Your signal. Your price.
Clone Robotics CEO Rad Krishnan said the company uses hydraulic artificial muscles instead of the electric motors and tendon-pulley systems common in humanoid robots. Pressurized fluid contracts a rubber tube inside a braided sleeve, producing linear motion; Krishnan said this approach could cost a fraction of motor-actuated designs while preserving human-sized strength and movement.
Krishnan said he began pursuing androids as a lifelong goal, built a one-megawatt plasma thruster at 13, and met his Polish co-founder on Facebook in 2020. He moved to Poland in 2021 to start Clone Robotics, after deciding that hydraulic muscle technology and newer deep-learning methods made the project viable.
Krishnan said Clone plans to deploy human-level torsos in enterprise settings before complete androids, with assembly-line and manufacturing work as early uses. He expects complete home robots in two to three years, described 2027 as a possible first deployment year, and cited $25,000 as a potential affordable price while also envisioning luxury models.
Krishnan said Clone is betting that open models and human-generated data will supply much of the robot’s intelligence, while the company focuses first on proprietary hardware. He expects models to turn over quickly and plans to adapt open-weight checkpoints with robot data, simulation, motion capture, and reinforcement learning.
Field says Roomba's blocked sale to Amazon was followed by bankruptcy and the market shifting to China, making the antitrust outcome counterproductive from a U.S. perspective. He uses the case to argue that regulatory ideals can have damaging practical effects.
Wood says AI in household robots creates distinct risks from software agents, especially when robots receive broad instructions such as protecting a child at all costs. A robot could misidentify a parent as a threat while trying to follow that order.
A UK restomod company modernized the Mark I Ford Escort with 330 horsepower while keeping its weight to 900 kilograms. Max and Q and A saw small-scale vehicle modifications as part of a wider opening for people to build or adapt physical technology with open-source tools and AI.
Constant Méheut said Russia introduced jet-powered drones over the summer that fly at about 370 miles per hour, roughly three times faster than older propeller-driven models. Ukraine is developing AI-guided jet-powered interceptors, but the technology is not ready.
Don Wineland says the US leads brain-computer interface research because its labs and universities have worked in the field for years. Neuralink has advanced invasive implants, while BrainCo, founded by a Chinese student in the US, makes non-surgical bionic limbs that read arm signals.
The Y Combinator Robo Dojo benchmark showed frontier model execution costs for physical robot subtasks fell 84 percent from $2.36 in July to $0.38 in September. Emad Mostaque notes generalist AI models now outperform specialized robotics systems by demonstrating zero-shot 3D spatial reasoning.
Salim Ismail disputes concerns over technological unemployment, noting 79 percent of corporate workers report job dissatisfaction. Reducing living costs for a four-person household to $12,000 annually through AI and robotics will shift humans from industrial labor to purpose-driven pursuits.
Dave said AI could make intellectual-property enforcement either more workable or obsolete, depending on whether AI systems can manage licensing and resolve disputes quickly. Salim expects users to delegate model selection to trusted agents, while Peter argued personal robots could become broadly affordable as prices fall.
Dr. Matthew McDougal says Neuralink’s near-term goal is to help people with severe spinal cord injuries use motor intentions to control computers. The implant records signals from motor cortex, allowing users to operate a cursor, keyboard, or potentially a prosthetic device.
Dr. Matthew McDougal says Neuralink’s robot places tiny electrodes because human hands cannot insert them with sufficient precision around dense brain blood vessels. A neurosurgeon still opens the skin and skull and presents the brain surface for the robot to work on.
Dr. Matthew McDougal clarifies that Neuralink’s first clinical goal is digital control, not reconnecting a patient’s brain to their own limbs. Reconnecting the body is a later objective, and he says the current device is intended for people with serious medical needs.
Dr. Matthew McDougal says Neuralink is developing a way to bypass spinal cord damage by linking a brain implant to a spinal cord implant. The approach would send intact motor signals to spinal circuitry below the injury, which he says may still be functional.
Carlson argues the United States is geographically difficult to invade because the Atlantic and Pacific separate it from other continents. He says leaders magnify threats to make people easier to control, and criticizes Trump’s claim that a White House ballroom roof would serve as a drone port.
Brett says Starfall could deliver a container from orbit to nearly anywhere on Earth within an hour, enabling rapid delivery of drones or other physical assets. He cites Mach 33’s estimate that returning cargo currently costs far more than launching it.
Brett sees military delivery as Starfall’s clearest near-term market: a rapid drop of drones or equipment could reach remote locations without conventional logistics. Microgravity manufacturing remains uncertain because products must justify transport costs, delayed delivery, and custom automated equipment.
Brett argues that orbital drone delivery could change force projection by making smaller, cheaper drones viable closer to their targets. He compares the strategic shift to machine guns and tanks, and says the Ukraine war has exposed how drone warfare changes military tactics.
Turkle’s “relational artifacts” include Tamagotchis, Furbies, robotic dogs, and Paro seal robots, which invite care rather than merely obeying instructions. Turkle argues that nurturing can create attachment: people often come to love what they care for.