Figure 01 is the first commercially viable humanoid robot with integrated AI

We are now increasingly aware of what artificial intelligence can do. Thanks to the advent of ChatGPT and other AI models such as Gemini, AI in a more advanced form compared to what we conceived only a few years ago is now an integral part of our lives. Robotics, the natural beneficiary of this technology, could only evolve in this direction. Figure AI became the first AI-integrated robotics company of its kind to bring to life a general-purpose humanoid robot, the Figure 01.

AI figures: innovation and ambition

The company Figure AI stands out as a leader in the field of AI robotics, announcing an impressive fundraising of $675 million. With backing from big names like Jeff Bezos, Nvidia, Microsoft and OpenAI, Figure AI is valued at $2.6 billion , signaling the growing importance of humanoid robots in modern industry.

Founded in 2022, Figure AI is committed to the development of general-purpose humanoid robots, known as Figure 01, that emulate human appearance and movements. Figure AI's goal is ambitious: to create robots capable of operating autonomously in a variety of work environments , including manufacturing, shipping and logistics, warehousing and retail, addressing the challenges posed by labor shortages, improving productivity and minimizing the risks for workers in dangerous environments.

A vision shared between tech giants

The significant funding obtained demonstrates the trust and interest of the giants of the technology and artificial intelligence sectors in the Figure AI project. This support not only accelerates the development of Figure 01 but also paves the way for strategic collaborations. Significantly, Figure AI has partnered with OpenAI to develop next-generation AI models for humanoid robots, and will use Microsoft's Azure cloud services for AI infrastructure, training and data storage.

Figure 01: a prototype in action

Recently, Figure AI released a video demonstration of the Figure 01, showcasing its capabilities in a real-world working environment. The robot, attached to a safety rope, walks on two legs and uses its articulated hands to lift and carry crates, highlighting the revolutionary potential of these systems in improving operational efficiency.

The Figure 01 humanoid robot stands out for its impressive technical features, designed for a wide variety of real-world applications. With a height of 1.68 meters, this robot has human dimensions that facilitate interaction and integration into existing work environments. It can handle a payload of up to 20kg, making it extremely useful in tasks that require carrying and manipulating objects. The weight of the robot itself is 60 kg, an optimal balance that guarantees stability and agility in movements.

Its 5-hour battery life allows you to carry out prolonged activities without the need for frequent charging, while a speed of 1.2 m/s ensures that it can move effectively within dynamic environments. Operating on an all-electric system, the Figure 01 demonstrates a commitment to sustainable solutions compatible with a clean energy future.

Possible uses of Figure 01

Figure 01 is the first commercially viable humanoid robot with integrated AI

Figure believes its robots can one day help solve possible labor shortages in manufacturing jobs and, generally, “enable the automation of difficult, dangerous or tedious tasks.” Although it is not yet clear how well current humanoid robots can actually perform these types of tasks, Figure, as previously mentioned, recently published a video in which its Figure 01 model slowly walks towards a stack of crates, grabs one with its hands his two hands and loads it onto a conveyor belt. The company claims that the robot performed the entire job autonomously. This demonstration highlights the technological advancement achieved by the robot and the potential significant impact on productivity and safety in the workplace, reducing the need for human intervention in potentially dangerous or repetitive environments.

Proponents of humanoid-style robots say their two-legged shape makes them better suited to climbing stairs and navigating uneven or unpredictable terrain than more common wheeled or tracked alternatives. The technology behind these types of robots has made significant strides since the clunky accidents of years past. Speaking to Wired last year, Figure's Chief Technology Officer Jerry Pratt said Figure's robots could complete the Pentagon test route in a quarter of the time the machines took in 2015, thanks in part to advances in computer vision technology. Other bipedal robots, such as Boston Dynamics' Atlas , are already capable of performing backflips and throwing large objects.

A growing market

Figure 01 is the first commercially viable humanoid robot with integrated AI

Although the humanoid robot market is still in its early stages, projections indicate significant potential. Goldman Sachs estimates the market could reach $38 billion by 2035, with shipments expected to exceed 250,000 units in 2030 . This growing interest in humanoid robots, underlined by ongoing research and investments, indicates a clear direction towards the broader integration of these technologies into the productive and social fabric.

Figure 01: towards a collaborative human-robot future

Figure AI's ambition to create humanoid robots capable of carrying out everyday tasks autonomously requires significant developments in artificial intelligence systems and robotics. This challenge is not only technical but also social and ethical, as the integration of humanoid robots into daily work raises important questions regarding deployment, safety and human-machine interaction.

With the support and collaboration of tech industry leaders, Figure AI positions itself as a pioneer in the research and development of humanoid robotic solutions, aiming to shape a future where technology and humanity advance together towards new horizons of progress and well being.

The article Figure 01 is the first commercially viable humanoid robot with integrated AI was written on: Tech CuE | Close-up Engineering .