ANYbotics ANYmal: History & Origins

As of early 2026, ANYbotics has deployed 400+ ANYmal units across oil and gas, chemical, power generation, and infrastructure sectors. Company has grown to 200+ employees with $50M Series C funding announced in late 2024 for manufacturing expansion and geographic expansion into Asia and emerging markets. Customer retention exceeds 95%, reflecting platform reliability and commercial value. Speculation suggests ANYbotics could pursue IPO within 2–3 years given strong unit economics and growing revenue.

Deep learning models trained on thousands of inspection hours detect anomalies: rust, cracks, leaks, corrosion, thermal hotspots, acoustic fault signatures. AI catches defects 2–3 weeks before human inspection, reducing unplanned downtime and preventing costly failures. ANYmal positioned as comprehensive industrial inspection solution — not just a robot, but complete system for condition-based maintenance.

ANYmal X, certified for ATEX Zone 1 hazardous atmospheres, begins first deliveries. ATEX certification required for equipment near flammable gases/vapours — critical for oil refineries, chemical plants, underground mines. ANYmal X features explosion-proofing (sealed connectors, non-sparking materials) while maintaining autonomy and inspection capabilities. Energy companies in North America, Europe, Middle East immediately order units, viewing ANYmal X as safer, cost-effective alternative to expensive specialized equipment or human inspectors.

Major breakthrough with announcement of ANYmal X, variant specifically certified for ATEX Zone 1 hazardous atmospheres. ATEX (Atmosphères Explosibles) certification required for equipment operating near flammable gases or vapours — critical requirement in oil refineries, chemical plants, underground mines. Achieving certification required months of testing and validation but opens entirely new market segment.

By 2021, ANYbotics had deployed ~100 ANYmal units globally and established itself as market leader in legged inspection robotics. Improved versions released with enhanced LiDAR resolution, integrated thermal cameras as standard, early-stage acoustic condition monitoring with microphones designed to detect bearing defects and equipment failure signatures. These additions transformed ANYmal from visual inspection tool to comprehensive condition monitoring platform.

ANYbotics raised $20M Series A funding round backed by venture firms and strategic industrial partners. Capital accelerated manufacturing, expanded sales team, funded R&D for new sensor packages and AI modules. Strong early sales demonstrated market demand for autonomous inspection in hazardous environments.

ANYbotics released ANYmal B, first production-ready version. Featured cleaner mechanical design, improved LiDAR-based SLAM, onboard RGB and thermal imaging, IP67 waterproof rating, autonomous navigation. Operated ~2 hours per charge, traversed stairs and rubble, executed pre-programmed inspection routes with minimal human intervention. Market response immediate — energy and utility companies in Europe and North America deployed for confined space inspection, climbing industrial structures, thermal surveys. Case studies showed measurable ROI: inspection time reduced 50–70%, improved safety (no human entry hazardous areas), defect detection invisible to standard thermal cameras.

ANYbotics developed proprietary ANYdrive actuators — custom-designed servo motors with integrated force/torque feedback. Series-elastic joints became a competitive advantage, enabling ANYmal to handle uncertainty and impacts gracefully — essential for reliable performance in real-world industrial environments.

Prof. Marko Bjelonić and core ETH research team establish ANYbotics as spin-off, headquartered in Zurich, Switzerland. Mandate: industrialize the quadrupedal platform and bring to market. Early funding from venture capital and strategic investors recognizing demand for autonomous inspection in hazardous environments — oil and gas facilities, chemical plants, power generation sites struggling with cost and safety of human inspectors in confined, toxic, or explosive spaces. ANYmal platform designed with three core principles: reliability, autonomy, adaptability. Unlike general-purpose robotics ventures, ANYbotics focused singularly on industrial inspection, allowing deep hardware and software optimization.

ANYmal origins trace to Robotics Lab at ETH Zurich led by Prof. Marko Bjelonić. Team focused on quadrupedal locomotion and compliant actuation, exploring how series-elastic actuators — joints with built-in springs — enabled robots to navigate rough, uncertain terrain by adapting leg stiffness dynamically. Research showed that quadrupeds offered superior stability and autonomy compared to bipedal approaches in industrial settings. By 2015–2016, prototype achieved impressive climbing, reliable SLAM (Simultaneous Localization and Mapping), low-level terrain adaptation intelligence. Logged thousands of autonomous navigation hours in diverse environments: outdoor ruins, forests, industrial sites, early subsea trials. Technology mature enough for commercialization.