We collect insights and ease labor by connecting AI with the physical world using autonomous machines.
Our SolutionWe empower mobile robots to navigate diverse environments and transform efficiency across industries. Our autonomous solutions address labor shortages, reduce costs, enhance insights, and prioritize safety, all while optimizing your specific processes. If you’re looking to integrate robotics for applications in security, monitoring, construction, or logistics, join our beta program and be part of the next revolution in smart robotics. Enhance the safety and efficiency of your operations—contact our sales team to get started.
Reduce 24/7 labor costs and eliminate downtime of your facility or process!
Super-human sensors empower robots to capture real-time data indluding customized analytics!
Automate routine tasks to avoid mundane jobs, preventing errors from human fatigue and biases!
Enhance human safety and eliminate the need for lifting heavy payloads!
An ideal mobile robot must excel in mobility, overcoming obstacles with speed and efficiency while carrying substantial payloads—benchmarks that existing robots have yet to fully meet. Widespread adoption has been hindered by limitations in real-world reasoning. To overcome these challenges, we have developed an end-to-end solution that combines wheeled-legged robots with our advanced embodied AI. Our robots can walk, drive, stand upright, open doors, and manipulate packages, showcasing the versatility of our approach in addressing real-world challenges such as mobility, autonomy, and manipulation. With this integration, we are driving the next wave of automation, advancing beyond the era of static robotic arms.
Up to 6 m/s (22 km/h or 14 miles/h), 5 h battery life and long distances!
Overcomes challenging obstacles and enables navigation everywhere!
Can carry tools, materials, goods, and sensors with payloads up to 60 kg!
Transitions between driving and walking on four and two legs!
Large-scale reality capture replicates the real world digitally!
Reinforcement and supervised learning to connect AI with the real world!
We have expanded our reach across sectors such as security, monitoring, construction, and logistics to address the growing global challenge of labor shortages. Our focus is on delivering two versatile solutions tailored to different use cases: one engineered for seamless transport of goods, and another designed for advanced monitoring capabilities. These state-of-the-art solutions not only enhance cost efficiency but also prioritize worker safety and well-being by alleviating the burden of repetitive tasks and providing valuable operational insights.
The robot patrols and reports anomalies. In emergency scenarios, it assesses the situation before the security team arrives.
The robot, equipped with multi-modal sensors, excels at detecting anomalies, thereby minimizing facility downtime.
Through routine quality and progress tracking, the construction manager can automatically spot safety hazards and construction mistakes early.
General-purpose platform for urban environments, allowing various logistic applications by carrying goods, materials and tools.
At ETH Zurich's Robotic Systems Lab, the founders spent six years pioneering research in robotic intelligence and wheeled-legged robots, focusing on robot design, mobility, autonomy, and manipulation. For more details on their research, see the videos here. At Swiss-Mile, we are further advancing and commercializing embodied AI to address real-world robotics challenges. By integrating reinforcement and supervised learning into a unified framework, we enable robots to autonomously learn from scratch and adapt based on real-world deployments. This approach allows us to generate and scale novel robotic behaviors, continually refining them through data collected from both real-world environments and synthetic scenarios. Our versatile AI framework can bring any robotic system to life, independent of its embodiment.
The video showcases our latest milestone in commercializing our technology. This platform empowers us to achieve an operational duration of 5 hours on a single battery charge, while also boasting the capability to handle payloads of up to 60 kg.
Incorporated in April 2023 as a spin-off from ETH Zurich, Swiss-Mile aims to relieve humanity from strenuous and tedious tasks by connecting AI with the physical world, creating truly autonomous robots. We join forces with world-class talent in embodied AI and robotics, tackling the most challenging aspects of mobility, autonomy, and manipulation.
29th of August, 2024
