1X NEO 是真正自主的吗?
The 1X NEO is a bipedal humanoid home robot developed by 1X Technologies (formerly Halodi Robotics), available for pre-order at $20,000 upfront or $499/month subscription, with consumer deliveries planned for 2026. It weighs 66 lbs, runs on Nvidia Jetson Thor, features 22-DOF tendon-driven hands, camera-based navigation (no LiDAR), and a built-in LLM. A critical and well-documented feature is the '1X Expert' teleoperation fallback, where a remote human operator performs tasks the robot cannot handle autonomously — multiple independent sources confirm this is a core part of the service model, not merely a supervisory role. Independent community and press sources raise significant skepticism about the robot's autonomous capability, with critics alleging that marketing footage is largely teleoperated and that the robot is far from delivering on its advertised household task automation claims.
The '1X Expert' feature is not merely supervisory oversight — it is an acknowledged service where a remote human operator takes control of NEO and performs tasks the robot cannot do on its own. This is confirmed by the official product page ('owners can schedule a 1X Expert to guide it through unknown tasks'), a LinkedIn post ('a human that will take control of your Neo'), a YouTube reviewer ('a company representative may need to peer into your house via Neo's camera eyes to get things done'), and multiple community sources. This matches the Remote-Assisted definition exactly: 'a remote human performs some of the tasks for the system (teleoperation fallback for tasks it cannot do on its own).' Independent critics go further, alleging that even the tasks NEO appears to perform autonomously in marketing footage are actually teleoperated, which would push toward Teleoperated — but this stronger claim is not definitively proven from available evidence. The confirmed Remote-Assisted model is the most defensible classification given current evidence. The robot has not been independently verified to complete any household task autonomously without human intervention.
宣称 vs 现实
NEO autonomously handles household tasks (laundry folding, organizing, tidying) using AI, voice/face recognition, and a built-in LLM; '1X Expert' is a supplementary learning tool for unknown tasks
1x.tech ↗Marketing footage is largely or entirely teleoperated; the robot has little to no demonstrated autonomous capability; the '1X Expert' teleoperation fallback is a core operational necessity, not a supplementary feature; critics allege the robot cannot perform even 2% of marketed tasks autonomously
reddit.com ↗Demo videos use deceptive editing (frequent cuts) that prevent verification of continuous autonomous operation; community critics allege footage is teleoperated
reddit.com ↗As of 2025–2026, NEO is still in pre-order with delivery planned for 2026; the 2024 launch did not occur
1x.tech ↗Possible $1B raise at $10B valuation reported by The Information, but unconfirmed; 1X did not respond to comment requests
sifted.eu ↗- 🏢1X | Home Robots
- 🛒Meet the humanoid robot headed for homes
- 🛒You can now pre-order your 1X Neo Home Robot. Yes, no joke -- th
- 🛒1X NEO Home Robot | Order Today
- 🛒1X's humanoid robot 'NEO' is now available to pre-order, with op
- 📰1X starts shipping NEO humanoid robots to US homes
- 📰1X Secures $100M in Series B Funding
- 📰1X begins production of NEO humanoids in California facility - T
- 📰1X Announces Strategic Partnership to Make up to 10,000 Humanoid
- 📰1X NEO Home Robot | Order Today
- 📰Norway’s 1X opens California factory to build 100,000 humanoid r
- 2024 · Bringing Robots Home: The Rise of AI Robots in Consumer El
- 2025 · Current Landscape and Development Trends of Humanoid Robot
- 2025 · Design and Development of Cost-Effective Humanoid Robots f
- 2020 · A robot that keeps it simple: Hello robot wants to reinven
- 2025 · Humanoid robots: from the laboratory to the workplace
- 2023 · Artificial Intelligence: The Significance of Tesla Bot
- Underactuated locomotion-manipulation integration [grasping]
- Assistive wheelchair autonomous navigation [navigation]