Lanner Electronics Inc. 磐儀科技股份有限公司
New Taipei City, Taiwan network-appliance maker listed as TAIEX 6245; builds GPU-accelerated edge AI computing platforms for industrial vision.
Lanner Electronics Inc. is a Taiwan-based designer and manufacturer of network appliances and edge computing platforms, headquartered in New Taipei City and listed on the Taiwan Stock Exchange under ticker TAIEX 6245.
The company builds network computing appliances in rackmount, desktop, and security-hardened form factors, along with GPU-accelerated edge AI inference servers and appliances for machine vision and physical AI workloads. Its telecommunications platforms support uCPE, vCPE, and Open RAN deployments, and its Intelligent Edge product line targets industrial and power-grid applications. Named product lines include the NCA-6050 network appliance, the EAI-I233 and EAI-I510 edge AI systems, the ECA-5555 platform, and the newer AstraEdge series built for AI and telecommunications workloads.
Lanner pairs its edge AI hardware with application software for machine vision inspection, predictive maintenance, and operator monitoring, and sells to system integrators, service providers, and application developers across industrial automation, transportation, and network security markets.
Primary type & automation activities this supplier delivers:
EAI-I351 Robotic AI Computer
NVIDIA Jetson Thor-powered rugged edge AI computer for advanced robotic perception and motion planning.
Contact Lanner Electronics Inc.
WEBSITE
https://www.lannerinc.comPHONE
-13868HEADQUARTERS
Taiwan
Company Facts
Founded
1986
Primary Role
Component Supplier
Company Size
-
Primary Region
Asia-Pacific
Annual Sales
-
Funding Stage
-
Funding Total
-
Certifications & Memberships
Hitachi and Agile Robots Form Partnership to Develop Physical AI for Manufacturing Autonomy
Hitachi Ltd. announced on September 29, 2026, a foundational agreement with Agile Robots SE, based in Munich, Germany, to develop the 'brain' of AI robotics. This partnership aims to enhance AI models that enable robots to perceive, judge, and act flexibly in the real world, deploying them as physical AI in manufacturing environments. The collaboration will integrate Hitachi's physical AI model, which rapidly learns the tacit knowledge of skilled workers, with Agile Robots' versatile AI model, proven in automotive manufacturing, healthcare, and data centers. This initiative seeks to achieve early autonomy in complex tasks and production processes that have traditionally relied on human expertise. Additionally, Hitachi's edge AI semiconductors will be combined with Agile Robots' robotics technology to process sensory information efficiently, allowing robots to recognize and adapt to changing environments in real-time. No further timeline was disclosed at the time of publication.
Hyundai Motor Group Aims to Become a Leader in Physical AI and Robotics
Hyundai Motor Group is positioning itself as a 'physical AI company' by focusing on robotics, autonomous vehicles, and the necessary software. CEO Jose Munoz presented this vision at the HMG Tech Forum 2026 in Silicon Valley, emphasizing the need to attract global tech talent to realize this ambition. This initiative is significant as it highlights Hyundai's commitment to competing with leading automakers and technology firms for top engineering talent. The two-day forum attracted around 380 participants, showcasing Hyundai's advancements in AI, robotics, and smart manufacturing while providing career opportunities in these fields. Looking ahead, Hyundai's focus on combining real-world engineering with virtual development and AI is crucial. The company aims to solve complex challenges in the industry, with ongoing recruitment efforts to build a world-class physical AI organization. No further timeline was disclosed at the time of publication.
All News
Underwater Robotics Sees Surge in Investment After Years of Quiet Growth
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Underwater Robotics Investment Trends Marine Technology AI Deep-Sea Exploration
Zhuji Power and Dongtu Technology Unveil China's First Humanoid Robot with Domestic Electronics
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Humanoid Robots Domestic Electronic Architecture Industrial Automation AI Technology
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Robotics Manufacturing Automation AI Embodied Intelligence
Qiteng Robotics Unveils 'Yuan Yu Zhi Xun' Intelligent Platform with 10,000 Solutions Deployed
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Industrial Robotics Intelligent Automation Explosion-Proof Robots AI Technology
Classic Football Shirts Experiences Record Order Surge During World Cup
Classic Football Shirts (CFS) has reported its busiest period in 20 years, with orders increasing by 101% in June and July compared to 2025, driven by World Cup enthusiasm. The surge in demand was supported by a five-year partnership with Shipster, which integrated automated packing technology, significantly enhancing CFS's fulfillment capabilities. The World Cup not only boosted sales but also showcased CFS's ability to manage high order volumes efficiently. The integration of the Logopak/Adpak Ecommerce Auto Bagger allowed for rapid packing, with almost two-thirds of orders processed automatically. This operational efficiency was crucial for meeting the heightened demand from fans eager to purchase memorabilia associated with iconic football moments. Looking ahead, CFS's continued collaboration with Shipster is expected to further enhance its fulfillment operations. The success of the World Cup sales, particularly the popular Away Days Mystery Box range, indicates strong potential for future growth. No further timeline was disclosed at the time of publication.
