ANYbotics

Summary

About

About ANYbotics

ANYbotics develops autonomous legged robots for routine inspection of complex industrial facilities. ANYmal combines four-legged mobility with visual, thermal and acoustic sensing, autonomous mission execution and software interfaces that return inspection results to plant systems.

The portfolio separates the general industrial ANYmal from ANYmal X, an ATEX- and IECEx-certified configuration for designated explosive atmospheres in oil and gas and chemical facilities. Deployments also cover power, mining, metals, rail and research. The commercial offer is an end-to-end inspection system that includes robot hardware, mission software, data handling, training and integration.

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Articles

Products

Deployments

  • Shift Monthly Inspections Analyzed

    120,000+ inspections analysed per month - 2026-10-01 - ANYbotics reports 120,000+ inspections analysed per month. Inspection analyses per month across the existing Data Navigator / Shift platform; not robots, assets or sites. - source posture: Company Disclosed

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  • Shift Industrial Assets Monitored

    1,000+ industrial assets monitored - 2026-10-01 - ANYbotics reports 1,000+ industrial assets monitored. Distinct monitored industrial equipment assets in the existing Data Navigator / Shift platform; not robot or site counts. - source posture: Company Disclosed

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  • Anybotics Supported Robot Deployments

    More than 200 robot deployments supported worldwide - 2026-10-01 - ANYbotics reports more than 200 robot deployments supported worldwide. Company-disclosed robot deployments supported worldwide; not unique robots, customers or sites. - source posture: Company Disclosed

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  • Named Customer Site

    ANYmal D at Northern Lights CCS facility - 2025-06-23 - Equinor - industrial inspection and remote monitoring - Equinor deployed ANYmal D at the Northern Lights CCS facility in Oygarden for autonomous inspection and remote monitoring workflows. - source posture: Company Disclosed

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  • Customer Bound Units

    6 ANYmal X units for Petrobras offshore inspection pilot - 2023-11-22 - Petrobras - offshore FPSO inspection - Petrobras invested in six ANYmal X units and field-tested the robot on FPSO P-74 as part of a long-term offshore inspection pilot. - source posture: Company Disclosed

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  • Named Pilot Site

    ANYmal X tested on Aker BP Valhall platform - 2023-11-15 - Aker BP - remote offshore inspection - ANYbotics, Aker BP, and Cognite tested ANYmal X on Aker BP's Valhall platform for remote offshore inspection and digital-twin integration. - source posture: Company Disclosed

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  • Named Pilot Site

    ANYmal X tested at BASF Ludwigshafen - 2023-08-04 - BASF - Ex-rated industrial inspection - BASF tested ANYmal X at its Ludwigshafen site for automated visual, thermal, and acoustic inspections in Ex-rated plant areas. - source posture: Company Disclosed

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Observed use

Exact-product configurations are shown without inferring supply, purchase, customer status, standard fit, deployment or partnership.

  • ANYmal with Leica BLK ARC

    2022-09-13 - Pilot - Mounted - ANYbotics demonstrated ANYmal carrying an integrated Leica BLK ARC scanner during the Implenia construction-site project.

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Supply

Supply chain relationships

  • Sorama

    Inbound - robotics sensors - ANYmal X Gas Guard integrates Sorama's L642v+ acoustic imager

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  • Nano Environmental Technology

    Inbound - robotics sensors - ANYmal X Gas Guard offers gas concentration sensors supplied by N.E.T. as a standard provider option

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  • Honeywell International

    Inbound - robotics sensors - ANYmal X Gas Guard offers Honeywell gas-sensor payloads

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  • Intel

    Inbound - Compute & Control - ANYbotics specifies two Intel Core i7 processors in ANYmal

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  • maxon

    Inbound - actuation and motion control - maxon develops and produces actuators for ANYbotics ANYmal inspection robots

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  • RealSense

    Inbound - Perception - ANYmal robots use six RealSense D435 modules for elevation mapping, obstacle avoidance and autonomous navigation in industrial sites

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  • Velodyne Lidar

    Inbound - Perception - ANYmal uses Velodyne Puck LiDAR sensors for mapping, obstacle detection, localization and navigation in industrial environments

