One Roof, Four Weeks: Inside 1X’s Vertical Speed Hack as NEO Ramps for 2026 Deliveries

1X Technologies claims a four-week iteration cycle from initial CAD design to a finished, functional humanoid robot.
CEO Bernt Børnich expressed heightened confidence that the NEO humanoid will be capable of attempting "almost anything" autonomously upon delivery later this year.
The company maintains that its strictly vertically integrated model in Hayward, California, is a strategic necessity for rapid learning and supply chain security.
While 2026 marks the first consumer shipments, 1X identifies 2027 as the year the platform will achieve "meaningful impact" for average users through refined utility and scale.

As the "humanoid production war" intensifies, 1X Technologies has provided its most intimate look yet at the 58,000-square-foot "NEO Factory" in Hayward, California. In a new facility tour and interview with Roberto Nickson, 1X leadership detailed a manufacturing philosophy that prioritizes total internal control as the key to winning the race for a domestic assistant.

The Four-Week Speed Hack

While competitors often grapple with global lead times for specialized actuators and sensors, 1X VP of Operations Vikram Kothari and CEO Bernt Børnich revealed that the Hayward facility operates on a rapid four-week cycle from CAD design to finished robot. This agility is powered by the company's commitment to building "everything from scratch" under one roof—including motors, wiring, and 22-DoF hands.

A large-scale mural on a factory wall depicting a father, mother, and young child walking along a path toward a futuristic landscape with domes and mountains. Walking alongside them is a beige-colored NEO humanoid robot carrying grocery bags. — This mural inside the 1X factory represents the company’s 'north star' vision: a future where the NEO humanoid is fully integrated into human society to extend capabilities rather than replace people.

CEO Bernt Børnich framed this vertical integration as a "discipline of science," arguing that the ability to retool a production line in response to new research is what will define the next decade of robotics. This "speed hack" allows 1X to bypass the geopolitical supply chain volatility that has plagued other hardware startups.

Roberto Nickson

@rpnickson

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I toured the only factory in America building humanoid robots from scratch. Last month, I got an exclusive first look at the facility making NEO— the humanoid robot launching into consumer homes later this year. It is the most vertically integrated humanoid robot factory in

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6:42 PM · May 12, 2026

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A "Big Claim" for Autonomy

Perhaps the most striking takeaway from the tour was Børnich’s evolving stance on autonomy. While 1X has been famously transparent about its human-in-the-loop "Expert Mode", Børnich now claims that the 1X World Model (1XWM) has reached a state where the robot can "attempt almost anything" autonomously straight out of the box.

"When you get your NEO, it'll be able to attempt almost anything," Børnich stated, though he cautioned that the robot might still fail as it continues to learn in new environments. This marks a notable shift in confidence compared to earlier reports where success rates for complex tasks like scrubbing hovered around 20%. Børnich attributes this progress to the "omni-model" approach, where vision, touch, and motor control collapse into a single intelligent backbone.

Safety through Simulation

Addressing the inherent risks of bringing 66-pound machines into homes, Børnich emphasized that safety is being treated as a cognitive capability rather than just a mechanical one. The world model acts as a "mental simulator," allowing NEO to search through potential futures to identify the safest path for an action.

"My brain automatically simulates what can go wrong," Børnich said, using the example of carrying hot liquid near children. "The world model allows us to do the same." This software layer complements NEO’s passively safe tendon system, which is designed to be compliant and low-energy to prevent catastrophic collisions.

The Privacy Parallel

On the sensitive topic of data collection and teleoperation, Børnich doubled down on his defense of remote "Expert" oversight. He compared the vetting process for 1X operators to that of a traditional human cleaning service, suggesting that 1X’s centralized oversight provides a "better, more secure" alternative.

The company maintains that data transparency is paramount, and while the NEO Cortex utilizes cloud compute for its "big AI model," the user remains in control of what is shared and stored.

2027: The Year of True Utility

While the $20,000 android is set for its first consumer deliveries by the end of 2026, Børnich identified 2027 as the true "impact year."

"2026 is finally the year where we're going to finally get to experience this... and I think 2027, for most people, this will have an impact in their life," he predicted. This timeline aligns with 1X's aggressive goal to scale production capacity to 100,000 units annually by the end of 2027, potentially moving humanoids from a "pre-order curiosity" to a pervasive presence in American households.