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By News Reporter
Agreement Highlights Company’s Global Leadership in Wi-Fi Standard Technologies
SEOUL, Nov. 20, 2025 — LG Electronics (LG) has signed a patent license agreement with Amazon, granting the use of LG’s Wi-Fi Standard Essential Patents (SEPs).
Under this agreement, Amazon obtains a license to use LG’s Wi-Fi SEPs in products utilizing Wi-Fi connectivity, including Amazon’s Echo devices, Fire TV Sticks and Fire Tablets.
LG is currently engaged in Wi-Fi SEP licensing discussions with several global companies that employ Wi-Fi standard technologies. The agreement with Amazon further underscores LG’s technological leadership and credibility in the global Wi-Fi standards domain.
SEPs refer to core patents that must be practiced when implementing an international technical standard – meaning any product using that standard inevitably relies on the patented technology. Once a technology is adopted as an international standard by global standardization organizations, companies around the world incorporate it into their products. Recognition as an SEP signifies both the contribution to advancing the entire industry and its technological value.
LG holds one of the world’s strongest patent portfolios in key standard technology fields, including mobile communications, Wi-Fi, broadcasting and codecs. As of the first half of this year, LG owned 97,880 registered patents globally, about half of which are standard-related patents.* The company’s innovative patented technologies, applied across flagship products such as OLED TVs, washing machines and refrigerators, continue to reinforce its global competitiveness.
Looking ahead, LG aims to further strengthen its patent leadership in emerging technology areas such as 6G mobile communications, vehicle-to-everything (V2X) communications, artificial intelligence (AI) and quantum computing. In its vehicle solutions business, LG has also been recognized for leadership in augmented reality (AR) technologies, earning top honors for its pioneering AR navigation patent.
Since 2022, LG has formally included the licensing of patents and other intellectual property rights in its corporate charter – accelerating efforts to build sustainable value through IP-driven innovation.
“This agreement reaffirms LG’s global leadership in Wi-Fi standard technologies,” said Cho Hwi-jae, head of LG’s Intellectual Property Center. “We will continue to drive innovation worldwide by building on our industry-leading patent competitiveness.”
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* According to LG Electronics’ 2025 semiannual report, the company holds 26,762 domestic patents and 71,118 overseas patents. (Source: link hidden, please login to view).
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By makem
I have a LG OLED55C14LB WebOS TV in the same room as my xubuntu desktop computer and router.
I have installed Gnome Network Displays on the Linux PC and both machines are on the same 5G network.
When I connect the PC to the TV via WiFi the TV puts up a 'cancel' option and no option to connect. The Network display app only has an option to 'Return' which closes the connection.
If I do nothing and wait the connection times out and returns to the TV program. The TV is obviously waiting for permission to connect.
I cannot see any way to 'accept' the connection via the TV remote. Can anyone tell me how to accept the connection?
In addition, is it possible to have the TV remember the WiFi password? Passwords are complex nowadays and it is a pain to keep having to input it. This make casting your desktop a chore.
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By Zipperhead
I visited Best Buy asking which TV’s Included ATSC 3.0 Tuners. The sales person stated that all Samsung Models did but only some High End Models of LG did. When will all LG TV’s come with ATSC 3.0 Tuners?
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By News Reporter
LG Continues to Lead Future Vehicular Software Development
by Acquiring Both Functional Safety and Cybersecurity Certifications
SEOUL, March 30, 2023 — LG Electronics (LG) is the first player to meet international testing standards for functional safety and cybersecurity management for vehicles. LG annually updates required certifications for its hardware and software solutions for electric vehicle components through leading global testing organization, TÜV Rheinland.
A respected player in the rapidly growing EV components industry, LG has consistently complied with international regulations and participated in key certification programs. To lead the field of vehicle safety, LG is committed to securing the technical capabilities both at the employee and the organizational level.
Recently, LG research engineer Kim Min-kyu obtained the Automotive Functional Safety Expert qualification, becoming the second individual ever to do so since the qualification program was established in 2011. Also, LG acquired functional safety certification for its ADAS front camera in the ‘4M’ (Material, Method, Machine, Man) categories in 2022. The company’s vehicle components also comply with the Cyber Security Management System (CSMS) – the United Nations Economic Commission for Europe’s (UNECE) regulation No. 155 (UN R155).
“With the rising importance of vehicle security and safety regulations in the global auto industry, acquiring certification for our auto components and technologies is key to maintaining competitiveness,” said Eun Seok-hyun, President of LG Vehicle component Solutions (VS) Company. “LG will continue to comply with the latest standards and grow its capabilities in safety and security to provide our customers with even more reliable solutions.”
