ANYbotics: the company that propels autonomous robotics into the future

For several years now, autonomous robotics has been experiencing a true revolution driven largely by innovative players such as the Swiss company ANYbotics. This company is now recognized for its major advances in the design of mobile robots capable of performing industrial inspections in complex and hazardous environments. The technological innovation carried by ANYbotics is at the heart of the digital transformation of Industry 4.0. For sectors such as chemistry, energy, or petrochemicals, their quadruped robots embody a future solution that combines artificial intelligence, autonomous navigation, and industrial automation. Faced with increasing challenges of safety and efficiency, the autonomous systems developed by ANYbotics offer immense potential to optimize infrastructure maintenance and reduce occupational hazards. This quest towards enhanced industrial robotics is the main driver propelling the Swiss company to the forefront of the global stage in 2026.

The ability of machines to operate independently in high-risk areas such as refineries or power plants is radically transforming traditional monitoring methods. Designed to walk on rough terrain, climb stairs, and detect anomalies invisible to the human eye thanks to advanced sensors, these quadruped robots embody the convergence of advanced mobility, real-time analysis, and mechanical robustness. With substantial funding rounds and solid strategic partnerships, ANYbotics confirms its key role in the development of future robotics, capable of supporting the revolution of connected and intelligent factories. New perspectives are opening up for industrial automation, where mobile robots now act as autonomous sentinels within the harshest environments.

The origins and evolution of ANYbotics in industrial robotics

ANYbotics traces its roots to ETH Zurich, one of Europe’s most prestigious scientific institutions, where a team of researchers aimed to turn autonomous robotics research into concrete industrial applications. Founded in 2016, the start-up quickly distinguished itself by developing a robust and autonomous quadruped robot named ANYmal. This model was originally designed to operate in challenging industrial environments, where human presence is either limited or too risky.

The initial development required overcoming many technological challenges. It was necessary to design a machine capable of navigating automatically in confined spaces, maintaining its balance on uneven terrain, while integrating a complex set of sensors to collect accurate real-time data. In 2024, after several phases of field testing and feedback, ANYbotics successfully closed a significant funding round reaching 60 million dollars, thereby accelerating the transition from prototype to large-scale industrial production.

Over the years, the company refined its offerings with several variants of its flagship robot, including the ATEX-certified version for operating in explosive zones. This certification attests to compliance with the strictest industrial safety standards, a decisive asset for penetrating sensitive sectors such as petrochemicals. The mechanical robustness and adaptability of their robots have also helped the company establish itself in international markets, where competitiveness is based on reliability and technological innovation.

An international expansion strategy followed, with the opening of an office in San Francisco to strengthen its presence in the highly dynamic North American industrial automation market. Constant investments and support from major players such as Swisscom Ventures and Climate Investment have given ANYbotics the means to explore new applications related to predictive maintenance, thus consolidating its position as a leader in autonomous robotics.

ANYmal: an innovative quadruped robot at the heart of autonomous robotics

The ANYmal robot represents a technological feat that perfectly illustrates advances in autonomous and industrial robotics. Its design is based on a quadruped chassis, giving it exceptional mobility and stability. This configuration allows the robot to overcome obstacles, move over wet, dusty, or rough surfaces, and even climb stairs – a challenge for many wheeled robots.

This robust model is largely responsible for ANYbotics’ commercial success. Thanks to its many integrated sensors (thermal cameras, laser scanners, gas detectors, industrial microphones), the robot captures and analyzes various data in real time, quickly detecting thermal anomalies or leaks that often escape human vigilance. This information is then instantly transmitted to control systems, feeding predictive maintenance software.

The ANYmal X version is particularly suited for ATEX environments, able to operate safely in potentially explosive zones. This advanced technology relies on specific materials and components that prevent spark formation, aligning industrial safety with inspection performance. The autonomous robot can operate for several hours without interruption, ensuring continuous monitoring without fatigue or errors.

This ability to operate continuously fits within the logic of industrial automation where autonomous systems replace human interventions in high-risk locations. ANYmal offers not only a technical solution but also a real gain in terms of safety and efficiency, reducing maintenance costs and limiting unplanned shutdowns.

The importance of artificial intelligence in the autonomous navigation of ANYbotics robots

Artificial intelligence plays a fundamental role in the autonomy and advanced navigation capabilities of ANYmal robots. The embedded algorithms analyze real-time data from laser scanners and multiple sensors, creating a dynamic map of the environment. Thus, each movement is optimized to avoid obstacles, adapt to terrain variations, and respect constraints linked to dangerous areas.

Autonomous navigation is a key element for ensuring quality inspection without constant human supervision. The robot can instantly recalculate its trajectory when faced with an obstacle or an environmental change. This reactivity stems from a complex combination of artificial intelligence, mechanical engineering, and state-of-the-art software, characterizing an advanced technology.

