The development of general-purpose robotics relies heavily on hardware that can support complex tasks and environments. Without capable hardware, robots struggle to perform at the level required for versatility in various applications like manufacturing, healthcare, and service industries. This limitation has stifled innovation and slowed down the integration of robotics into everyday life.

Good hardware forms the backbone of any AI system, determining the speed, efficiency, and capability of algorithms. High-quality hardware allows AI to process data quickly and efficiently, leading to better decision-making and learning. As AI evolves, the demands on hardware will increase, making it essential for companies to invest in top-notch infrastructure to remain competitive.

By committing to hardware ownership, Figure ensures full control over its technology stack, allowing for greater customization and optimization. This strategic choice enables the company to innovate rapidly and adapt its products to meet the specific needs of its customers without being tied to third-party limitations or delays.

Investing in high-quality hardware often requires significant financial resources upfront. This expenditure is a necessary gamble for long-term growth, as it can lead to superior products that command a higher market price and foster customer loyalty in return.

Robotics involves numerous interconnected systems and technologies, all of which must work seamlessly together. Embracing complexity means recognizing the challenges upfront and developing strategies to address them. Only by doing so can a company hope to succeed in creating sophisticated robots capable of functioning in real-world environments.

To achieve these hardware capabilities, Figure assembled a world-class team of over 100 hardcore engineers to design the entire robot from scratch. A talented team is vital for tackling the multifaceted challenges in robotics.