1X Technologies "Neo": The First Commercial Humanoid Goes on Sale

The "iPhone moment" for humanoid robotics has arrived. **1X Technologies**, the OpenAI-backed robotics firm, has officially begun taking orders for **Neo**, its general-purpose humanoid robot. Manufactured at their new facility in Sunnyvale, California, Neo is the first humanoid designed from the ground up for high-volume consumer and enterprise adoption, featuring a soft, bio-inspired exterior and a price point that challenges the established industrial robotics market.

Neo Cortex: Powered by Nvidia Jetson Thor

At the heart of every Neo unit is the **"Neo Cortex,"** an embodied intelligence engine running on Nvidia's specialized **Jetson Thor** SoC. This hardware provides over 800 teraflops of AI performance locally, allowing Neo to process visual data and motor control signals with sub-10ms latency. Unlike earlier humanoids that required a persistent cloud link, Neo can perform complex domestic and industrial tasks—such as folding laundry, organizing a warehouse shelf, or assisting with elderly care—completely offline, ensuring user privacy and operational reliability in areas with spotty connectivity.

18,000 Tactile Sensors: The Human Touch

What sets Neo apart from competitors like Tesla’s Optimus is its sensory density. The robot is wrapped in a "smart skin" containing over **18,000 tactile sensors**. This allows Neo to feel the world with human-like precision, adjusting its grip strength based on the fragility of an object—whether it's a heavy toolbox or a thin-walled glass. This tactile feedback loop is essential for safe human-robot collaboration, as the robot can instantly detect an unexpected touch and yield its movement to avoid injury.

The Pricing Revolution

1X Technologies has announced a disruptive pricing model designed to accelerate deployment. Customers can purchase a Neo unit outright for **$20,000**, or opt for a **"Workforce-as-a-Service" (WaaS)** lease at **$499 per month**. This lease includes all software updates and periodic hardware maintenance. At this price point, the cost of a humanoid robot is now lower than the annual salary of a warehouse worker or home care assistant, marking the beginning of a profound shift in the global labor economy.

As the first units prepare to ship to early-access partners in June, the launch of Neo signals that the era of "Physical AI" is no longer a research goal—it is a commercially available reality. The successful integration of high-density sensing, specialized silicon, and bio-compatible materials has created a machine that can truly walk among us.