To concretely illustrate this ability, some industrial sites have already adopted these robots on offshore platforms exposed to bad weather and specific sea-related risks. There, ANYmal navigates easily, sometimes in total darkness, while generating precise reports. These data are then used by human teams to anticipate maintenance and ensure effective predictive maintenance.

This intelligent integration of data collected by mobile robots helps strengthen the operational stability of industrial installations and improves autonomous control and alert systems. The fusion of autonomous robotics and artificial intelligence thus simplifies industrial monitoring and invents new standards for Industry 4.0.

The major industrial sectors adopting ANYbotics’ quadruped robots

The diversity of the industrial sectors involved shows the versatility of the technology developed by ANYbotics. Some areas particularly exposed to risks quickly understood the benefits of replacing human inspections with intelligent mobile robots. This technological shift is underway and accelerating with the rise of autonomous robotics.

Here is a list of the main sectors using ANYmal robots:

• The oil and petrochemical sector: the robots inspect refineries, detect gas leaks, corrosion, and thermal anomalies, helping to prevent major accidents.
• The energy industry: power plants and energy infrastructures benefit from autonomous inspections to prevent breakdowns and ensure service continuity.
• Mines and quarries: where the environment is unstable and potentially dangerous, quadruped robots improve safety and control accuracy.
• Transport networks: bridges, tunnels, and railway infrastructures benefit from enhanced monitoring by these autonomous systems.
• Chemical sites: in environments where contamination and exposure to corrosive substances are frequent, ANYmal provides a robust and reliable solution.

These sectors share a common need: securing critical installations while optimizing costs and human resources. The industrial robotics offered by ANYbotics effectively meets these requirements, improving both personnel safety and infrastructure availability.

Comparison of industrial sectors using autonomous robotics from ANYbotics

Sector	Main Risks	Advantages of Autonomous Robotics	Example of Application
Oil/Petrochemicals	Explosions, gas leaks	Risk-free inspection, early detection	ANYmal X in refineries
Energy	Breakdowns, critical failures	Improved predictive maintenance	Monitoring of power plants
Mines and quarries	Collapses, unstable environment	Secure and continuous inspections	Tunnel inspections
Transport	Structural deterioration	Real-time monitoring of infrastructure condition	Monitoring of bridges and tunnels
Chemicals	Corrosion, hazardous substances	Reliable and robust inspections	Controls of chemical plants

Key strategic partnerships supporting innovation at ANYbotics

The company’s dynamism also relies on a solid collaboration network with leading industrial and technological partners. All mechanical and software expertise is based on alliances with players such as Maxon, known for its high-precision electric motors, or Siemens, which ensures robot connectivity to industrial automation systems.

Another dimension is provided by Equans, a specialist in technical solutions in the maritime sector, enabling the extension of robotic applications to the offshore environment. These collaborations allow ANYbotics to integrate ultra-high-performance components while guaranteeing perfect compatibility with existing industrial infrastructures.

Additionally, the financial and strategic support of funds such as Climate Investment ensures long-term economic stability and guides the development of autonomous robotics toward sustainable goals. These investments favor environmentally respectful technologies to minimize the robots’ energy impact while maximizing their efficiency.

The impact of industrial automation on safety and industrial maintenance

The arrival of autonomous robots is profoundly transforming maintenance practices in heavy industries. Until now, regular inspections required constant human presence in areas with high accident risks. Industrial automation, powered by ANYbotics’ advanced technology, reduces these constraints while improving the quality and frequency of diagnostics.

By detecting thermal anomalies, gas leaks, and mechanical malfunctions upstream, robots help prevent serious breakdowns that often involve costly shutdowns. Their continuous presence on site accelerates problem detection and facilitates the planning of technical interventions.

By securing industrial sites, autonomous robotics also helps protect workers and comply with the strictest environmental standards. Efficiency gains and operational cost reductions translate into a significant return on investment for companies. Maintenance thus becomes a strategic lever in a context where competitiveness increasingly relies on infrastructure reliability and durability.

Future prospects for ANYbotics and the robotics of tomorrow

Building on its success and unique positioning, ANYbotics continues to explore new ways to expand the capabilities of its autonomous robots. The future of industrial robotics is heading towards even more integrated systems, paired with sophisticated intelligent software capable of anticipating, analyzing, and even making real-time decisions.

Advances in artificial intelligence and machine-to-machine communication should enable robots to become autonomous actors within connected industrial ecosystems. Eventually, factories could rely on networks of quadruped robots working collaboratively, sharing their data for optimized predictive maintenance and automated risk management.

ANYbotics aims to play a central role in this evolution by continuing to invest in autonomous robotics and technological innovation. The integration of capabilities such as object manipulation or the deployment of complementary drones opens new application prospects. This future promises more human, safer, and more adaptable industrial automation, where next-generation robotics will sustainably revolutionize global industrial production.