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A divine flaw! It allows for close-range hijacking of humanoid robots to achieve complete control, and can also spread from person to person.

2026-09-02 08:00 Cybersecurity 🔥 30.9 heat score
1sources
1days unfolding
30.9heat score
5mentions
SummaryAI generated

A hacker, through close contact with humanoid robots, utilized what is called a “miracle flaw” to achieve complete control over them. This ability allowed the hacker to spread the infected state to other similar robots, creating a “person-to-person” transmission chain.

Related eventsRELATED EVENTS
Key entitiesKEY ENTITIES
BoschkoG1Safe Internal ReferenceUnitreeYu Shu

Coverage · reports per dayLANGUAGE SPLIT

Entity relations
Boschko × G11Boschko × Safe Internal…1Boschko × Unitree1Boschko × Yu Shu1G1 × Safe Internal Refe…1G1 × Unitree1

SignalsSIGNALS

Keyword heat
  • Yu Shu1
  • Unitree1
  • G11
  • Boschko1
  • Safe Internal Reference1

All reports (1)SOURCES

安全内参 zh 2026-09-02 08:00

God-level vulnerability! Hijacking humanoid robots at close range to achieve full control, and capable of "human-to-human" infection

# Critical vulnerability! It’s possible to remotely hijack humanoid robots for complete control, and the infection can also spread from person to person. Previous context: The worst automotive vulnerability in history? Millions of vehicles can be unlocked, tracked, or even shut down while in use. A well-known domestic delivery robot has been found to have a security vulnerability: it can monitor robots, modify tasks at will. Researchers have discovered a 5G network security vulnerability: it can sniff traffic in real time, cause denial of service, and degrade network performance. A mainstream smart bus system has been found to have a serious vulnerability: attackers can remotely control the vehicles. Note: The vulnerabilities reported in this article have been fixed. According to security insights from September 2nd, Unitree G1 humanoid robots are reportedly affected by a serious vulnerability exploitation chain. Attackers, as long as they are within the Bluetooth communication range, can potentially take complete control of the robots and gain Root权限 to execute code on the computer responsible for motion control. This computer also controls the robot’s movement, cameras, speakers, voice functions, and other peripherals. This research, titled “UniBLEed,” reveals a multi-stage attack chain involving Low-Power Bluetooth (BLE), Unitree cloud APIs, W…