“We congratulate LG on producing Asia’s first Functional Safety Expert, an achievement that reflects the company’s outstanding, across-the-board performance in acquiring top industry certifications and qualifications,” said Frank Juettner, CEO and director of TÜV Rheinland Korea. “Obtaining the latest certifications, including ISO/SAE 21434, demonstrates LG’s commitment to providing its customers and partners with the highest level of product, system safety and security.”
LG has built stellar track records maintaining its innovation at the highest level of quality and reliability. Already in 2018, LG secured technical certification for Functional Safety Management (FSM) in infotainment development, and in 2021, its Advanced Driver Assistance System (ADAS) front camera passed assessments for functional safety (product and processes) based on ISO 26262 – an international functional safety standard for the development of electrical and electronic systems for vehicles.
LG also plans to lead future trends in autonomous driving, where functional safety will be centered on the fast-growing area of Safety of The Intended Functionality (SOTIF). SOTIF is becoming increasingly important as the entire auto industry seeks to incorporate and expand the use of various advanced technologies in their vehicles, including artificial intelligence (AI), high-definition maps, sensor data interfaces and cybersecurity applications.
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By News Reporter
In a world controlled by Internet of Things (IoT) – a network of interconnected physical objects – users leave small online traces, like digital fingerprints. This is better known as ‘digital dust,’ made mostly of unstructured and semi-structured data which can be converted into meaningful insight in the mind of the user through the power of Internet of Behaviors (IoB). Most simply put, IoT collects large amounts of data from devices which IoB then connects to real-world actions.
Proving information helpful in identifying users’ tastes, preferences and habits, IoB has become a crucial tool for developing quality products and services tailored to users’ needs across various industries, including mobility. As digital software becomes more important for developing modern vehicles by promoting better communication between vehicles and various entertainment displays, IoB’s role in the automotive industry is rapidly growing.
So, how does IoB play its part in the development of future automobiles?
Driving Tendency
link hidden, please login to view, as discussed in our previous episode, is a vehicle information communication technology that connects cars to the network. Not limited to collecting innumerable behavioral data such as driving habits or patterns, when combined with other demographic data such as age, gender and driving history, telematics also becomes a rich source for IoB. By categorizing consumers into different groups, IoB can give unprecedented insight into the mind of the user, such as seeing which features are favored by younger male drivers or if driving styles change according to weather conditions. By providing important insight about different types of drivers, automakers can upgrade vehicle performance by remedying shortcomings and developing features that speak to their target market.
Face Recognition and Gesture Control System
People were left speechless when digital vehicle displays were first introduced, allowing drivers to control their car with a simple swipe or touch of the screen. Now that vehicle touch displays are commonplace, manufacturers are entering the next phase: touchless systems that use biometric data and body gestures via interior cameras to hand the driver effortless, hands-free control.
To realize this, each gesture must be coupled with different behavioral data, like a certain hand gesture being assigned for making phone calls. The more data accumulated, the more accurate IoB can be in enhancing the touchless technology and elevating the customer experience to the next level.
Voice Recognition System
Voice recognition-enabled features ensure hands stay firmly on the wheel for the safest, most convenient driving experience. Many automakers are pursuing various voice-controlled features by collecting voice data via the vehicle’s audio devices. With the help of IoB, this could evolve into an intelligent dialog service capable of comprehending the context and intentions behind someone’s words. If a passenger were to say, “It’s too hot,” an AI speaker might suggest opening a window or automatically circulate outside air through the cabin.
Reacting to Surroundings
Building a sophisticated system, which collects circumstantial data on the vehicle’s external environment, is just as pivotal to improving in-vehicle experiences as everything else. For autonomous vehicles especially, it’s essential because precisely recognizing the surroundings allows automobiles to make decisions like when to stop, go and which direction to head. Almost every external behavior is analyzed, such as someone running into the road unexpectedly or the speed, direction and particularities of other vehicles on the road or parked. IoB technology puts all this information to good use, bringing future mobility another step closer to reality.
Unlike a decade ago, the future of mobility now depends on the development of software with driving and in-vehicle experiences diversifying as different software systems come into play. The data collected and analyzed through IoB will enhance hardware and software with the customer in mind, allowing automakers to influence future consumer behavior and transform people’s lifestyles for the better.
To keep pace with this trend, the LG Vehicle component Solutions (VS) Company is constantly developing new cutting-edge automobile systems, such as infotainment, center information display (CID), telematics and wireless charging modules for vehicles products, using IoB technologies to invent new and improved customer experiences. LG will continue to endeavor toward a new era where next-level mobility is realized through the power of cutting-edge technologies.
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