[AI EXPERIENCE] THE NEXT STEP IN THE EVOLUTION OF HUMAN-MACHINE INTERACTION
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By RCMiller
Greetings,
I'm hoping someone can assist with a problem we're experiencing while running a Next.js based web application on WebOS.
Our Configuration:
Display: 43UM5N-E UHD Signage Display (43" LCD)
WebOS version: 6.0.0-124 (libertyspikes-lager)
Next.js version: 16.0.3
React version: 19.2.0
We have built a web application using Next.js and React. It is hosted on an IIS server running on our local network. The display is connected to the same network and we have verified connectivity with the web server. Our application is not a native WebOS app, but rather, we are using the Play via URL option to display the web site when the display boots up.
Attached is an image of the errors captured while running in the WebOS 6.0 simulator. These errors happen immediately after the application starts.
Based on our research, the embedded version of Node.js on this display is 8.12.0. On newer versions of the simulator (v22 and above), the application loads fine and no errors occur. It seems there are JS incompatibilities between the newer Next.js framework and the version of JS build into this display.
Questions:
1. Can the embedded JS version of the display be upgraded, and if so, how?
2. Is there any other possible workaround to get this application to load? It runs fine on regular browsers and reverting back to an older version of Next.js or re-writing in plain JS is not an option for us.
Any suggestions or help is appreciated!
Thank you,
Bob Miller
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By News Reporter
Today’s cars are already smart – but making them feel effortlessly intelligent is a different challenge altogether. As vehicles take on more roles than ever before – navigation guide, safety assistant, entertainment hub – they demand a central system capable of orchestrating it all with precision and fluidity. What drivers genuinely want is simple: a smoother, more connected experience behind the wheel.
Our next-generation High-Performance Computing (HPC) Lite platform was built for exactly that purpose. Debuting at CES® 2026, this new platform brings a vehicle’s most essential functions together into one unified, intelligent brain. By merging the In-Vehicle Infotainment (IVI) system and Advanced Driver Assistance System (ADAS) into a single, cohesive architecture, HPC processes information more efficiently – creating a driving experience that feels smoother, more responsive and inherently safer.
Building the HPC Platform Together
To build a platform as ambitious as HPC Lite, finding the right partner was essential. That’s why we teamed up with aiMotive – a leading developer of advanced automotive AI and a wholly owned subsidiary of Stellantis. Their strength in perception and driving intelligence, paired with our long-standing expertise in vehicle components, formed a collaboration that elevated every stage of development.
The result is a powerful, next-gen HPC platform that serves as the vehicle’s central processing unit. It consolidates multiple functions into the HPC Electronic Control Unit (ECU), built on an advanced System-on-Chip (SoC) and enhanced with aiMotive’s aiDrive software. By integrating these capabilities within a single SoC, the platform handles the heavy data demands of software-defined vehicles (SDVs) with remarkable efficiency. For OEMs, this means lower component costs, reduced hardware complexity and a vehicle architecture built for both performance and safety.
Intelligent Assistance for Everyday Driving
With intelligent software at its core, HPC Lite transforms the daily drive in numerous ways. The integrated aiDrive solution supports Level 2+ automated navigation-assisted driving on highways and eligible secondary roads, utilizing a comprehensive multi-camera and multi-radar setup that doesn’t rely on HD maps.
Designed to assist rather than replace the driver, the system acts as a smart companion. It can recognize traffic lights, bring the vehicle to a halt at stop lines and assist in adjusting speed according to highway limits. It also helps with overtaking maneuvers and assists in yielding to vehicles approaching from behind when changing lanes or merging. These features – powered by aiMotive’s efficient, end-to-end AI stack – work together to facilitate a more seamless and comfortable driving experience.
Intuitive Interfaces for the Connected Cabin
Advanced technology is most effective when it’s intuitive to use. That’s why we optimized our Human-Machine Interface (HMI) for next-generation automotive displays, ensuring drivers stay informed without distraction.
A unified digital cockpit brings together the instrument cluster and Center Information Display (CID), while our ADAS Confident View provides intuitive 3D and 2D visualizations of the vehicle’s surroundings. Drivers gain quick, clear access to essential alerts – from following distance to real-time, traffic-based route suggestions – and can even view curated lifestyle information such as promotions from frequently visited stores.
Charting the Future of SDV Innovation
Engineered to efficiently manage the complex functions of next-gen vehicles, the HPC platform is poised to become a core technology for the SDV era. Our continued collaboration with aiMotive will focus on delivering tailored solutions for global automakers – combining high performance with cost-competitiveness to meet diverse market needs.
To mark the start of this shared innovation journey, we will jointly introduce the HPC platform at CES this January.
This partnership represents a powerful synergy of expertise. Gabor Pongracz, senior vice president and head of ADAS/AD Software at aiMotive, notes that combining aiMotive’s AI-powered software with our technological strengths enables scalable, reliable and intelligent solutions for the future of driving.
