Startup Figure AI Inc. is currently in the process of raising approximately $675 million in funding, with a pre-money valuation estimated at around $2 billion. This funding round involves notable backers such as OpenAI, Microsoft Corp., Nvidia, Amazon.com Inc., Intel Corp.'s venture capital arm, LG Innotek, Samsung's investment group, and various other investors including venture firms and capital partners.
The startup is focused on developing humanoid robots, such as Figure 01, which are designed to undertake hazardous tasks that may not be suitable for humans, thus addressing labor shortages. This initiative represents a significant advancement in applying cutting-edge technology to practical real-world scenarios.
The influx of funding from a range of prominent investors, including major technology companies and venture capital firms, reflects the growing importance of robotics in the AI industry. Additionally, recent developments in the AI robotics sector, including investments in other startups like 1X Technologies AS and the emergence of projects such as Tesla's Optimus robot, underscore the industry's dynamism and potential for innovation.
The investment round, which surpasses the initial target of $500 million, is expected to be finalized soon, with funds likely to be transferred to Figure AI and formal agreements to be signed by Monday. The $2 billion valuation does not include the capital being raised in this round.
Figure previously secured $70 million in funding last May, expressing aspirations to pioneer the commercial use of humanoid robots. This fundraising effort aligns with a broader trend in the AI robotics industry, which has seen increased activity and interest from both investors and companies alike.
Noteworthy projects in the field, such as those by OpenAI-backed 1X Technologies AS and Sanctuary AI's Phoenix robot, along with Tesla's Optimus, highlight the diverse range of endeavors within the sector. Furthermore, established players like Agility Robotics, supported by Amazon, are already making strides with robot testing in practical settings.
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