Industry Briefing
A single destination for timely, editor-curated robotics news from around the world.
Exploring Wireless Connectivity's Role in Advancing Physical AI and Humanoids
As artificial intelligence transitions from research environments to practical applications in homes, warehouses, and factories, the importance of wireless connectivity has surged. It is now considered as vital to a robot's intelligence as the AI model itself. This shift highlights the necessity for a robust wireless infrastructure that supports low-latency, low-power, and high-speed communication. Such capabilities are essential for enabling embodied AI, which relies on seamless interaction with its environment. Looking ahead, the development of a multi-radio stack will be crucial for the future of physical AI and humanoid robots. The integration of advanced wireless technologies will likely enhance their operational efficiency and responsiveness. No further timeline was disclosed at the time of publication.
Infinite Electronics Showcases Industrial Connectivity Solutions at IMTS 2026
Infinite Electronics will present its extensive range of industrial connectivity solutions at IMTS 2026, taking place in Irvine, California. Attendees will have the opportunity to explore products such as industrial-grade Ethernet cabling, ruggedized connectors, and omnidirectional antennas designed for automation, robotics, and digital manufacturing. This showcase is significant as it highlights Infinite Electronics' commitment to providing advanced technology tailored for harsh environments and specialized applications. The event will allow industry professionals to engage directly with the company’s diverse manufacturing expertise, which is crucial for enhancing connectivity in modern industrial settings. Looking ahead, attendees should watch for further developments from Infinite Electronics regarding their product offerings and innovations in connectivity solutions. No further timeline was disclosed at the time of publication.
Ensuring Connectivity for Humanoid Robots with Advanced 6G Technology Solutions
At the WAIC 2026, 208 embodied intelligent terminals and over 300 real machines showcased their capabilities, raising concerns about connectivity during real-time collaborative operations. Asmote introduced a next-generation wireless base designed for humanoid robots, which integrates communication, perception, intelligent computing, and control based on 6G technology. This innovation is crucial as it addresses the need for reliable connectivity in complex industrial environments, ensuring that robots remain online with 99.99% reliability and millisecond-level latency. Asmote's AI-EDGE platform significantly reduces the power consumption, cost, and weight of robots by offloading communication and computing tasks to the 6G-native base, allowing robots to focus on performance optimization and task execution. Looking ahead, Asmote aims to provide a digital foundation for physical AI across various industries, emphasizing the importance of a robust infrastructure that goes beyond mere connectivity. No further timeline was disclosed at the time of publication.
Humanoid Robots 6G Technology Wireless Communication AI Industrial Automation
Pelion Survey Highlights IoT Connectivity Challenges in Global Logistics Sector
A recent survey conducted by Pelion and ABI Research reveals that 68% of logistics and transport professionals cite unstable cellular connectivity as a significant barrier to scaling IoT deployments. This survey included 165 decision-makers from logistics organizations worldwide, highlighting the critical need for reliable connectivity in real-time fleet tracking and cold-chain monitoring. The findings underscore the growing pressure on logistics companies to maintain uninterrupted data-driven operations amid complex supply chains. With over 40 billion connected IoT devices expected by 2030, the demand for robust device management and network security is becoming increasingly vital. Additionally, 27% of logistics respondents reported experiencing cellular IoT security incidents, the highest rate across all surveyed industries. Looking ahead, Pelion predicts that by 2030, nearly half of logistics IoT deployments will operate internationally, up from 29% today. As logistics organizations expand their operations across borders, the focus will shift towards simplifying operational complexities and enhancing security measures. No further timeline was disclosed at the time of publication.
IT in Logistics Transport and Distribution challenges Connectivity IoT IT
Enhancing Robot Connectivity for Long-Term Factory Integration
Recent discussions highlight the importance of robust connectivity for robots in manufacturing environments. Effective connectivity is essential not only during installation but also throughout the operational lifespan of robots, ensuring they can communicate and perform efficiently on the factory floor. This focus on connectivity is crucial as it directly impacts productivity and operational efficiency in manufacturing. As robots become integral to production processes, maintaining seamless communication is vital for optimizing their performance and minimizing downtime. Looking ahead, manufacturers should prioritize advancements in connectivity solutions to support the evolving needs of robotics in industrial settings. No further timeline was disclosed at the time of publication.
Research Reveals Manufacturers Struggle with Data Connectivity Across Systems
Recent research indicates that fewer than half of manufacturers have fully integrated data across their design, production, quality, and business systems. Despite 77% of manufacturers claiming their operations are connected, only 40% have achieved full data connectivity, as reported in Hexagon’s 2026 America's State of Manufacturing Report. This disconnect highlights a significant gap between operational perceptions and the actual state of data integration on the production floor. Furthermore, 39% of manufacturers experience limited feedback among design, manufacturing, and quality teams, while 67% lack a unified data view from their systems. These findings underscore the challenges faced by manufacturers in adapting to new technologies and maintaining effective communication across departments. Looking ahead, it will be crucial for manufacturers to address these connectivity issues to enhance operational efficiency and quality control. No further timeline was disclosed at the time of publication.