For us at LG, the launch of HPC signals an important milestone – one that further solidifies our role as a leading provider of transformative IVI and ADAS solutions. Eun Seok-hyun, president of LG Vehicle Solution Company, views the platform as a major step forward in the advancement of SDVs. Building on the success of the original HPC platform unveiled at CES 2025, our next-generation solution is set to “redefine the drive” – taking driving comfort and convenience on the road to a whole new level.
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By News Reporter
Over the past few years, the vehicle cabin has evolved far beyond its traditional role as a functional driving environment. In step with broader mobility trends such as electrification, automation and software-defined intelligence, the car interior has steadily grown into a flexible living space – one capable of supporting a wider range of everyday needs during the journey.
Building on this industry evolution, we at LG are exploring how in-cabin experiences may further develop through our next-generation concept platform, LG P-pod 1.0. This solution combines LG Mobility AI and advanced technologies developed across our Vehicle Solution (VS) Company.
LG P-pod is the new name we’ve given to the digital cockpits that we develop to test advanced mobility innovations before they reach commercialization. The “P” stands for Prototype, highlighting its role as an early-stage concept and a practical testbed for our mobility technologies. The word “pod” refers to the cabin itself – a modular, human-centered space where multiple technologies work together. It also evokes the image of a pea pod, symbolizing how key in-car systems – from the head unit and displays to connectivity solutions and the Advanced Driver-Assistance System (ADAS) Vision System – fit seamlessly within one cohesive environment. At once functional and symbolic, LG P-pod represents a future-oriented yet emotionally resonant design philosophy – where innovation feels intuitive, and the name itself remains simple and memorable.
Let’s take a closer look at how we’re using LG P-pod 1.0 as a test platform to drive in-cabin experience innovation.
1. Empathetic Interaction: Exploring How Cars Can Understand and Respond
It starts with recognition – a car that sees you, knows you and responds before you even ask. LG P-pod 1.0 serves as a technology incubator, exploring how future vehicles might identify drivers through a Driver Monitoring System (DMS), retrieve schedules or prepare frequently used apps to support more natural interaction.
These foundational technologies help us investigate how vehicles could evolve from simple awareness to context-responsive behavior. The adaptive portrait display shifts orientation for better visibility, while the LG Mobility AI-based voice interface provides a platform for studying more conversational, human-like interactions. Combined with front-camera data and Vehicle-to-Everything (V2X) connectivity, the system also enables research into precise stopping points or personalized in-cabin moments – such as lighting, music and animations that respond to special occasions like a birthday or an anniversary.
2. Personalizing Your Journey: Enabling Mobility to Adapt to Every Individual
While traditional personalization has centered on the driver, LG P-pod 1.0 acts as a technology incubator for extending tailored experiences to all passengers. Powered by the Driver & Interior Monitoring System (DIMS), the platform explores how it can recognize the conditions and preferences of both the driver and passengers in real time, offering tailored entertainment – from OTT services and music to games and apps – instead of mirroring the same content across every screen.
Shared experiences can also be enhanced. Group decisions, like choosing a restaurant, can be made through an on-screen voting feature that syncs results across displays. An AI recommendation engine suggests destinations, routes and entertainment based on contextual information. With profiles that follow each user and settings that activate automatically, LG P-pod 1.0 turns the car into a space where every passenger’s journey feels personal – whether it lasts ten minutes or two hours.
3. Expanding Time and Space: Shaping How Life Can Continue Seamlessly on the Road
LG P-pod 1.0 reimagines the vehicle not as an isolated environment but as a lifestyle enabler that helps explore new forms of seamless connectivity. Through the Smart Telematics System and integration with smart home appliances, it serves as a platform for exploring how users might control home devices from inside the car – including air conditioning, lighting, robot vacuums and even pet feeders. Through real-time data exchange, the system also investigates ways to enable remote awareness of home cameras and sensors, helping to keep the home and vehicle connected and offering greater peace of mind while on the road.
This seamless connection extends to entertainment as well. Videos or music started at home can resume playing inside the vehicle, making the cabin a natural extension of each user’s personal environment. By reducing the boundary between “on the road” and “at home,” LG P-pod 1.0 acts as a platform for experimenting with new connected-life experiences where travel time becomes an uninterrupted part of everyday living.
“By leveraging LG P-pod 1.0 as an incubator for LG’s mobility technologies, we’re taking a meaningful step toward our vision of a ‘Living Space on Wheels,’ where the vehicle becomes a personalized environment that supports every part of your lifestyle,” said Alexio Rhee, head of Global Customer Strategy at the LG Electronics VS Company. “By combining empathetic interaction, multi-profile personalization and seamless connectivity between the car and the home, LG is redefining what the in-cabin experience can be.”
We’re unveiling LG P-pod 1.0 to a global audience as part of our “LG on board” mobility campaign, sharing how elements such as intelligent understanding, personalized adaptation and immersive interaction may shape future in-car experiences. Through a series of stories – beginning with the first core value, “Empathetic Interaction,” revealed on December 15 and followed by additional values later in the month – we aim to offer a glimpse into a more meaningful way of experiencing life on the move.
