AGIBOT livestreams humanoid fleet from an active factory floor

For six days — June 23 to 28, 2026 — AGIBOT will livestream from an active Longcheer Technology factory in Nanchang. Cameras will show multiple G2 humanoid robots working a quality-inspection section on a live tablet production line, alongside human operators, without scripts or staged conditions.

Key takeaways

AGIBOT's livestream runs 6 days (June 23–28, 2026) from Longcheer Technology's tablet production plant in Nanchang, Jiangxi Province.
Multiple G2 robots will handle a full quality-inspection section on an active production line — not in a laboratory.
The initiative is a direct response to Figure AI's 200-hour autonomous marathon held at its Sunnyvale headquarters.
During a prior 140-hour trial at the same facility, AGIBOT's robots achieved 310 units per hour throughput with over 99% operational success rate.
In March 2026, AGIBOT confirmed its 10,000th robot rolled off the assembly line.

A battle for transparency

The humanoid race is no longer fought only in research labs — it plays out on camera. In May 2026, Figure AI completed a 200-hour continuous livestream from its Sunnyvale test center, where its Figure 03 fleet processed nearly 250,000 packages. It was a meaningful demonstration of hardware endurance.

Critics pointed to a key weakness, however: sorting packages inside a highly optimized corporate loop is an environment where every variable is controlled by the manufacturer. The robots were never tested by anything they were not designed for.

AGIBOT chose a different path. The Longcheer factory is a consumer electronics production facility whose schedules, workflow pace, and ergonomics are not adapted for demonstration purposes. Operators move on their own schedules. Equipment malfunctions interrupt production at unpredictable moments. This is not a lab — and that is precisely the point.

What the cameras will show

The broadcast focuses on the quality-inspection section of the tablet assembly line — a stage where both precision and movement sequencing directly affect the entire line's output. Viewers will be able to assess how the robots:

coordinate movement through the factory floor with other units,
respond to the presence of human workers,
maintain stability across successive shifts without hardware rotation.

For Agility Robotics and other Western firms, the question is whether AGIBOT can hold that performance level under continuous, multi-day public exposure.

Operational background

AGIBOT announced its first Longcheer Technology deployment during AI Week in April 2026. The G2 robots handled Multimedia Integrated Testing (MMIT) stations — loading and unloading tablet testing devices. The company reported that a 140-hour trial concluded with over 99% operational success at 310 units per hour (UPH).

AGIBOT internally labels all of 2026 as "Deployment Year One" — a year intended to shift the narrative from technical demos to delivering return on investment for industrial customers. In March 2026, the firm confirmed its 10,000th robot had rolled off the line, making it one of the few players with genuine mass-production scale.

AGIBOT's system architecture is built around a "One Robotic Body, Three Intelligences" framework — integrating locomotion, manipulation, and multimodal interaction into one managed system. Digital twins and the Genie Sim 3.0 simulator prepare the fleet for new environments, but the actual factory floor — with variable lighting, noise, and unpredictable human behavior — remains a validator that simulation cannot fully replace.

Why this matters

Deployment transparency is becoming the new currency in the humanoid industry. For years, communication standards relied on carefully edited video clips showing robots under conditions perfected by the manufacturer. Livestreams change that dynamic — every fault, every reset, and every unexpected halt is visible in real time.

AGIBOT is deliberately escalating this game: moving the benchmark from corporate sorting to an active consumer electronics factory. The difference matters — the broadcast partner is an external production company with no interest in hiding failures. If a robot stops, the factory loses time.

For the industry as a whole, this is good news. The more companies stake their reputation on public verification in industrial settings, the harder it becomes to conceal the gap between laboratory demos and actual deployment readiness. Viewers — whether investors or potential industrial customers — get increasingly credible comparative data.