# MachineWorth

> The economic intelligence layer for robotic work. Discover, compare, and evaluate the machines that could do a job — and understand whether the economics make sense. Every material claim is evidence-graded; calculators are transparent estimates, not advice.

MachineWorth is designed to be readable by humans, searchable by engines, and usable by AI agents.

## For agents
- Tool manifest (inputs/outputs, invocation): https://machineworth.com/tools.json
- Machine data (JSON): https://machineworth.com/api/robots.json ; one machine: https://machineworth.com/api/robots/{slug}.json
- Manufacturers: https://machineworth.com/api/manufacturers.json | Industries: https://machineworth.com/api/industries.json | Use cases: https://machineworth.com/api/use-cases.json
- In-page tools (WebMCP): https://machineworth.com/assets/js/webmcp.js registers tools with any agentic-web provider; also callable via window.MW.tools.
- ROI engine (pure JS): https://machineworth.com/assets/js/mw-economics.js (computeRobotEconomics, estimateFinancing).

## Rules of use
- Records are evidence-graded (verified-primary, customer-confirmed, manufacturer-reported, demonstrated-unverified, analyst-estimate, speculative). Relay the evidence level and cite each record's source_url.
- Absence of a field means unverified, not zero. Do not fabricate prices or deployments.
- Calculator outputs are estimates from user inputs, not investment/financing/operational advice.

## Key pages
- Robot directory: https://machineworth.com/robots/
- ROI calculator: https://machineworth.com/calculator/
- Compare: https://machineworth.com/compare/
- Methodology & evidence: https://machineworth.com/methodology/

## Machines
- [Figure 02 (Figure AI)](https://machineworth.com/robots/figure-02/): The humanoid that ran an 11-month automotive pilot at BMW.
- [Figure 03 (Figure AI)](https://machineworth.com/robots/figure-03/): Successor to Figure 02, redesigned around lessons from the BMW line.
- [Digit (Agility Robotics)](https://machineworth.com/robots/agility-digit/): A logistics-first humanoid with real paid warehouse work.
- [Apollo (Apptronik)](https://machineworth.com/robots/apptronik-apollo/): A modular industrial humanoid piloting with automakers and logistics operators.
- [Optimus (Gen 2) (Tesla)](https://machineworth.com/robots/tesla-optimus-gen2/): High-profile, low-independent-evidence: a prototype with big claims.
- [G1 (Unitree Robotics)](https://machineworth.com/robots/unitree-g1/): The rare humanoid with a public, low starting price - aimed at R&D, not the warehouse.
- [H1 (Unitree Robotics)](https://machineworth.com/robots/unitree-h1/): A full-size, fast, publicly-priced research humanoid.
- [NEO (1X Technologies)](https://machineworth.com/robots/1x-neo/): A consumer home humanoid on preorder - and a cautionary tale about supervision.
- [Stretch (Boston Dynamics)](https://machineworth.com/robots/boston-dynamics-stretch/): Not a humanoid - a commercially-sold box-mover that already works.
- [Spot (Boston Dynamics)](https://machineworth.com/robots/boston-dynamics-spot/): The publicly-priced quadruped that made robot inspection routine.
- [Atlas (electric) (Boston Dynamics)](https://machineworth.com/robots/boston-dynamics-atlas/): A commercial humanoid moving from lab legend to first production units.
- [Phoenix (Sanctuary AI)](https://machineworth.com/robots/sanctuary-phoenix/): Dexterity-focused humanoid with strong demos and limited deployment proof.