# Chinese Robot Hijacked Via Voice Command, Spread Through Network

**Researchers have demonstrated a vulnerability in certain robots manufactured in China, allowing them to be taken over remotely through voice commands and subsequently spread across connected networks.** The exploitation of this flaw could pose significant security risks.

### Voice Command Exploitation

The research, conducted by cybersecurity firm Kilo, revealed that specific robot models manufactured in China are susceptible to being controlled via voice commands. Attackers can leverage this by issuing specific instructions that, when processed by the robot's built-in microphones and command interpretation systems, can trigger malicious actions. This method bypasses traditional network-based intrusion techniques, targeting the robot's direct interaction capabilities.

### Network Propagation

Once a robot is compromised through voice command, it can then be used as a pivot point to infect other devices on the same network. This network propagation capability allows the attack to spread rapidly, potentially leading to a widespread compromise of connected systems. The robots, in essence, become a vector for further network breaches, extending the attacker's reach beyond the initially infected unit.

In summary, a critical security flaw has been identified in certain Chinese-made robots, enabling attackers to gain control through voice commands. This access then facilitates the spread of the compromise to other devices within a connected network, highlighting a significant new threat vector in IoT security.

Some humanoid robots can be hacked through voice commands, demonstration shows

## LG to Debut Humanoid Household Robot at CES 2026

LG is set to unveil a new humanoid robot designed to assist with household chores at CES 2026. The company plans to showcase the robot's capabilities, hinting at its potential to integrate into domestic environments and perform various tasks.

### Advanced Mobility and Dexterity

The robot is being developed with advanced mobility and dexterity to navigate home environments effectively. LG aims to equip the robot with the ability to interact with its surroundings and manipulate objects, paving the way for it to undertake tasks that require physical engagement. The specific nature of these tasks remains to be fully detailed, but the focus is on practical household assistance.

### Integration into Smart Home Ecosystems

LG's development of this humanoid robot suggests a potential future where such machines become an integral part of smart home ecosystems. The company is likely exploring how the robot will communicate and coordinate with other connected devices within a household. This could lead to a more automated and convenient living experience, where the robot acts as an assistant to residents and complements existing smart home technology.

In summary, LG will introduce a humanoid robot for household tasks at CES 2026. The robot is being designed for enhanced mobility and dexterity, with an emphasis on its integration into future smart home environments to assist with domestic chores.

LG will show off a humanoid robot for household chores at CES 2026

## Market Demand for Humanoid Robots Under Scrutiny

A recent discussion on the r/ControlTheory subreddit explored the current market demand for humanoid robots, with participants questioning the existence and nature of a substantial market for these machines today. The conversation highlighted a perceived disconnect between the technological advancements in robotics and actual widespread commercial adoption.

### Current Market Landscape

The prevailing sentiment within the discussion suggests that a significant, readily identifiable market for humanoid robots is not yet established. While there are instances of specialized applications and research, a broad consumer or industrial market that consistently purchases humanoid robots in large quantities appears to be absent. Participants pointed to factors such as high costs, limited functionality for everyday tasks, and the availability of more specialized and cost-effective robotic solutions as potential barriers to market entry. The discussion also touched on the idea that current demand might be more academic or experimental rather than driven by profit-oriented commercial sectors.

### Challenges and Future Prospects

Several challenges were identified as hindering the development of a robust humanoid robot market. These include the complexity of replicating human dexterity and adaptability in unstructured environments, the significant investment required for research and development, and the need for significant infrastructure and training to support widespread deployment. The discussion also considered that while the technology is advancing, practical applications that clearly justify the investment in humanoid robots over existing alternatives are still emerging. The possibility of future market growth was acknowledged, contingent on breakthroughs in areas like artificial intelligence, power efficiency, and cost reduction, which would enable more compelling use cases.

In summary, the r/ControlTheory community's discussion indicates that the market for humanoid robots today is largely nascent, with limited broad adoption. Significant technological and economic hurdles remain, although future advancements may pave the way for a more substantial market in the years to come.

r/ControlTheory on Reddit: Is there a real market for humanoid robots today, and do companies need control engineers to develop...

# Humanoid Robot Development Faces Realistic Use Timeline, Industry Leaders Suggest

A recent report from The Wall Street Journal indicates that while significant advancements are being made in humanoid robot technology, widespread practical applications are still a considerable distance away. Industry executives and experts suggest a more measured timeline for deployment than some of the more optimistic projections, emphasizing the complex challenges that remain.

