The industrial robotics landscape in the Asia-Pacific region is shifting once again, with a notable expansion strategy taking shape for Swiss-based ANYbotics. The company, known for its development of quadruped robots designed for autonomous industrial inspection tasks, is now setting its sights on the Australian and New Zealand markets. This move is being facilitated through a newly established partnership with Chironix, a collaboration that is set to bring ANYbotics' technology to operators in these two countries.
The news, which surfaced in early 2025, marks a significant step for ANYbotics as it looks to broaden its global footprint beyond its European home base. While the company has established a reputation in the oil and gas sector and other heavy industries across various regions, the entry into Australia and New Zealand represents a deliberate push into a market with substantial mining, energy, and infrastructure assets. The partnership with Chironix is positioned as a strategic alliance, one that combines ANYbotics' hardware and software expertise with Chironix's local knowledge and deployment capabilities.
The announcement does not specify the exact date of the agreement's signing, but the information available points to activity around the February 2025 timeframe. What is clear is that the collaboration is not merely a distribution deal. The scope of the partnership includes strategic investments and deployment support, suggesting a deeper integration between the two firms. This level of commitment indicates that ANYbotics is looking to establish a durable presence in the region, rather than a simple transactional sales arrangement.
For those unfamiliar with ANYbotics' core offering, the company specializes in legged robots, specifically quadrupedal machines that are built to navigate complex industrial environments. These are not laboratory curiosities; they are engineered for the rigors of operational sites, capable of traversing terrain that would stymie wheeled or tracked platforms. The robots are designed to perform autonomous inspections, reducing the need for human workers to enter hazardous zones.
The partnership with Chironix is expected to address the full lifecycle of robotics adoption, from the initial planning stages through to ongoing maintenance. This is a crucial element, as the deployment of autonomous systems in industrial settings requires more than just dropping off a robot at a site. It involves integration with existing workflows, training for personnel, and a support structure that ensures uptime and reliability. By aligning with a local partner, ANYbotics is signaling its intent to provide that comprehensive support framework.
The broader context of this announcement is the accelerating adoption of robotics in industries that have traditionally been slow to change. The oil and gas sector, in particular, has been a focus for ANYbotics, given the inherent dangers of its operational environments. The ability to deploy a robot to inspect a facility, check for anomalies, and collect data without putting a human in harm's way is a compelling value proposition. The expansion into Australia and New Zealand, with their significant natural resource sectors, aligns with this strategic focus.
Product and availability details
Central to the discussion of ANYbotics' expansion is the company's product lineup, particularly the upcoming ANYmal X. This is not just another iteration of the company's existing robots; it is a specialized variant designed for the most demanding environments. The ANYmal X is described as an Ex-certified legged robot, a designation that indicates it is certified for use in hazardous and explosive atmospheres. This is a critical distinction, as standard industrial equipment often cannot be used in areas where flammable gases, vapors, or dusts may be present.
The certification process for explosive environments is rigorous, involving extensive testing to ensure that the equipment cannot ignite the surrounding atmosphere. For ANYbotics, achieving this certification for a legged robot is a significant engineering feat. The ANYmal X is intended to enable safe, continuous inspection in explosive zones, areas where human entry is heavily restricted or prohibited. This capability has the potential to transform maintenance and monitoring routines in facilities such as refineries, chemical plants, and gas processing facilities.
According to the information available, ANYbotics is preparing to start customer deliveries of the ANYmal X. The timeline for bringing this robot to market in Australia and New Zealand is specifically tied to the partnership with Chironix. The plan is to leverage Chironix's investment and deployment support to bring the ANYmal X to market in 2026. This suggests that while the robot may be nearing readiness for general release, the specific rollout in the Australian and New Zealand markets is slated for next year.
The year 2026 is a key milestone for the partnership. It is the target date for making the ANYmal X available to customers in the region, enabling those operations to deploy a robot that can work in explosive zones. The implications for safety and operational efficiency are substantial. Instead of shutting down a unit for manual inspection, or sending a team in with specialized protective gear, operators could deploy the ANYmal X to perform routine checks on a more frequent basis.
Beyond the ANYmal X, the partnership also encompasses the broader ANYmal lineup. ANYbotics has been actively developing its software stack, and a significant development has been the integration with Yokogawa Electric's OpreX Robot Management Core software. Yokogawa, a Japan-based multinational with a strong focus on industrial control and automation, has signed a partnership agreement with ANYbotics to integrate this software with the ANYmal robots.
The OpreX Robot Management Core is designed to provide a centralized platform for managing robot fleets. This integration is a key piece of the puzzle for ANYbotics' customers, as it addresses the challenge of managing autonomous systems within a larger industrial IT ecosystem. Masaharu Maeda, Yokogawa Electric vice president, executive officer, and head of the company’s solutions business division, has spoken about the value of this integration. He notes that through the combined use of the OpreX software with ANYbotics' hazardous environment-proof robot technology, Yokogawa will leverage its extensive global network to provide comprehensive support.
This support is intended to cover all phases of a customer's robotics implementation, from planning to operation and maintenance. This is a significant statement, as it indicates that the integration is not just about software compatibility, but about creating a full-service offering. For customers in Australia and New Zealand, this could mean access to a support network that extends beyond the local Chironix partnership, tapping into Yokogawa's global infrastructure.
