How the Austin-based robotics company is combining AI, advanced hardware and real-world training to develop humanoid robots for work
Humanoid robots are moving from science fiction toward practical industrial applications. Among the companies working to make that transition possible is Apptronik, an Austin, Texas-based robotics company developing AI-powered humanoid robots designed to work in environments built for people.
Founded with a focus on advanced robotics and human-centered design, Apptronik has developed Apollo, its humanoid robot platform, while working with major companies and technology partners to explore real-world applications.
The company's recent developments show a shift from simply building a humanoid robot to developing the hardware, data and AI infrastructure needed to operate robots at scale.
Introducing Apollo
Apollo is Apptronik's flagship humanoid robot platform.
The company designed Apollo to perform physical tasks in environments originally created for human workers. Its humanoid form is intended to allow the robot to move through existing workplaces without requiring companies to completely redesign their facilities.
Apollo 2, introduced in 2026, is available in both bipedal and wheeled-base configurations. The modular design allows different mobility approaches to be used depending on the environment and task.
The company describes Apollo as a physical platform for embodied AI, combining mobility, manipulation and interaction capabilities with advanced AI systems.
From Robotics Hardware to Embodied AI
The development of humanoid robots is not only a hardware challenge.
For robots to operate effectively in real environments, they need to perceive their surroundings, understand tasks, interact with objects and respond to changing conditions.
Apptronik's work with Google DeepMind is focused on this intersection between physical robotics and advanced AI.
The companies are working together on ways to combine Google's AI capabilities with Apptronik's humanoid robotics platform. Apptronik says Apollo 2 can be used to collect real-world data that helps support the development of future humanoid robot intelligence.
Robot Park and the Data Challenge
One of Apptronik's notable 2026 developments is Robot Park, a data collection and training facility in Austin.
The company describes Robot Park as part of a growing global network where fleets of Apollo 2 robots can collect real-world data across different environments and tasks.
This is significant because humanoid robots need more than software simulations. Real-world training can expose robots to variations in movement, objects, lighting, workspace layouts and human interaction that are difficult to reproduce completely in controlled digital environments.
Apptronik says Robot Park locations will also expand through customer and partner sites.
Building Commercial Partnerships
Apptronik has also developed partnerships aimed at bringing humanoid robotics into commercial environments.
The company has announced relationships with organizations including Mercedes-Benz, GXO Logistics and Jabil, as it works toward applications in manufacturing, logistics and other industries.
The objective is not simply to demonstrate that humanoid robots can walk or manipulate objects. The larger challenge is creating systems that can perform useful work consistently, safely and economically.
Significant Investment in the Future of Robotics
Apptronik's ambitions have attracted substantial investment.
In February 2026, the company announced a $520 million Series A-X extension, bringing its total Series A funding to more than $935 million and total capital raised to nearly $1 billion.
The funding included participation from investors such as B Capital, Google, Mercedes-Benz and PEAK6, along with new investors including AT&T Ventures, John Deere and Qatar Investment Authority.
The company said the capital would support production, commercial and pilot deployments, robotics training and data collection.
A New Chapter for Humanoid Robotics
The development of humanoid robots is entering a stage where hardware, artificial intelligence and real-world data increasingly need to work together.
Apptronik's approach brings those elements together through Apollo, Robot Park and partnerships across technology, manufacturing and logistics.
Whether humanoid robots ultimately become common across workplaces will depend on their ability to solve real operational problems. Apptronik's current strategy is focused on that transition, moving from robotics demonstrations toward practical systems designed for real-world work.
Editorial Note: Global SME Views selected Apptronik for this editorial spotlight based on its work at the intersection of artificial intelligence, humanoid robotics, embodied AI and the future of industrial automation.