## Technical Hurdles and Integration Challenges

The development of humanoid robots capable of performing complex tasks in real-world environments faces numerous technical hurdles. These include achieving robust mobility over varied terrain, dexterity for manipulating objects, and sophisticated decision-making capabilities. Integrating these robots into existing infrastructures and workflows also presents significant logistical and engineering challenges. Experts point to the need for advanced sensing, perception, and control systems that can operate reliably outside of controlled laboratory settings. The cost of manufacturing and maintaining these advanced robots is also a factor limiting their immediate widespread adoption.

## Shifting Expectations for Deployment

The initial enthusiasm surrounding humanoid robots has been tempered by a more realistic understanding of the development cycle and the practicalities of deployment. While prototypes are demonstrating impressive feats, the transition from demonstration to mass market application requires substantial further innovation and testing. Industry leaders are advising a more cautious approach, suggesting that initial deployments may be limited to specific, well-defined tasks and environments, such as logistics or manufacturing, before broader use cases become feasible. The focus is currently on iterative development and proving the reliability and cost-effectiveness of these machines.

In conclusion, the development of humanoid robots is progressing, but the timeline for their widespread practical use is likely to be more extended than initially anticipated. Significant technical, integration, and economic challenges must be overcome before these machines become commonplace in various industries and daily life.

Even the Companies Making Humanoid Robots Think They’re Overhyped

# Humanoid Robots Being Explored for Border Patrol Operations

A recent video has surfaced, showcasing the potential deployment of humanoid robots for border patrol duties. The footage demonstrates robots capable of navigating challenging terrains and performing tasks relevant to border security.

### Robotic Capabilities and Deployment

The video reveals robots designed to traverse difficult environments, suggesting they could be utilized in areas where human agents face significant obstacles. These robots appear equipped to assist in surveillance and potentially other operational capacities along borderlines. The development signifies an exploration into advanced technological solutions for border management.

### Technology and Future Applications

The unveiling of these humanoid robots indicates a forward-thinking approach to border security. The technology presented suggests a focus on enhancing operational efficiency and potentially extending the reach of border patrol efforts. While specific operational details remain under wraps, the visual evidence points towards the integration of robotics into future border security strategies.

In conclusion, a video has emerged illustrating the use of humanoid robots for border patrol, highlighting their potential to navigate rugged terrain and contribute to security operations. This development underscores the increasing consideration of advanced robotics in border management.

Surreal humanoid robots are set to begin border patrol duties between China and Vietnam

## ESSEG Announces Completion of Q1 2024 Business Update

**ESSEG, a company focused on business operations, has released its Q1 2024 business update, detailing key performance indicators and strategic initiatives for the first quarter of the year.** The update provides stakeholders with insights into the company's progress and outlook.

### Financial Performance and Operational Highlights

During the first quarter of 2024, ESSEG reported its financial performance, outlining key figures and operational achievements. The company has maintained a focus on its core business objectives and continued to implement its strategic plans. Specific details on revenue, profitability, and operational metrics were provided in the update, highlighting the company's activities during the period.

### Strategic Initiatives and Future Outlook

The Q1 2024 business update also provided an overview of ESSEG's ongoing strategic initiatives. The company emphasized its commitment to its long-term vision and outlined key areas of focus for future development. These initiatives are designed to support the company's growth trajectory and enhance its competitive position in the market. Further details on the company's forward-looking plans were made available.

**In conclusion, ESSEG's Q1 2024 business update offers a comprehensive review of the company's financial and operational performance during the first quarter. The release also elaborates on the strategic direction and future plans that will guide ESSEG's operations moving forward.**

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# New Bimanual Dexterous Hand for Robotics Unveiled

A new bimanual dexterous hand for robotics has been developed, offering advanced capabilities for robotic manipulation. The Bimanual hand is designed to replicate the dexterity and complexity of human hands.

## Design and Capabilities

The Bimanual hand features a sophisticated design intended to achieve human-like manipulation skills. It is equipped with multiple degrees of freedom, allowing for a wide range of movements and precise control. This design aims to enable robots to perform intricate tasks that previously required human intervention. The hand's construction emphasizes both agility and strength, suitable for various industrial and research applications.

## Potential Applications

The development of the Bimanual hand opens up new possibilities for robotic applications. Its dexterity suggests potential use in fields such as advanced manufacturing, where delicate assembly tasks are common, or in research settings requiring sophisticated robotic interaction with objects. The hand's capabilities are expected to enhance the versatility of robots in complex and unstructured environments.

In summary, the newly introduced Bimanual hand represents a significant advancement in robotic manipulation technology, providing a dexterous and capable alternative to current robotic end-effectors. Its design is geared towards enabling robots to perform a wider array of complex tasks with greater precision.

