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Thesis

Better robots need a working world around them.

Our view: as robots do more physical work, new companies will make that work understandable, dependable and commercially usable. We invest in those companies.

The five stages

  1. 01Teach It

    Data, models and simulation

    Robots learn a task from data, simulation and people who know the job.

    What gets built

    • Training data for physical tasks
    • Simulation and test worlds for robot learning
    • Task packages and data-rights clearing

    Our question

    Who owns the data, and who gets paid when it is reused?

    Read our Teach It view
  2. 02Test It

    Evaluation, safety and certification

    Someone has to show the robot is safe, secure and fit for the job.

    What gets built

    • Evaluation against real tasks
    • Safety certification and compliance records
    • Robot cybersecurity and machine identity

    Our question

    Who signs off, and what happens when a robot fails?

    Read our Test It view
  3. 03Run It

    Fleets, orchestration and uptime

    Someone schedules the work, shares the site and keeps the fleet up.

    What gets built

    • Orchestration for fleets from several makers
    • Site integration with doors, lifts and chargers
    • Remote operations and exception handling

    Our question

    Does this still matter when the robot maker bundles its own software?

    Read our Run It view
  4. 04Fix It

    Field service, parts and repair

    When a robot stops, someone diagnoses it, finds the part and fixes it.

    What gets built

    • Field service dispatch and remote diagnostics
    • Parts, refurbishment and remanufacturing
    • Service histories that move with the robot

    Our question

    Who holds the right to repair, and who holds the parts?

    Read our Fix It view
  5. 05Insure/Finance It

    Risk, insurance and capital

    Someone prices the risk, pays for the fleet and settles what went wrong.

    What gets built

    • Risk data and underwriting tools for insurers
    • Incident records and claims evidence
    • Software for robot leasing and fleet finance

    Our question

    Who carries the liability when the work goes wrong?

    Read our Insure/Finance It view

Every machine wave

The same five jobs, every time.

The machine gets the headlines. The economy around it does much of the work. Here is how earlier machines created businesses at each stage, and the row for robots that is being built now.

Cars

Teach
Driving schools
Test
Crash testing
Run
Fuel stations and fleets
Fix
Repair shops and parts
Insure/Finance
Auto insurance and auto loans

Airplanes

Teach
Flight schools and simulators
Test
Type certification
Run
Airlines and air traffic control
Fix
Maintenance, repair and overhaul
Insure/Finance
Aircraft leasing and aviation insurance

AI

Teach
Training data and labeling
Test
Evaluations and red-teaming
Run
Model operations
Fix
Monitoring and incident response
Insure/Finance
Compute financing

Robots

Insure/Finance
Being built now

Any body shape

We back the work, whatever the robot looks like.

Humanoids may reach homes over the long term. Specialized robots already work in warehouses, farms and labs. Most sites will run mixed fleets. All three need teaching, testing, operations, repair and risk cover, so we invest across them.

What we look for

What a strong company proves early.

  1. 01A customer pays for a narrow product today.
  2. 02Customers keep using it without being pushed.
  3. 03The company holds the interfaces and data rights it depends on.
  4. 04Delivery costs work as the company grows.
  5. 05There is a credible path to the next round.

Candor

Where we could be wrong.

A large robot economy can exist while independent companies around it capture little value. Robot makers may bundle the service we like. Open-source projects may give it away. We test every idea against the maker's bundle, the incumbent tool and the manual process before we invest.

Follow the robot economy with us.