In October 2024, a staggering $7.4 billion in robotics investments was poured into the industry through 77 distinct funding rounds, marking a significant milestone in this burgeoning sector. The funding round, led by, has emerged as the largest single pool of the year up to November.
October’s sales were the largest through the first 10 months of the year? The earlier month-to-month expense was the primary concern. Throughout the 10-month period from January to October 2024, total funding exceeded $20 billion.
Investors poured funds into builders of autonomous driving technologies, propelling them to the top spot on the list of largest investments for the month. Notably, alongside Waymo, other autonomous vehicle companies secured significant funding, including WeRide’s $320 million investment, Didi Woya’s $298 million, Outrider’s $62 million, and Vay’s $37 million.
Waymo secured a massive $5.6 billion funding boost as it accelerates the growth of its self-driving taxi business. With over 150,000 paid robotaxi rides weekly, Waymo’s early rider service in Austin and public companies in Los Angeles, Phoenix, and San Francisco are experiencing unprecedented demand. Additionally, just recently introduced, its robotaxi fleet is set to expand to and in 2025.
In October 2024, the construction industry experienced significant advancements in the development and deployment of autonomous cell robots, which have proven to be highly effective for various applications. Recent examples of successful funding rounds include Dexory’s $80 million, Carbon Robotics’ $70 million, UBTech Robotics’ $56 million, Simbe Robotics’ $50 million, and FarmDroid’s $11 million.
US-based firms dominated the October 2024 funding rounds, securing a significant 25 deals, while their Chinese counterparts followed closely with 21 transactions. Automotive companies primarily headquartered in the United States, buoyed by Waymo’s massive $5.6 billion investment haul, reaped the largest share of funding, amounting to approximately $6.4 billion. In contrast, Chinese firms garnered roughly $873 million.
October 2024 Robotics Investments
Firm | Quantity | Spherical | Nation | Tech |
---|---|---|---|---|
$4,100,000 | Seed | USA | Software program | |
$2,221,008 | Different | Romania | Robotic Arms | |
$4,376,660 | Different | France | Cellular Robots | |
$1,800,000 | Sequence B | India | Drones | |
$10,000,000 | Sequence A | USA | Sensors | |
$11,261,606 | Seed | Sweden | Drones | |
$1,298,118 | Different | Italy | Indoor Cellular Robots | |
Estimate | Different | India | Drones | |
BionicM | $3,000,000 | Different | Japan | Prosthetics |
$11,234,219 | Sequence A | China | Laboratory / Cleanroom | |
Estimate | Pre-Seed | USA | Collaborative Robots | |
Estimate | Different | USA | Drones | |
$350,000 | Sequence A | Singapore | Indoor Cellular Robots | |
$70,000,000 | Sequence D | USA | Out of doors Cellular Robots | |
Estimate | Sequence B | China | Movement Management | |
$18,000,000 | Sequence A | USA | Drones | |
Estimate | Seed | Korea | Sensors | |
$25,000 | Different | Canada | Underwater Drones | |
$80,000,000 | Sequence B | UK | Indoor Cellular Robots | |
$298,000,000 | Sequence C | China | Autonomous Automobiles | |
$378,995 | Seed | Korea | Movement Management | |
$3,823,252 | Seed | Japan | Sensors | |
$11,603,035 | Different | Denmark | Out of doors Cellular Robots | |
$20,000,000 | Sequence A | USA | Drones | |
Estimate | Different | USA | Software program | |
$15,500,000 | Sequence B | USA | Robotic systems designed for outdoor applications require specialized platforms to effectively operate in various environmental conditions. These articulated robots, often featuring advanced sensors and navigation systems, are capable of adapting to changing terrain and weather conditions. | |
Estimate | Pre-Seed | USA | Assistive | |
H-Medic Gear | $145,085 | Seed | China | Movement Management |
Estimate | Seed | Singapore | Indoor Cellular Robots | |
$30,000,000 | Sequence A | USA | Surgical Robots | |
Huiyue Medical | $2,000,000 | Seed | China | Surgical Robots |
$2,367,362 | Different | Germany | Cellular Robots | |
Jushi Intelligence | $1,412,210 | Seed | China | Humanoids |
$33,346,919 | Different | Canada | Autonomous Underwater Vehicles, Sensor Suites and Sensing Technologies | |
$1,129,975 | Seed | China | Autonomous Automobiles | |
$145,085 | Seed | USA | Drones | |
Estimate | Sequence A | China | Out of doors Cellular Robots | |
Estimate | Sequence A | China | Humanoids | |