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Funding

Investors

  • Swisscom Ventures - Lead - VC - 4 funding events - repeat backer - first seen 2020-12-03 - latest 2025-09-22
  • Bessemer Venture Partners - Participant - VC - 3 funding events - repeat backer - first seen 2023-05-16 - latest 2025-09-22
  • NGP Capital - Lead - VC - 3 funding events - repeat backer - first seen 2023-05-16 - latest 2025-09-22
  • Aramco Ventures - Participant - VC - 2 funding events - repeat backer - first seen 2023-05-16 - latest 2025-09-22
  • EquityPitcher Ventures - Participant - VC - 2 funding events - repeat backer - first seen 2020-12-03 - latest 2023-05-16
  • Qualcomm Ventures - Lead - Corporate / CVC - 2 funding events - repeat backer - strategic/corporate - first seen 2024-12-12 - latest 2025-09-22
  • Supernova Invest - Lead - Angel / Individual - 2 funding events - repeat backer - first seen 2024-12-12 - latest 2025-09-22
  • Swisscanto Private Equity - Participant - Unknown - 2 funding events - repeat backer - first seen 2023-05-16 - latest 2024-12-12
  • TDK Ventures - Participant - VC - 2 funding events - repeat backer - first seen 2024-12-12 - latest 2025-09-22
  • Walden Catalyst - Lead - VC - 2 funding events - repeat backer - first seen 2023-05-16 - latest 2024-12-12
  • Ace & Company - Participant - Unknown - 1 funding event - first seen 2020-12-03
  • Climate Investment - Participant - Angel / Individual - 1 funding event - first seen 2025-09-22
  • Swisscanto - Participant - Unknown - 1 funding event - first seen 2024-12-12
  • Verve Ventures - Participant - VC - 1 funding event - first seen 2023-05-16
  • Walden Catalyst Ventures - Participant - VC - 1 funding event - first seen 2025-09-22

Team

  • Péter Fankhauser - Co-founder and CEO - His background ties ANYbotics industrial inspection robots to ETH legged-robotics research and field robotics commercialization.
  • Fredrik Isler - Chief Financial Officer - Owns finance, administration, and HR for ANYbotics as the company scales industrial inspection robotics.
  • Thierry Obédé - Chief Revenue Officer - Leads sales, marketing, customer success, and go-to-market for ANYbotics.
  • Andrea Corda - Chief Technology Officer - Directs technical architecture for ANYbotics industrial legged robots.
  • Christian Noske - Chairman of the Board - Chairs the board for ANYbotics during its commercial scale-up.

Research

  • GrandTour dataset paper releases large-scale ANYmal-D legged-robot perception data

    2026-02-20 - Research Publication - The GrandTour paper introduces a large open-access legged-robotics dataset for state estimation, SLAM, perception, and multi-modal learning. The dataset was collected with an ANYbotics ANYmal-D quadruped carrying the Boxi multi-modal sensor payload across indoor and outdoor environments. The dataset gives ANYmal-D a large-scale public benchmark for legged-robot perception, state estimation, SLAM, and multi-modal learning.

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  • Parkour in the Wild: Learning a General and Extensible Agile Locomotion Policy Using Multi-expert Distillation and RL Fine-tuning

    2025-05-16 - Research Publication - Legged robots are well-suited for navigating terrains inaccessible to wheeled robots, making them ideal for applications in search and rescue or space exploration. However, current control methods often struggle to generalize across diverse, unstructured environments. Experiments use ANYmal as the physical evaluation platform. The reported results provide an independent evaluation on ANYmal hardware.

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  • Real-Time Out-of-Distribution Failure Prevention via Multi-Modal Reasoning

    2025-05-15 - Research Publication - While foundation models offer promise toward improving robot safety in out-of-distribution (OOD) scenarios, how to effectively harness their generalist knowledge for real-time, dynamically feasible response remains a crucial problem. We present FORTRESS, a joint reasoning and planning framework that generates semantically safe fallback strategies to prevent safety-critical, OOD failures. Experiments use ANYmal as the physical evaluation platform. The reported results provide an independent evaluation on ANYmal hardware.