Automated Packaging eFulfilment Packaging and Ecommerce eCommerce football fulfilment operation
BabaCAD Robotics Web Offers Free Browser-Based 3D Simulation and Offline Programming Software
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Allgemein Robotersteuerung & Digital Twin Robotik
Industrial-Grade End Effectors Like Two-Finger Claw Now Standard in Teaching Robots
The integration of industrial-grade end effectors, such as the Two-Finger Claw, into educational robotics is becoming increasingly common. This trend signifies a shift towards more advanced and capable teaching tools in classrooms, enhancing the learning experience for students. The adoption of these sophisticated robotic components is crucial as it bridges the gap between theoretical knowledge and practical application. By utilizing high-quality end effectors, educators can provide students with hands-on experience that mirrors real-world industrial scenarios, fostering a deeper understanding of robotics and automation. Looking ahead, the continued evolution of educational robotics will likely see further enhancements in end effector technology. No further timeline was disclosed at the time of publication.
Robotics Automation AI
Sanctuary AI and Skild Collaborate to Enhance Industrial Robots with Physical AI
In September, the robotics industry witnessed contrasting developments. On September 10, Skild, a U.S. robotics modeling company, announced its collaboration with NVIDIA and Foxconn to deploy models on dual-arm robotic arms for precise assembly in the Blackwell system. Four days later, Danish collaborative robot manufacturer Universal Robots unveiled a new generation platform designed to facilitate the integration of cameras, sensors, and AI applications into robotic arms. This evolution is significant as it highlights the shift towards enhancing existing robotic systems with advanced AI capabilities rather than waiting for humanoid robots to achieve commercial viability. Sanctuary AI, a Canadian company developing the Phoenix humanoid robot, revealed its strategy to implement Physical AI on current and next-generation industrial robot platforms, achieving a task success rate exceeding 99.5% in a proof of concept with an automotive supplier. Looking ahead, companies like Sumitomo Electric and Yaskawa are exploring the integration of AI into traditional robotic systems to handle complex tasks that still require human judgment. The focus is on adapting control systems and interfaces to improve the robots' ability to interact with variable components, such as soft wire harnesses, which present unique challenges in manufacturing processes. No further timeline was disclosed at the time of publication.
Physical AI Industrial Robotics Automation Technology Robotic Arms
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WRC 2026 Core Components: 137 Robot Parts Suppliers
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WAIC Review 1/4: Embodied AI's Industrialization Wave: Financing Data, Unit Economics, and a Widening Split
China's embodied AI sector raised $12.5B in H1 2026, but WAIC 2026 speakers detailed ROI demands, power bottlenecks, and the mass-production-to-sales gap.
WAIC Review 4/4: From Port AGVs to Hospital Night Shifts: What WAIC 2026 Reveals About Real Robot Deployments
From 530+ AGVs at a Singapore port to robots on Apple's line, WAIC 2026 speakers shared concrete data on where embodied AI robots are actually working today.
US Restrictions on Chinese Humanoid Robots: The Full Map
Every US restriction on Chinese humanoid robots — NDAA Sec. 163, GUARD Act, the 1260H list — plus the supply-chain math and a 4-tier map of decoupling.
WAIC 2026: Embodied Intelligence Enters Industrial Deployment Era
WAIC 2026 in Shanghai (July 17–20) saw 200+ embodied intelligence companies, 300+ live robots, and first confirmed humanoid deployments in logistics and pharmacy. RobotToday engineering analysis.
When a Materials Giant Meets Robotics: Covestro at Automate 2026
At Automate 2026, Covestro brought Makrolon, Bayblend, Baysafe BEF and Vulkollan to robotics — tackling weight, heat, sensing and sustainability for humanoids and AGV/AMRs.
China vs. The World: A Space Robotics Competitive Analysis
A domain-by-domain competitive benchmark of China versus the international space robotics field — covering on-orbit servicing, lunar ISRU, space station
China's 15th Five-Year Plan and the Space Robotics Imperative
China's 15th Five-Year Plan names aerospace a strategic pillar industry alongside semiconductors and sets hard mission schedules — Chang'e-7, Chang'e-8, crewed lunar landing — that make space robotics one of the most consequential engineering battlegrounds of the late 2020s.
Space Robot- Lunar Rovers: Building Infrastructure on the Moon
Lunar rovers face -180°C nights and glass-sharp dust while building moon infrastructure. Inside the engineering challenges, commercial strategies, and international competition shaping planetary robotics.