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By News Reporter
Integrating Advanced AI Models With High-Performance Computing Powered by
Snapdragon Cockpit Elite Platform, LG Sets New Standards for the AI-Defined Vehicle Era
SEOUL, Dec. 11, 2025 — LG Electronics (LG), a global leader in mobility technologies, is set to unveil its new AI Cabin Platform at CES 2026 in Las Vegas (January 6-9). Designed to run on automotive high-performance computing (HPC) systems, this innovative in-vehicle solution leverages generative artificial intelligence (AI) and is powered by Qualcomm Technologies, Inc.’s Snapdragon® Cockpit Elite.
LG will showcase the AI Cabin Platform for the first time at its private showcase during the upcoming CES, where guests can experience a digital cockpit featuring the AI Cabin Platform and preview the AI-defined vehicle (AIDV) – a new mobility paradigm beyond the software-defined vehicle (SDV).
The AI Cabin Platform applies generative AI models – such as vision language models (VLMs), large language models (LLMs) and image generation models – to LG’s in-vehicle infotainment (IVI) system, opening the door to a new era of intelligent, context-aware driving experiences.
Leveraging the high-performance compute capabilities provided by Snapdragon Cockpit Elite, all AI calculations are processed on-device and within the vehicle, eliminating the need to communicate with external servers. This enables real-time, more stable operation while enhancing privacy and data security by removing cloud-related vulnerabilities.
The AI Cabin Platform analyzes the driving environment and the driver’s condition using data from internal and external vehicle cameras, enabling real-time personalized assistance. For example, if a nearby vehicle begins merging and the system detects that the driver has not yet noticed it, the platform can proactively issue a tailored alert: “A car is merging ahead. Please keep your eyes on the road and drive safely.”
Additionally, the platform supports generation of customized infotainment user interfaces that adapt to external conditions. If the driver is listening to music on a snowy evening, the system can generate a matching background for the music playback screen – such as snow falling between streetlights or a festively-decorated village – and offer context-aware suggestions like: “It’s a beautiful snowy night. Shall I recommend some winter-themed songs?”
Earlier this year at CES 2025, LG and Qualcomm Technologies highlighted their ongoing collaboration by unveiling the HPC platform – a high-performance computing solution that integrates IVI and advanced driver assistance systems (ADAS) into a single control unit. Based on Qualcomm Technologies’ Snapdragon Ride Flex System-on-Chip (SoC), the platform consolidates various vehicle functions into one controller, earning praise for achieving both cost efficiency and superior performance.
“Based on our proven technology and global trust, we will continue expanding partnerships with innovators like Qualcomm Technologies to drive future mobility beyond the SDV to the AIDV,” said Eun Seok-hyun, president of the LG Vehicle Solution Company. “With the AI Cabin Platform, we are creating mobility that not only understands drivers, but responds proactively to their needs and preferences, making every journey uniquely personal.”
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By News Reporter
At LG, we are committed to nurturing expertise, collaboration and innovation in the heating, ventilation and air conditioning (HVAC) industry. As part of this commitment, we continue to create opportunities for professionals around the world to learn, share knowledge and grow together. Earlier this month, we welcomed 14 of Brazil’s leading HVAC installers to South Korea for the LG Brazil Installer HVAC Academy.
Designed to strengthen participants’ technical capabilities and reinforce our partnership network, the program combined hands-on learning with site visits and in-depth technical sessions. Participants also had the chance to present their own case studies and explore how LG’s advanced, eco-conscious HVAC solutions are shaping a smarter, more sustainable future.
The Academy began with a visit to a local reference site showcasing LG’s latest residential air conditioning systems. The visit offered participants a close-up look at how our technologies are applied in real-world settings to deliver comfort, energy efficiency and reliability.
The following day, experts from Hi-M Solutek – an LG subsidiary specializing in total HVAC services including maintenance, engineering and building management – led an immersive seminar. The session explored advanced installation methods and shared best-practice cases from across South Korea’s HVAC industry.
Brazilian participants also took the stage to present their own successful installation projects, sharing valuable insights and field expertise that sparked meaningful exchanges with peers and LG engineers alike.
The program concluded with a visit to LG Smart Park in Changwon, our world-class manufacturing site for residential and commercial air conditioners. Attendees toured the state-of-the-art HVAC showroom and participated in a dynamic Q&A session with LG’s product development team – discussing future innovations, trends and the evolving role of smart, sustainable technologies in HVAC.
The LG Brazil Installer HVAC Academy is part of our broader effort to foster collaboration and continuous learning across the global HVAC community. Alongside this initiative, we’ve hosted a series of HVAC Leaders’ Summit events for consultants from Asia, Africa and the Middle East. Most recently, in July 2025, we brought together 30 leading consultants from Central and South America in Panama for a regional summit focused on innovation and partnership.
Under our Global South growth strategy, we will continue to expand our programs aimed at strengthening long-term partnerships with HVAC consultants and installers – empowering them to deliver smarter, more efficient solutions to customers while enhancing the reputation and reach of LG HVAC.
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