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  • FOCI: Trajectory Optimization on Gaussian Splats

    2025-05-13 - Research Publication - 3D Gaussian Splatting (3DGS) has recently gained popularity as a faster alternative to Neural Radiance Fields (NeRFs) in 3D reconstruction and view synthesis methods. Leveraging the spatial information encoded in 3DGS, this work proposes FOCI (Field Overlap Collision Integral), an algorithm that is able to optimize trajectories directly on the Gaussians themselves. Experiments use ANYmal as the physical evaluation platform. The reported results provide an independent evaluation on ANYmal hardware.

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  • Constrained skill discovery paper deploys unsupervised locomotion on ANYmal

    2024-10-10 - Research Publication - The paper proposes constrained unsupervised skill discovery for quadruped locomotion using a latent representation over states. The authors report deployment of learned policies on a real ANYmal quadruped robot for zero-shot Cartesian-state reaching.

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  • Adaptive energy-regularization paper trains efficient gait transitions on ANYmal-C

    2024-03-29 - Research Publication - The paper proposes an adaptive energy reward for reinforcement-learning locomotion so quadrupeds can choose efficient gaits across different speeds. The authors demonstrate autonomous gait transitions on ANYmal-C and Unitree Go1, including stable four-beat walking at lower speed and trotting at higher speed. It adds meaningful ANYmal research context around energy efficiency and gait selection, not only terrain robustness.

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  • ANYmal Parkour paper trains agile navigation for quadrupedal robots

    2023-06-26 - Research Publication - The ANYmal Parkour paper proposes a learned hierarchy for walking, jumping, climbing, and crouching through parkour-like obstacles. The authors report successful real-world transfer on hardware at speeds up to two meters per second. The work gives ANYmal a concrete benchmark for agile locomotion and real-world policy transfer.

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  • Perceptive locomotion paper validates real-time NMPC climbing on ANYmal

    2022-08-17 - Research Publication - The paper presents a full perception, planning, and control pipeline for optimizing all robot degrees of freedom in real time. Experiments on ANYmal cover gaps, slopes, and stepping stones, including dynamic climbing behaviors. It expands ANYmal research coverage from blind locomotion into perception-aware nonlinear model predictive control.

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  • ANYmal challenging-terrain paper demonstrates blind locomotion in natural environments

    2020-10-21 - Research Publication - The Science Robotics paper trains a learning-based controller for quadrupedal locomotion over difficult natural terrain. The controller is deployed on two generations of ANYmal robots in outdoor settings beyond the reach of prior published legged-locomotion work. The result is one of the clearest research anchors for ANYmal as a rugged field-locomotion platform.

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  • Science Robotics paper learns agile motor skills on ANYmal

    2019-01-24 - Research Publication - The paper trains a neural-network locomotion controller in simulation and deploys it on the ANYmal quadruped. It reports dynamic motor skills such as fast locomotion, fall recovery, and robustness to pushes, slopes, and uneven terrain. This is a landmark ANYmal result because it helped establish sim-to-real reinforcement learning as a practical route for legged-robot control.

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Resources

Media library

Official ANYbotics specifications, onboarding references, technical papers and field media for the ANYmal inspection-robot portfolio.

Timeline

Events

Notes

Profile notes

  • ANYmal is sold as an inspection system with remote escalation, not an unsupervised general worker

    reviewed 2026-07-20 - ANYmal traverses industrial sites, collects sensor data and integrates with inspection workflows, while difficult events can be reviewed or handled remotely. Deployments validate autonomous mobility in hazardous facilities, but its job is structured inspection rather than general maintenance or manipulation.

    Source

Relations

Relationships

  • Yokogawa Electric Corporation

    Industrial Automation / Rms Partner - OpreX Robot Management Core integration with ANYmal software stack (ANYbotics official).

  • Amazon Web Services

    Industrial Inspection Partnership - ANYbotics and AWS partner on ANYmal industrial inspection workflows

  • Korial

    Inspection Data Integration - ANYbotics and Energy Robotics partner on inspection-data integration

  • NVIDIA

    Robotics Platform Partner - ANYbotics participates in NVIDIA robotics research and platform collaboration.

  • Amazon Web Services

    Platform Support - AWS provides the cloud partner and Partner Solution path for ANYbotics ANYmal robotic inspection.

  • GE Vernova

    Documented Deployment Pilot - ANYmal inspection robots operated through access-controlled doors during a live pilot at GE Vernova's Whitegate power plant in Ireland.

