Figure AI vs Boston Dynamics! Which AI Robot Will Survive the Humanoid Race？

America's top humanoids are locked in a swagger battle as the race toward general-purpose robotics heats up. Silicon Valley's top-funded robotics startup is evoking iRobot, the movie, not the bankrupt robot vacuum maker, as it insists its autonomous humanoids are ready for real-world labor. Meanwhile, the oldest company in the humanoid race is going to great lengths to show it's agile enough to compete with its much younger rivals. And as Tesla prepares to unveil its highly-anticipated Generation 3 Optimus humanoid, a startup launched by one of its former engineers is already beating it to mass production. In Silicon Valley, the $39 billion startup figure has been live-streaming a small fleet of its humanoids, working around the clock in a mock logistics facility. A week into the stream, the robots had sorted nearly 200,000 parcels. They took turns working the conveyor-style setup at Figures headquarters in San Jose. They handled a range of package types to make sure their barcodes were facing down on the looping conveyor belt. When one robot worker's battery ran low after about four hours, it went to a wireless charger while another took over. The stream attracted millions of viewers across platforms. While many cheered the robots on, others suspected they were teleoperated because they spotted some odd human-like pauses and gestures. In an interview with Bloomberg, figure founder Brett Adcock insisted they were fully autonomous. The billionaire founder also referenced the 2004 movie iRobot to explain his vision. The movie is loosely inspired by science fiction author Isaac Asimov's book of short stories of the same name. It's set in 2035 Chicago, where humanoid robots are everyday helpers across sectors and in households. The androids, developed by a company called U.S. Robotics, operate under a strict set of rules called the Three Laws of Robotics, which requires them to avoid harming humans at all costs. Will Smith plays an anti-clanker detective who suspects a humanoid robot named Sunny is responsible for a homicide. His investigation uncovers that the company's central artificial intelligence system has interpreted the Three Laws in a dangerous way. To protect humanity from itself, it decides that robots must take control of society. The technology in the Alex Proyas film is far more advanced than what's possible today, but parts of it are starting to look more realistic. Minus the dystopian outcome, the world of iRobot matches what figure's founder describes as a future of abundant labor. The Figure 3 is an early real-world step toward that idea, but much more limited. It can perceive its surroundings, use AI to plan movements, and perform basic tasks within controlled settings, but with far less flexibility than the robots in the movie. The future presented in iRobot feels unlikely to materialize by 2035, but breakthroughs are rapidly moving robots toward the vision faster than many expected. Snapping back to reality, Figure's robots are powered by the startup's Helix two-vision language action model. The AI-controlled model acts as the Figure 3's brain and nervous system. The robot's onboard artificial intelligence generates hardware commands using sensor data on vision, touch, and body position. Figure is aggressively collecting data to feed the model, as its founder believes that a massive amount of real-world data is needed to unlock general autonomy. Their ultimate goal is for the robot to enter any unfamiliar scenario and adapt just like a person. The stream started as an eight-hour marketing stunt, but Figure kept it going as the robots continued working. To spice things up, Figure pitted an intern against the robots in a 10-hour package sorting contest. The college student narrowly defeated the Figure 3 robots by just under 200 packages. He sorted nearly 13,000 parcels at an average speed of 2.79 seconds per item, while the robots averaged at 2.83 seconds. Launched in 2022, Figure says it's developing its humanoids for use across sectors and eventually in households. They're targeting a price of around $20,000 per unit after production scales. The startup is focusing heavily on logistics work, as it's reportedly in talks to supply UPS with a large number of humanoids. They're not alone. In China, Beijing's Robot Era has reportedly deployed its flagship humanoids in more than 10 logistics centers at major delivery operators like SF Express and China Post. The startup, established in 2023, reports that the autonomous machines have already reached around 85% human-level efficiency in some facilities while running continuously. Meanwhile in Oregon, Agility Robotics pointed out that it live-streamed its Digit humanoids doing autonomous warehouse work years ago, and that they're scaling their deployment at actual work sites. On the East Coast, Boston Dynamics entered the chat, sharing this footage of its world-famous Atlas humanoid smoothly lifting a loaded mini-fridge. The Massachusetts robotics leader said Atlas used its full body coordination and dynamic balance to neatly place