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RESEARCH WIRECompanies + universities
GLOBAL AI FIELD GUIDE
The world of AI.
In one orbit.
Discover the research labs, technology companies and regional challengers shaping artificial intelligence—what they are building, why it matters and where to start learning.
- 54
- major organizations
- 7
- research domains
- 4
- global regions
EXPLORE A LOCATIONSelect any labeled city to see its companies, research and real-world AI adoption.
THE BIG PICTURE
MAJOR PRESENCE
Companies shaping the ecosystem
RESEARCH ENGINE
Labs and universities to watch
FROM LAB TO LIFE
How AI is being adopted
GO DEEPER
Official sources and local signals
01Research before hype
Follow the work, not just the launch cycle.
02Global by design
Look beyond one region or one model family.
03Useful by default
Connect every idea to a practical next step.
04Curated, not ranked
Profiles are an editorial map—not a leaderboard.
IBM
United States · NYSE: IBM
Building the foundations of enterprise AI.
Official video under review
Visit the company’s official site for the newest product demonstration.
RESEARCH & PRODUCTS
What they’re working on
Programs, platforms and ideas worth understanding.
FIELD MAP
Seven domains moving the field
Select a domain to see why it matters and who is active there.
01
FOUNDATION MODELS
The general-purpose engines behind modern AI
ACTIVE ORGANIZATIONS
PHYSICAL AI FIELD GUIDE
Intelligence enters the physical world.
Robotics combines perception, reasoning, simulation, dexterous manipulation and safe control. Track the companies building humanoids, industrial systems, autonomous machines and the platforms teaching robots how to learn.
HumanoidsIndustrialLogisticsRobot learningSimulation
UNITED STATES · HUMANOIDS + MOBILE ROBOTS
Boston Dynamics
Atlas, Spot and Stretch bring dynamic mobility, manipulation and industrial autonomy into human-designed environments.
Atlas · Spot · Stretch UNITED STATES · GENERAL-PURPOSE HUMANOIDSFigure
Developing humanoid robots and vision-language-action models for useful work in factories and homes.
Figure 03 · Helix UNITED STATES · LOGISTICSAgility Robotics
Digit is designed for material handling and repetitive work in facilities built around people.
Digit · RoboFab UNITED STATES · HUMANOIDSApptronik
Apollo is a general-purpose humanoid platform aimed at manufacturing, logistics and other physical work.
Apollo CANADA · GENERAL-PURPOSE ROBOTSSanctuary AI
Phoenix combines dexterous manipulation with an AI control system intended to learn many kinds of work.
Phoenix · Carbon NORWAY / UNITED STATES · HOME ROBOTICS1X
Developing safe humanoid robots and embodied intelligence for useful assistance in everyday environments.
NEO CHINA · HUMANOIDS + QUADRUPEDSUnitree Robotics
Builds accessible legged robots spanning research quadrupeds and increasingly capable humanoid platforms.
G1 · H1 · Go2 UNITED STATES · HUMANOIDS + AUTONOMYTesla
Applies vision, autonomy and large-scale manufacturing to vehicles and the Optimus humanoid program.
Optimus · Autonomy UNITED STATES · ROBOTICS PLATFORMNVIDIA Robotics
Isaac, GR00T and Omniverse provide simulation, robot-learning models and accelerated deployment infrastructure.
Isaac · GR00T · Omniverse UNITED KINGDOM / UNITED STATES · ROBOT LEARNINGGoogle DeepMind
Researches generalist robot policies, dexterity and models that connect vision, language and physical action.
Gemini Robotics · RT systems SWITZERLAND · INDUSTRIAL ROBOTICSABB Robotics
Industrial robot arms, autonomous mobile robots and software for flexible manufacturing and logistics.
YuMi · AMRs · RobotStudio JAPAN / UNITED STATES · ASSISTIVE ROBOTICSToyota Research Institute
Develops robot learning and assistive systems intended to amplify people in homes and complex environments.
Large behavior models UNITED STATES · LOGISTICS ROBOTICSAmazon Robotics
Develops mobile robots, manipulation, perception and automation for large-scale fulfillment operations.
Proteus · Sparrow · Vulcan SWITZERLAND · INDUSTRIAL INSPECTIONANYbotics
Builds autonomous legged robots for inspection in energy, chemicals, mining and other demanding facilities.
ANYmal JAPAN · INDUSTRIAL ROBOTICSFANUC
One of the world’s largest industrial-robot makers, spanning manufacturing arms, cobots and factory automation.
CRX · R-series · ROBOGUIDE UNITED STATES · SURGICAL ROBOTICSIntuitive Surgical
Develops robotic-assisted surgical systems, instruments and digital tools used in minimally invasive procedures.
da Vinci · Ion GERMANY · INDUSTRIAL ROBOTICSKUKA
Industrial robots, autonomous mobile platforms and production systems for manufacturing and logistics.
LBR iiwa · KR series · AMRs JAPAN · INDUSTRIAL ROBOTICSYaskawa Motoman
Robotic arms, motion control and automation systems used across welding, handling, assembly and logistics.
MOTOMAN · YRC controllers UNITED STATES · AUTONOMOUS SYSTEMSAnduril Industries
Builds autonomous aircraft, underwater vehicles, sensing platforms and software for coordinated physical systems.
Lattice · Ghost · Dive-LDSelected for technical influence, deployment relevance or distinctive research direction. This is an editorial map—not a ranking.
DECISION STUDIO
Compare company approaches
Compare research posture, openness and primary audiences—not market value.
Editorial summaries are starting points. Validate current models, licenses, regional availability, safety policies and commercial terms on official sites.
ORBITER ACADEMY
Learn the landscape
Build fluency in the concepts that connect the whole field.
How foundation models work
Tokens, training, inference and context—without the unnecessary jargon.
Build a grounded research assistant
Use retrieval and citations to answer questions from trusted documents.
Evaluate an AI system
Create a compact test set and measure usefulness, safety and consistency.
Understand AI agents
Learn where planning, tools, memory and human approval fit together.
DAILY FIELD NOTES
Today’s AI terms
A rotating daily selection from the language shaping AI now—some essential terms return as new ones enter orbit.
SOURCE LIBRARY
Dictionaries powering this glossary
AI Orbiter definitions are concise editorial adaptations. Follow these links for the complete definitions, context and related terms from each organization.
THE AI ORBITER POINT OF VIEW
Follow capabilities.
Question the claims.
The most important AI company is not always the loudest one. Look for repeatable research, responsible deployment, useful tools and work that expands what people can accomplish.