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RoboticsSkild AI

Skild AI

A single, omni-bodied foundation model designed to control any robot.

Category
Robotics
Pricing
PAID
Hosting
Hybrid
Platforms
API
Models
Self-contained (on-device)
Verified
Jun 9, 2026

Skild AI builds Skild Brain, a general-purpose robotics foundation model intended to control diverse embodiments — quadrupeds, humanoids, tabletop arms, mobile manipulators — without prior knowledge of a robot's exact form. It pretrains on large-scale simulation and internet video, then post-trains on targeted real-world data for customer deployments.

Capabilities 4

What it actually does — grouped by capability family.

  • Robot foundation model (primary capability)
  • Imitation learning (primary capability)
  • Dexterous manipulation (secondary capability)
  • Autonomous navigation (secondary capability)

Pros & cons

  • Single model targets many embodiments
  • Pretrains on sim + internet human video
  • In-context learning adapts to new bodies
  • Heavily funded (SoftBank, NVIDIA, Bezos)
  • Foundation model, not a shipping consumer product
  • Generality claims still being validated in-field
  • Closed, enterprise deployment model
  • Early-stage revenue vs huge valuation

Tags

Further reading

View all Robotics
  • View Physical Intelligence details
    RoboticsFREEOSS

    Physical Intelligence

    Physical Intelligence

    General-purpose foundation models that aim to control any robot to do any task.

    Physical Intelligence is a San Francisco lab building general-purpose AI for the physical world. Its π0 (pi-zero) vision-language-action model, built on a pretrained VLM and trained across many robot embodiments, can perform dexterous tasks like folding laundry. The company open-sourced π0's code and weights via its openpi repository.

    openpi repo runs and fine-tunes locally
    Research artifact, not a turnkey product
    • robot-foundation-model
    • vla
    • embodied-ai
    • open-weights
  • View Figure AI details
    RoboticsPAID

    Figure AI

    Figure AI

    Humanoid robots powered by Helix, an in-house vision-language-action model.

    Figure AI builds general-purpose humanoid robots (Figure 01–03) driven by Helix, its proprietary vision-language-action model that fuses perception, language, and learned control. Figure 03, announced in 2025, targets the home and broader applications; earlier models were piloted in BMW's automotive manufacturing.

    Proprietary Helix VLA model
    Not a buyable product yet
    • humanoid
    • vla
    • embodied-ai
    • helix
  • View 1X details
    RoboticsPAID

    1X

    1X Technologies

    NEO, a home humanoid robot driven by the onboard Redwood vision-language-action model.

    1X (1X Technologies) builds NEO, a household humanoid robot powered by Redwood, a 160M-parameter vision-language-action model that jointly controls locomotion and manipulation for tasks like laundry and answering the door. Redwood runs on NEO's onboard GPU and pairs with an off-board language model for voice control. NEO ships from 2026 at $20,000 or $499/month.

    Redwood VLA runs onboard on NEO's GPU
    Ships from 2026 — unproven in real homes
    • humanoid
    • home-robot
    • vla
    • redwood
  • View Sanctuary AI details
    RoboticsPAID

    Sanctuary AI

    Sanctuary AI

    Phoenix, a general-purpose humanoid robot driven by the Carbon AI control system.

    Sanctuary AI builds Phoenix, a general-purpose humanoid robot for work, powered by Carbon, a hybrid cognitive control system that blends symbolic reasoning, large language models, and reinforcement learning to mimic human cognitive subsystems. Phoenix features highly dexterous hands and can be taught new tasks in under 24 hours.

    Highly dexterous hands
    Not generally available; enterprise/pilot
    • humanoid
    • general-purpose-robot
    • embodied-ai
    • carbon