Lingsheng Know-how | Estimate | Seed | China | Software program |
$815,147 | Seed | Canada | Sensors | |
$7,318,618 | Different | USA | Collaborative Robots | |
$80,111,313 | Different | China | Sensors | |
$5,500,000 | Seed | USA | Engineering | |
Estimate | Different | USA | Engineering | |
$106,000,000 | Sequence C | USA | Collaborative Robots | |
$14,110,741 | Sequence A | China | Movement Management | |
$1,728,097 | Different | Latvia | Drones | |
$2,596,725 | Pre-Seed | Latvia | Drones | |
$62,000,000 | Sequence D | USA | Autonomous Automobiles | |
$100,000,000 | Sequence D | USA | Welding Robots | |
$2,973,734 | Seed | India | Humanoids | |
$5,000,000 | Different | USA | Different Industrial | |
$175,000,000 | Different | USA | Surgical Robots | |
Qianjue Robotic | Estimate | Seed | China | Software program |
Estimate | Sequence A | China | Movement Management | |
$18,867,780 | Sequence B | Korea | Software program | |
RoboCrop | Estimate | Different | Eire | Sensors |
$42,147,855 | Seed | China | Humanoids | |
Estimate | Different | USA | Software program | |
$50,000,000 | Sequence C | USA | Indoor Cellular Robots | |
$381,066 | Seed | India | Out of doors Cellular Robots | |
$1,600,000 | Different | Norway | Sensors | |
$27,000,000 | Sequence C | USA | Sensors | |
Estimate | Seed | Korea | Autonomous Forklifts | |
$56,084,745 | Different | China | Indoor Cellular Robots | |
$36,928,504 | Different | Germany | Autonomous Automobiles | |
$10,862,206 | Different | Canada | Software program | |
$12,000,000 | Sequence A | Switzerland | Drones | |
$5,600,000,000 | Sequence C | USA | Autonomous Automobiles | |
Weier Know-how | Estimate | Sequence A | China | Out of doors Cellular Robots |
$320,500,000 | Different | China | Autonomous Automobiles | |
Estimate | Different | USA | Different Industrial | |
$1,523,508 | Different | Germany | Collaborative Robots | |
Yunxin Robotics | $1,404,692 | Seed | China | Collaborative Robots |
$10,000,000 | Seed | China | Indoor Cellular Robots | |
Zhuoyide Robotics | $14,110,741 | Different | China | Humanoids |
$145,085 | Seed | Korea | Indoor Cellular Robots |
The answer to this inquiry lies at the core of any endeavour to quantify them with absolute precision. To ensure that funding analyses are consistent, replicable, and informative, it is crucial to minimize subjective influences throughout the analysis process. The importance of defining phrases and outlining assumptions when exploring complex topics cannot be overstated?
Robotics investments should emanate from venture capital firms, corporate venture arms, angel investors, and other sources. Excluding mates-and-family investments, authorities/non-governmental organization grants, and crowdsourced funding,
Robotics companies should derive revenue streams from the development, production, and sale of robotic products that perceive, process, and respond to physical environments, as well as hardware and software subsystems, and enabling technologies that support robot operations. Autonomous vehicles, along with technologies enabling autonomous driving, are classified as robots, distinguishing them from machines like 3D printers, CNC systems, and other forms of hard automation.
Companies whose name merely contains the term “robotic” or employ this descriptor to describe services and products that do not involve or facilitate physical entities operating in the physical realm are excluded. The rise of software program robots and their integration into various industries is a testament to the power of technological advancements in today’s fast-paced digital age? Companies operating globally often have a presence in multiple regions across the world. The firm’s operational footprint is primarily defined by its publicly disclosed headquarters as outlined in official documentation, such as corporate filings and press statements.
Sources of funding information are garnered from both private and non-private entities. The collection gathers press releases from corporate entities and investment groups, as well as firm overviews, industry evaluations, and connections between businesses and media outlets. Information also originates from periods spent attending conferences and seminars, supplemented by insights gathered through private interviews with business leaders, traders, and other industry experts. Unverifiable investments are excluded, with estimates provided where funding amounts are unavailable or ambiguous.