  • Equinor / Northern Lights

    Ccs Facility Deployment - ANYbotics deployed ANYmal at the Equinor-operated Northern Lights CCS facility in Øygarden.

  • Kanadevia Inova

    Qualified Robotics Partnership - Kanadevia Inova signed a preferred partnership agreement to incorporate ANYmal robots into its operations, maintenance and digital-services portfolio.

  • Petrobras

    Offshore Fpso Inspection Pilot - ANYbotics field-tested ANYmal X with Petrobras on FPSO P-74 as part of a long-term offshore inspection pilot.

  • BASF

    Ex Zone Inspection Deployment - ANYbotics deployed ANYmal X with BASF at Ludwigshafen for automated inspection in Ex-rated plant areas.

  • dormakaba

    Technology Partner - ANYbotics and dormakaba integrated ANYmal autonomy with access-management and automated-door systems for a live industrial pilot.

  • Accenture plc

    Digital Transformation Partner - Accenture provides digital-transformation integration work around ANYmal robotic inspection deployments.

Context

Comparable profiles

  • Boston Dynamics

    comparable profile - Legged Inspection Robotics · Quadruped Robotics Builder

  • Deep Robotics

    comparable profile - Legged Inspection Robotics · Quadruped Robotics Builder

  • RT Corporation

    comparable profile - Legged Inspection Robotics · Quadruped Robotics Builder

  • Unitree

    comparable profile - Quadruped Robotics Builder

  • Ghost Robotics

    comparable profile - Quadruped Robotics Builder

  • ASTRALL

    comparable profile - Quadruped Robotics Builder

Shared workflows

  • Skygauge Robotics

    workflow adjacency - Industrial Asset Inspection · Industrial Inspection · Industrial Inspection Robotics

  • Voliro

    workflow adjacency - Industrial Asset Inspection · Industrial Inspection · Industrial Inspection Robotics

  • Gecko Robotics

    workflow adjacency - Industrial Asset Inspection · Industrial Inspection Robotics

  • Genisom AI

    workflow adjacency - Industrial Inspection Robotics

  • ACWA Robotics

    workflow adjacency - Industrial Inspection · Industrial Inspection Robotics

  • Hangzhou Shenhao Technology

    workflow adjacency - Industrial Inspection Robotics

  • TetraBOT

    workflow adjacency - Industrial Inspection Robotics

  • HausBots

    workflow adjacency - Industrial Asset Inspection

  • Oceaneering

    workflow adjacency - Industrial Asset Inspection

  • Nexxis

    workflow adjacency - Industrial Inspection Robotics

  • Eddyfi Technologies

    workflow adjacency - Industrial Inspection Robotics

  • Waygate Technologies

    workflow adjacency - Industrial Inspection Robotics

Context tags

  • Quadruped robotics builder - Peer Group - Official ANYbotics material documents ANYmal as a defining autonomous quadruped inspection robot family: https://www.anybotics.com/anymal/
  • Industrial inspection robotics - Workflow - ANYbotics provides autonomous robotic inspection solutions for industrial applications.
  • Industrial asset inspection - Workflow - ANYmal is used for routine inspection and data capture in industrial sites.
  • Industrial facilities - Customer Environment - ANYmal is positioned for industrial inspection environments.
  • Robot OEM - Stack Layer - Builds complete ANYmal quadruped robotic systems
  • Legged locomotion - Capability - ANYmal is a quadruped platform with legged locomotion
  • Robot fleet operations - Capability - ANYmal deployment materials describe onboarding, inspection mission setup and operational scaling.
  • Autonomous docking - Capability - ANYmal supports autonomous charging and repeated operations.
  • Energy and utilities - Customer Environment - ANYmal is used in asset-heavy industrial environments including energy-style inspection contexts.
  • Commercial deployment - Commercial Stage - ANYmal commercially deployed with energy, chemical and industrial customers
  • Legged inspection robotics - Peer Group - Core peer group: legged inspection robotics for industrial sites
  • Autonomous navigation - Capability - ANYmal navigates autonomously through industrial and confined spaces
  • Industrial inspection - Workflow - Anybotics ANYmal deployed for industrial inspection workflows
  • Factories - Customer Environment - Primary deployment environments include plants and industrial facilities