In a landmark development for industrial automation, Swiss robotics firm ANYbotics has officially begun the delivery of its highly anticipated ANYmal X. Hailed as the world’s first legged inspection robot specifically engineered for explosive atmospheres, the unit represents a technological breakthrough that effectively bridges the gap between high-risk industrial requirements and advanced autonomous mobility.
By securing certification for use in hazardous environments—zones where flammable gases and dust make traditional electronics a lethal liability—ANYbotics is poised to transform operations in the global oil, gas, and chemical sectors. This milestone follows four years of intensive engineering and represents a significant shift in how some of the world’s most dangerous, yet critical, infrastructure will be managed in the coming decade.
The Engineering Challenge: Designing for the Danger Zone
The history of industrial robotics is filled with attempts to automate hazardous zones, yet most have been restricted to wheeled platforms or fixed cameras. Legged robots, which offer unparalleled agility on stairs, ladders, and uneven terrain, have long been considered "unfit" for explosive environments due to the inherent ignition risks associated with high-power batteries and complex actuators.
The Complexity of Certification
To achieve its status as an "ex-proof" device, ANYmal X had to undergo a rigorous certification process, meeting the stringent ATEX standards in Europe and the IECEx standards globally. Unlike static equipment, which can be protected by heavy, lead-lined enclosures, a quadrupedal robot must remain lightweight and dynamic.
"We asked one question over and over: Which credible event in the life of a walking robot could create an ignition source, and how do we make sure it never does?" says Andrea Corda, Chief Technology Officer of ANYbotics.
The resulting design is a masterclass in safety engineering. The robot utilizes:
- Nitrogen-Purged Chambers: The AI computer and primary sensors are housed in hermetically sealed, nitrogen-filled compartments to prevent any contact with ambient gases.
- Flameproof Casings: All 12 leg actuators and the high-capacity battery are encased in custom-built, flame-resistant housings.
- Conductive Grounding: Specially designed feet ensure the robot is constantly grounded, preventing static discharge.
- Energy Barriers: Charging and data transmission points are protected by advanced energy-limiting barriers, ensuring that no live connection is exposed during operations.
A Chronology of Innovation: From ETH Zurich to Industrial Scale
The journey to the launch of ANYmal X is rooted in the academic excellence of ETH Zurich, where the company was spun out in 2016. Since its inception, the team has been laser-focused on moving robotics out of the lab and into the messy, unpredictable reality of industrial plant floors.
- 2016: ANYbotics is founded, leveraging years of research into legged locomotion.
- 2020–2022: The company successfully deploys its standard ANYmal platform for routine inspections in power and manufacturing plants, gathering over 120,000 hours of autonomous operational data.
- 2023: Launch of the Early Access Program (EAP) for ANYmal X. Energy giants including BP, Shell, Equinor, and PETRONAS begin field-testing the prototype across hundreds of missions, both onshore and offshore.
- 2024–2025: Iterative refinement of the hardware based on feedback from EAP partners, focusing on durability against salt mist, vibration, and extreme temperature fluctuations.
- 2026: Official commercial rollout and delivery of the first certified units, marked by a public showcase at ADIPEC 2026.
Supporting Data: The High Cost of Human Exposure
The business case for ANYmal X is built on cold, hard numbers. The global oil, gas, and chemical sectors represent a $102 billion market for autonomous inspection, driven by two primary economic pressures: the high cost of manual labor in hazardous zones and the catastrophic expense of unplanned downtime.
The Financial Burden of Inefficiency
According to industry data cited by ANYbotics, the 500 largest global companies lose approximately $1.4 trillion annually to preventable equipment failures. In the oil and gas sector, a single hour of unplanned downtime can result in losses reaching $500,000.
Current protocols require human operators to perform manual rounds in areas where standard electronics are banned. This necessitates the use of heavy personal protective equipment (PPE), manual gas detectors, and strict entry permits—a process that is not only slow and prone to human error but also dangerous. According to the National Institute for Occupational Safety and Health (NIOSH), U.S. extraction workers face a fatality rate seven times the national average, underscoring the urgent need to remove humans from these "hot zones."
Official Responses and Strategic Vision
The leadership at ANYbotics views the launch of ANYmal X not just as a product release, but as the final piece of an integrated digital puzzle.
"A certified robot is only the entry ticket," explains Thierry Obédé, Chief Revenue Officer at ANYbotics. "ANYmal X is a complete end-to-end inspection solution. It combines autonomous navigation, industrial AI for data interpretation, and integrations that convert findings directly into maintenance work orders."
The "Shift" Integration
The robot does not operate in a vacuum. It is fully integrated with Shift, the company’s operations platform. Shift acts as the "brain" of the facility, scheduling missions, organizing findings by specific asset, and syncing with enterprise resource planning (ERP) software like SAP, Yokogawa, and SLB. By automating the data capture process, the system allows reliability engineers to move from reactive maintenance—fixing things after they break—to predictive maintenance, addressing issues long before they escalate.
Péter Fankhauser, co-founder and CEO, emphasizes the broader impact: "Many experts thought a legged robot could never be made safe for explosive atmospheres. That changes today. We are turning inspection data into actionable maintenance, effectively creating a ‘digital twin’ that is always up-to-date, accurate, and accessible."
Implications: The Future of Industrial Autonomy
The implications of the ANYmal X launch extend far beyond the oil and gas industry. By successfully certifying a highly complex, mobile, and autonomous machine for explosive environments, ANYbotics has set a new benchmark for the robotics industry at large.
1. The Rise of "Always-On" Monitoring
With ANYmal X, facilities can transition from periodic human inspections to continuous, autonomous monitoring. This frequency of data collection allows for the detection of subtle changes in acoustic patterns, heat signatures, and gas leaks that would be impossible for a human to track manually over long periods.
2. Enhanced Data Security
In an era of increasing cyber threats, ANYbotics has ensured that the entire data pipeline operates under ISO 27001 information security standards. By keeping data processing secure and integrating it directly into existing plant workflows, the company addresses one of the biggest hurdles to adopting industrial AI: trust.
3. Safety as a Competitive Advantage
Companies that adopt this technology will likely see a significant decrease in worker compensation claims and insurance premiums, while simultaneously boosting operational uptime. As more companies compete to meet stringent ESG (Environmental, Social, and Governance) goals, the ability to protect workers and minimize the environmental impact of leaks or spills will become a major market differentiator.
4. A New Standard for Robotics Design
The "component-by-component" certification approach used by ANYbotics is likely to be studied and replicated by other robotics firms. The success of ANYmal X proves that even the most stringent regulatory environments can be navigated with the right combination of rigorous risk assessment and innovative engineering.
Conclusion: A New Era for Hazardous Operations
As ANYmal X begins its deployment, the industry is watching closely. The robot is set to make its public debut at ADIPEC 2026, alongside partners SLB and Kuwait Oil Co. This will serve as the litmus test for the robot’s ability to perform under the scrutiny of global energy leaders.
For the workers who have long faced the dangers of walking through high-pressure, high-risk industrial zones, the arrival of the ANYmal X is more than just a technological upgrade—it is a significant step toward a safer, more efficient future. By replacing human risk with robotic precision, ANYbotics has not only built a machine; they have built a safer way to power the world.
