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The era of humanoid robots has taken significant strides forward in recent years, with the likes of Asimo and Aero-Blue showcasing remarkable abilities to carry out simple tasks. However, if we envision a future where robots seamlessly integrate into human workforces, task chaining is a vital skill to conquer. This ability to string together multiple tasks to achieve a larger goal is what will truly unlock the potential of humanoid robots in our daily lives.

1X Robotics, a pioneering startup with backing from Nvidia and OpenAI’s ChatGPT, is on the brink of making task chaining a reality. Since its establishment in 2014, 1X has tirelessly worked towards developing autonomous functionalities for Eve, their flagship robot designed to assist in warehouses and household duties. Recent advancements have brought Eve ever closer to workflow optimization through the seamless chaining of small tasks.

In a recent blog post, 1X AI lead Eric Jang disclosed a breakthrough in their research. They have successfully constructed a voice-controlled natural language interface capable of merging multiple short-horizon behaviors into long-horizon capabilities. In the realm of artificial intelligence, “short-horizon” refers to tasks with limited scope and duration, while “long-horizon” encapsulates complex and overarching objectives.

This innovative development signifies a remarkable leap forward in the evolution of humanoid robots. By enabling Eve to effortlessly chain different tasks, 1X Robotics paves the way for robots to tackle larger and more intricate assignments autonomously. Whether it be managing complex workflows in warehouses or assisting individuals with everyday tasks, the potential applications of this breakthrough are far-reaching.

The advancements made by 1X Robotics are not only a testament to their engineering prowess but also a testament to the growing capabilities of humanoid robots. As the boundaries of AI and robotics continue to be pushed, the possibilities for a future where human-like robots support and augment our abilities become increasingly tangible. With task chaining on the horizon, we inch closer to a reality where robots seamlessly collaborate with humans, ushering in a new era of productivity and efficiency.