Factory / Digital Transformation
FCC Approves Nationwide Testing of Cellular Networks for Drone Connectivity
The Federal Communications Commission (FCC) has granted a temporary waiver to support the US Department of Transportation's Mobile Network Aviation Assessment Program (MNAAP). This initiative aims to test the viability of using commercial wireless networks to enhance aviation safety and security for drones operating in US airspace. This testing is significant as it addresses one of the major challenges in expanding commercial drone operations: reliable connectivity. Drones flying beyond visual line of sight (BVLOS) require dependable communication methods, which are crucial for future applications like drone delivery and automated inspections. The MNAAP will conduct tests across the contiguous United States, involving up to 2,000 authorized pilots and 200 non-federal drone operators. The FCC's waiver is set to last until October 1, 2029, allowing ample time to gather data that could inform the future integration of cellular networks into the drone ecosystem.
News
Datagrid Partners with ASN and OMS Group for Tasman Ring Network in New Zealand
Datagrid New Zealand has signed a contract with Alcatel Submarine Networks and OMS Group to establish the Tasman Ring Network. This new optical submarine cable system will connect Invercargill, located in New Zealand's South Island, to Melbourne, Australia. The Tasman Ring Network is significant as it aims to enhance connectivity and improve the resilience of New Zealand's internet infrastructure. By linking the South Island directly to Australia, the project is expected to bolster data transmission capabilities and provide a more reliable internet service for users in the region. As the project progresses, stakeholders will be keen to monitor the installation timeline and the impact of the new cable system on local internet services. No further timeline was disclosed at the time of publication.
oms group exail drix tasman ring network
Biren Develops Next-Gen Optical Links for Enhanced AI Chip Connectivity
Biren, a Shanghai-based startup, is pioneering optical technology to connect thousands of AI accelerators into unified computing systems. As AI models grow increasingly complex, the demand for efficient interconnectivity among GPUs has intensified, with traditional copper connections reaching their limits. Biren's innovative near-packaged optics (NPO) architecture aims to support clusters of up to 1,024 AI accelerator cards, significantly enhancing computing capabilities. This advancement is crucial for AI infrastructure companies striving to meet the needs of models with trillions of parameters. Biren's approach addresses the scalability challenges faced by conventional server architectures, which typically cap at around 128 GPUs. By positioning optical fibers closer to chips, the company enhances bandwidth and data transmission efficiency, positioning itself against competitors like MetaX and Alibaba. Looking ahead, Biren is testing its NPO interconnect system while also developing an orthogonal hardware architecture in collaboration with ZTE. Although the semiconductor industry is still in the early stages of optical interconnect technology, widespread adoption is projected for around 2028, contingent on further advancements and real-world validation of these systems.
AI and Robotics
Tech Professionals Leverage Connectivity Tools for Global Collaboration
Tech professionals are increasingly distributed across various countries and time zones, with companies employing cybersecurity experts in one location and software developers in another. This trend is facilitated by the internet, which 74% of the global population utilizes, enabling borderless work and collaboration. The rise of remote work and digital collaboration tools has transformed the tech industry, allowing professionals to work from anywhere. Reliable mobile connectivity is essential for these workers, with solutions like the Holafly eSIM providing seamless coverage before arrival in a new country. The eSIM's Always On feature ensures uninterrupted connectivity, crucial for remote presentations and system check-ins. As the demand for specialized talent grows, companies are increasingly hiring based on skills rather than location. This shift has led to a rise in global mobile engineering roles, presenting new opportunities and unique cybersecurity challenges for tech workers operating across borders. No further timeline was disclosed at the time of publication.
Internet Technology cloud computing cloud infrastructure cybersecurity digital nomads
The Evolution of Vision Connectivity in Robotics: From USB and Ethernet to GMSL
As robotic systems advance in autonomy, perception, and scalability, the technologies facilitating the transmission of image data are also evolving. This shift highlights the transition from traditional connectivity methods such as USB and Ethernet to more sophisticated solutions like GMSL (Gigabit Multimedia Serial Link). The evolution of vision connectivity is crucial for enhancing the performance and capabilities of modern robotics, ensuring that these systems can effectively process and analyze visual information in real-time. This development reflects the broader trends in robotics, where improved connectivity plays a vital role in enabling smarter and more efficient machines. The insights into these technological advancements were discussed in detail in a recent article on The Robot Report.
Analog Devices: Architecting Trusted Mobility Analog Devices
Quiz: Industrial Connectivity Trends
Recent developments in industrial networks are significantly transforming the landscape of manufacturing connectivity. As companies increasingly adopt advanced technologies, the integration of Internet of Things (IoT) devices and cloud computing is reshaping how manufacturers communicate and operate. This shift is particularly evident in the ongoing evolution of smart factories, which leverage real-time data to enhance efficiency and productivity. The changes are occurring across various sectors, with a notable emphasis on automation and data analytics. By October 2023, many manufacturers have begun to implement these technologies to streamline operations and reduce costs. The push for greater connectivity is driven by the need for improved supply chain management and the ability to respond swiftly to market demands. Experts highlight that the transition to more interconnected systems is not merely a trend but a necessary adaptation to remain competitive in a rapidly changing global market. Manufacturers are increasingly recognizing the importance of collaboration and data sharing among partners to optimize processes and innovate products. As this transformation continues, the implications for workforce dynamics and skill requirements are becoming apparent. Companies are investing in training programs to equip employees with the necessary skills to thrive in this new environment. The ongoing evolution of industrial networks is poised to redefine traditional manufacturing paradigms, fostering a more agile and responsive industry capable of meeting the challenges of the future.
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