Bimanual Humanoid Robot by Svaya Robotics - Humanoid.guide

## Cybersecurity firm ESSEG Highlights Emerging Threats in Q1 2024

**ESSEG Reports on Significant Cyber Incidents and Defense Strategies**

In the first quarter of 2024, cybersecurity firm ESSEG has observed a notable increase in sophisticated cyber threats targeting various sectors. The company's analysis indicates a rise in ransomware attacks, supply chain compromises, and advanced phishing campaigns. ESSEG's report details the evolving tactics employed by malicious actors and outlines essential defense measures for organizations to consider.

### Rise in Sophisticated Cyber Attacks

ESSEG's intelligence indicates that ransomware remains a primary concern, with attackers becoming more adept at evading traditional security measures. These attacks are often preceded by carefully orchestrated reconnaissance phases, allowing threat actors to identify vulnerabilities within an organization's network. The firm also noted a surge in supply chain attacks, where compromise of a trusted vendor serves as an entry point into numerous other organizations. Furthermore, phishing attempts have become more personalized and convincing, leveraging social engineering techniques to trick individuals into divulging sensitive information.

### Key Defense Strategies and Recommendations

In response to these escalating threats, ESSEG recommends a multi-layered approach to cybersecurity. This includes continuous vulnerability assessments, robust endpoint detection and response solutions, and comprehensive employee training programs focused on identifying and reporting suspicious activities. The firm emphasizes the importance of strong authentication protocols, such as multi-factor authentication, and regular data backups to mitigate the impact of ransomware. Proactive threat hunting and incident response planning are also highlighted as critical components of a resilient security posture.

In summary, ESSEG's Q1 2024 report underscores the dynamic nature of the cyber threat landscape. The firm urges organizations to remain vigilant against evolving attack vectors like ransomware, supply chain compromises, and advanced phishing, while concurrently implementing robust defense strategies and preparedness measures.

Humanoid Robots Boston Dynamics Hiring Atlas, A Humanoid Robot, Shows Off Some Complicated Tricks

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# Vicente Torns Announces New Product Line

Vicente Torns has introduced a new offering to its product catalog. The company's latest release aims to expand its range of available items for customers.

**New Product Details**

The new product line is accessible through the company's online store. Visitors to the website can explore the updated selection. The store search functionality allows users to refine their browsing experience by inputting specific criteria. This feature is designed to help customers find desired items more efficiently.

**Shopping Experience Enhancement**

The introduction of this new product line is part of Vicente Torns' ongoing efforts to enhance the customer shopping experience. The company has implemented improvements to its online platform, including the search capabilities. These updates are intended to provide a more streamlined and user-friendly interface for all shoppers.

**Conclusion**

Vicente Torns has expanded its product offerings with a new line of items available on its website. The company continues to refine its online store, featuring enhanced search functionalities to improve customer access and browsing.

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# EngineAI Unveils T800 Humanoid Robot Demonstrating Advanced Capabilities

EngineAI has released a demonstration of its T800 humanoid robot, showcasing impressive dexterity and task execution. The robot has been observed performing complex actions, including the manipulation of small objects and intricate assembly tasks.

### Dexterity and Object Manipulation

The T800 robot has demonstrated a high level of fine motor control, allowing it to grasp and manipulate small items with precision. Video evidence shows the robot successfully picking up and orienting various components, indicating advanced sensory feedback and control systems. This capability suggests potential applications in manufacturing, assembly, and logistics where detailed object handling is required.

### Task Execution and Assembly

Beyond basic manipulation, the T800 has been observed undertaking assembly-like tasks. The robot can reportedly interact with multiple parts, positioning them accurately to complete a sequence of operations. This suggests a sophisticated understanding of spatial relationships and the ability to execute pre-programmed or dynamically adjusted task protocols. The nature of these assembly tasks points towards a robot designed for scenarios requiring human-like dexterity and problem-solving within structured environments.

In summary, EngineAI's T800 humanoid robot has been presented performing sophisticated maneuvers, including precise object manipulation and multi-step assembly tasks. These demonstrations highlight the robot's advanced control and dexterity, suggesting its potential utility in complex operational roles.

r/singularity on Reddit: EngineAI’s T800 humanoid robot performs impressive martial arts movements with 450Nm torque and high-speed, balanced body motion

Humanoid Robot Emerges:
A Sci-Fi Dream Awakens

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Humanoid Robot Emerges: A Sci-Fi Dream Awakens

Robot Buzz

Explore Robots

Humanoid Robot Emerges:
A Sci-Fi Dream Awakens