Private companySeries A

General Robotics

Robot-agnostic intelligence and orchestration layer (software). Sits between robot OEM hardware (arms, humanoids, quadrupeds, wheeled robots, drones) and enterprise/government deployments, supplying skill composition, simulation-based training, agentic auto-engineering and fleet-level deployment/evaluation. No proprietary robot hardware. · United States

generalrobotics.company

Ex-Microsoft robotics researchers building GRID, a robot-agnostic 'intelligence grid' that auto-engineers the deployment of industrial robots, humanoids, quadrupeds and drones.

GRID (General Robot Intelligence Development) is a unified platform that connects robots from many OEMs to a composable library of AI skills, foundation models and classical control, with cloud-based orchestration, simulation-based training (NVIDIA Isaac Sim, AirGen), and per-customer data/IP sovereignty. Its 2026 'Auto-Engineering' release wraps four agentic harnesses around the robot lifecycle - robot ingestion, world/experience generation, skill creation, and deployment/evaluation - so that each deployment's integrations, calibrations and validated fixes compound into the platform.

Research mapping

Physical AI / Autonomy Software, Fleet Platforms & End Markets (L10) / Robot-agnostic intelligence and orchestration layer (software). Sits between robot OEM hardware (arms, humanoids, quadrupeds, wheeled robots, drones) and enterprise/government deployments, supplying skill composition, simulation-based training, agentic auto-engineering and fleet-level deployment/evaluation. No proprietary robot hardware.

Evidence boundary

Original analysis and independent corroboration remain under development. Commercial scale and durable technical advantage remain under review.

Robotics capability is abundant but deployable know-how is scarce: every new robot still requires bespoke integration, sensor calibration, simulation build-out, data collection and failure diagnosis by scarce specialists, which keeps deployments stuck in pilot. General Robotics claims Auto-Engineering cuts robot onboarding from about one month to as little as two hours, model ingestion from three days to 20 minutes, cross-form-factor skill transfer from three days to 1.5 hours, and new skill creation to as little as two days.

Picks-and-shovels software layer: it does not build robots, but monetizes the gap between OEM hardware and real-world deployment, aggregating demand across robot makers (FANUC, Galaxea, Flexiv, Trossen, PSYONIC, Ghost, UR) and channel to enterprise asset owners via integrators and consultancies such as Accenture.

Industrial Infrastructure OwnersIndustrial Automation — OEMsGovernment — Program BuyersGovernment Civilian Agencies

HTX - Home Team Science and Technology Agency, Singapore Ministry of Home Affairs (named)

Source
Last round
$25M Series A (Apr 2026)

Construct Capital, Khosla Ventures, NVIDIA, Accenture Ventures, Valo Ventures, E14 Fund, Shorooq Partners

Mapped funds and investors

Direct relationships supported by published evidence.

Reported holdings as-of

No sourced relationships mapped yet.

Disclosed investment history

No sourced relationships mapped yet.

Showing up to four relationships in each group. ETF weights describe the fund’s portfolio, not ownership of this company. Private investment history does not establish current ownership.

  1. partnership

    Named founding partner of Singapore's Home Team Humanoid Robotics Centre (H2RC)

    Source
  2. partnership

    Accenture Ventures strategic investment and go-to-market partnership

    Source
  3. Financing

    Series A of about $25M led by Construct Capital

    Source
  4. Customer

    Completes HTX Dimension X Cohort 5 with Singapore's Home Team

    Source
  5. Financing

    Scaled Foundations exits stealth with Khosla Ventures and E14 Fund backing

    Source
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