The integration with Yokogawa's software is a strategic move for ANYbotics. It positions the company's robots not as standalone devices, but as components of a broader industrial automation strategy. This is likely to appeal to large enterprises that are already using Yokogawa's systems for their process control and automation needs. The ability to manage inspection robots from the same platform used to monitor and control plant operations is a powerful proposition.
What it means for buyers
For industrial operators in Australia and New Zealand, the arrival of ANYbotics' technology, facilitated by the Chironix partnership, signals a new option in the realm of autonomous inspection. The primary benefit, as articulated by the company, is the ability to meet emissions goals while improving operational resilience. This is particularly relevant in the oil and gas sector, where safety is paramount and where there is increasing pressure to reduce the environmental footprint of operations.
The robots' AI-powered software stack is a key differentiator. It enables fully autonomous navigation, collision avoidance, and stair climbing. This is not a remote-controlled device; it is a machine that can be given a task and can figure out how to execute it, navigating complex and remote industrial sites without constant human intervention. The ability to climb stairs is particularly important in industrial facilities, which often have multi-level structures that would be inaccessible to ground-based robots.
For buyers, this translates into the potential for more frequent and consistent inspection routines. A robot can be deployed to check on equipment, look for leaks, or monitor for anomalies without requiring a human to be physically present. This reduces the risk of human error and frees up personnel to focus on higher-value tasks. The data collected by the robot can be fed into analytics systems to identify trends and predict potential failures before they occur.
However, it is important to note what is not disclosed in the available information. Specific pricing for the ANYmal X or other ANYbotics models is not mentioned. The exact capabilities of the ANYmal X in terms of battery life, payload capacity, or sensor suite are not detailed in the source material. While the robot is described as Ex-certified, the specific certification class or standard is not specified. Buyers will need to engage directly with ANYbotics or Chironix to get detailed technical specifications and commercial terms.
The timeline for availability is also a point of consideration. The ANYmal X is slated for market introduction in Australia and New Zealand in 2026. This means that buyers looking to deploy this specific robot in the near term will need to wait. The broader ANYmal lineup, however, is already available, and the integration with Yokogawa's software is an existing capability. This suggests that buyers could start with the current ANYmal models for general inspection tasks and plan for the ANYmal X when it becomes available for explosive zone applications.
The partnership structure also has implications for buyers. The involvement of Chironix as a local partner with investment and deployment support suggests that there will be a dedicated team on the ground to assist with implementation. This is crucial for the successful adoption of robotics technology, as it is not a plug-and-play solution. The integration with Yokogawa's OpreX Robot Management Core software adds another layer of support, particularly for enterprises that are already invested in Yokogawa's ecosystem.
The broader industry context is also worth noting. A recent report highlighted that while more than 500,000 industrial robots are installed worldwide each year, the ecosystem that deploys them remains difficult to map. The report, which examined the relationship between robot vendors and integrators, found that even supposedly simple robots require application expertise, peripheral integration, risk assessments, and process-specific know-how. This underscores the value of partnerships like the one between ANYbotics and Chironix.
The report also noted the long-tail structure of the robotics ecosystem, with a few large groups and thousands of small specialists. This is relevant for buyers in Australia and New Zealand, as it means they may need to navigate a complex landscape of vendors and integrators. Having a clear point of contact through a partnership like this can simplify the process.
For buyers, the key takeaway is that autonomous inspection robotics are becoming more accessible, even for hazardous environments. The combination of ANYbotics' hardware, the integration with Yokogawa's software, and the local support from Chironix creates a pathway for adoption. However, buyers should be prepared to engage in detailed discussions about their specific needs, as the available information does not cover all technical and commercial aspects.
The emissions angle is also worth highlighting. The source material explicitly states that ANYmal is helping operators meet emissions goals. This is likely related to the reduction in the need for vehicles or personnel to travel to and within sites for inspection purposes. By enabling remote and autonomous monitoring, the robots can contribute to a reduction in the carbon footprint of inspection activities.
Operational resilience is another key benefit. In industries like oil and gas, unplanned downtime can be extremely costly. By enabling more frequent inspections, potential issues can be identified and addressed earlier, reducing the risk of major failures. The robots' ability to operate in remote and complex sites also means that inspections can be conducted in areas that might otherwise be difficult to access.
The safety implications cannot be overstated. The ANYmal X, with its Ex-certification, is designed to operate in explosive zones. This means that facilities can conduct inspections in these areas without exposing human workers to the risk of explosion. This is a significant advancement in industrial safety protocols.
In summary, the partnership between ANYbotics and Chironix, combined with the integration with Yokogawa's software, presents a compelling option for industrial operators in Australia and New Zealand. The technology is advanced, the support structure appears robust, and the potential benefits in terms of safety, efficiency, and emissions reduction are significant. However, buyers should approach with a clear understanding of what is and is not known, and be prepared to work closely with the partners to tailor solutions to their specific operational requirements.
Sources
ANYbotics is coming to Australia, New Zealand with Chironix partnership
Published by Vigla Media OÜ (Estonia).