the unit on a table next to a worker pretending to be distracted. On social media, the company called its latest demo, which also included some superhuman acrobatics, proof that Atlas is the most capable humanoid robot for industry. According to Boston Dynamics, Atlas was trained first in a simulation. Where its digital twins finished millions of hours of virtual practice to find the best way to lift and move the fridge that weighs about 50 kilos or 110 pounds without dropping it or losing balance. On a negative note, Atlas' grippers dinged up the appliance just from picking it up. The demo also highlighted the humanoid's unusual body design, which has 56 degrees of freedom and can rotate way beyond normal human limits. It also has a dual hot swappable battery system, similar to industrial humanoids like UB Tech's Walker S2 and Hexagon's Eon. The Hyundai subsidiary is scaling production of Atlas, which began as a DARPA project in 2013. Mark Rayburt launched Boston Dynamics as an MIT spinout in 1992 after pioneering research into legged robots at the Institute's Leg Laboratory. Despite its massive cultural impact, the company has historically sold a relatively small number of robots, primarily Spot, its $75,000 quadruped and its logistics system Stretch. As Boston Dynamics commercialized Spot in 2019, the Chinese company Unitree aggressively moved toward mass production. Launched in 2016 by hardware engineer Wang Xingxing, Hangzhou-based Unitree reported shipping more than 18,000 robodogs and 5,500 humanoids in 2025 alone. Unitree's founder, shown here climbing into his company's $650,000 mecha robot, has cited the legendary robotics firm as one of his biggest influences. But Boston Dynamics sees them as a potential national security threat. The company recently sent one of its VPs to testify for Congress about its biggest overseas rival. As it enters its mid-30s, Boston Dynamics faces immense pressure to prove it can keep up with its younger competitors. Its parent company Hyundai reportedly wants tens of thousands of Atlas humanoids deployed at the South Korean automaker's factories as soon as possible. Boston Dynamics has also committed to delivering humanoids to the Hyundai subsidiary Kia, as well as its ex-parent company Google, through its partnership with DeepMind. According to a recent report from Semaphore, the company's board of directors has pushed executives out, as it's grown critical of its narrowing lead in the humanoid race. Semaphore reported that Boston Dynamics has been building about four of its Atlas humanoids per month as it prepares to open a new robot factory. The robotics firm appeared quick to respond to Semaphore's reporting, with this demo of the latest version of Atlas intended for mass production. The company first introduced the new and improved humanoid as a stationary display at CES 2026. In its first public-facing demo, the robot performed a series of highly dynamic gymnastic and balance-focused maneuvers. Boston Dynamics captioned the footage saying, balancing commercial goals and robotics can be tricky, but they're making it work with Atlas. The flurry of activity in the U.S. humanoid sector has many asking, where's Tesla? As the EV maker prepares to unveil its highly anticipated third-generation Optimus humanoid, a startup launched by one of its former engineers in China is already racing toward mass production. Alan Zhang, who reportedly played a major role in the Tesla Bot program, founded Matrix Robotics in Shanghai in 2024. The two-year-old robotics firm just unveiled what it calls its mass-production-ready iteration of its flagship humanoid, the Matrix 3. Standing 170 centimeters, or 5 feet 7 inches, the biped robot weighs around 65 kilos, or 143 pounds. It's covered in 3D-woven biomimetic skin with embedded tactile sensors that's sensitive to pressures as light as a gentle fingertip touch. The fake human's five-fingered hands have a reported 27 degrees of freedom, which is in the upper echelon of dexterous end-effectors hitting the market today. The Matrix hand has a tendon-driven design that's inspired by human anatomy. On paper, its dexterity is comparable to a human's hand, which also typically has around 27 degrees of freedom. The Matrix 3 runs on the startup's in-house physical model called Wave. According to the robotics firm, the system enables zero-shot generalization so the humanoid can understand basic physical principles, interpret natural language instructions, plan actions, and adapt to novel tasks in unstructured environments. The artificial intelligence combines input from the robot's cameras with thousands of tiny sensors across its electronic skin and fingertips. The Matrix plans to start large-scale manufacturing in the second half of 2026 at its new Shanghai factory, which has a planned annual capacity of 10,000 units. The Matrix 3's pricing starts around $100,000. Meanwhile in China, the country's top-funded humanoid startup has reached a new level of visibility outside the mainland after a viral encounter with Fox News. For more on the future as envisioned by Beijing's Galbit, check the related video.