robotics Beyond Manufacturing

Robotics applications are expanding across healthcare, construction, transportation, and logistics. Surgical robotics platforms are advancing specialized procedures, while construction robots automate site layout and equipment operations.

Autonomous drones, delivery vehicles, and maritime systems are also creating new applications for physical AI. Related developments in unmanned systems and autonomous defense technologies are covered in Agent Jesse's Defense Tech Startups in 2026 guide.

Why the Robotics Industry Matters in 2027

Robotics adoption continues to expand across manufacturing and industrial operations. According to the International Federation of Robotics' World Robotics 2026 report, approximately 5.079 million industrial robots were operating in factories worldwide in 2025. Annual installations reached 603,000 units, an increase of 11%, while China accounted for 59% of global installations.

Jane Heffner, President of the International Federation of Robotics, described the pace of adoption in the September 2026 report:

> “Industrial automation is progressing at high speed.”

The growth of physical AI is also expanding robotics capabilities beyond predefined industrial tasks. Robotic foundation models, intelligent manipulation, and autonomous navigation are helping developers build machines capable of operating in increasingly varied environments.

For sales and investment teams, funding announcements, manufacturing expansion, commercial deployments, and technology partnerships reveal growing opportunities across AI infrastructure, semiconductors, sensors, industrial software, cloud computing, and automation services.

How We Built This List

Agent Jesse searched the live web for robotics company activity, including product launches, funding announcements, commercial deployments, manufacturing expansion, research developments, and technology partnerships.

Companies were selected based on their robotics technology, commercial activity, recent developments, and relevance to the 2027 robotics industry. The research covers established manufacturers and emerging developers across humanoid robotics, physical AI, industrial automation, healthcare, construction, and autonomous systems.

Last reviewed: November 10, 2026

Frequently Asked Questions

Which companies are leading humanoid robotics in 2027?

Leading humanoid robotics companies include Boston Dynamics, Figure AI, Tesla, Agility Robotics, Apptronik, Unitree Robotics, NEURA Robotics, and 1X Technologies. These companies develop humanoid robots for industrial automation, logistics, research, and household applications.

What is physical AI, and how is it different from traditional robotics?

Physical AI uses artificial intelligence to help robots perceive environments, learn physical skills, and adapt their actions. Traditional industrial robots commonly execute predefined programs, while physical AI systems can support more flexible manipulation, navigation, and autonomous task execution.

Which industries are adopting robotics and automation the fastest?

Industrial manufacturing remains a major robotics adoption market, particularly electronics, automotive, and metalworking. Logistics, healthcare, construction, and transportation are also investing in autonomous systems, warehouse robots, surgical robotics, and intelligent automation.

How can I find robotics companies raising funding or expanding operations?

Agent Jesse searches the live web for robotics funding rounds, product launches, manufacturing investments, hiring, commercial deployments, and technology partnerships. These signals help identify growing robotics companies and relevant decision-makers across engineering, operations, manufacturing, and business development.

Find Your Next Prospects With Agent Jesse

Agent Jesse searches the live internet for robotics and automation companies launching products, announcing partnerships, hiring, raising funding, developing new technologies, and expanding operations.