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  • RideFlux and Tata Daewoo Begin Production of Level 2+ Autonomous Trucks
    RideFlux and Tata Daewoo Begin Production of Level 2+ Autonomous Trucks Autonomous driving AI software company RideFlux has partnered with domestic commercial vehicle manufacturer Tata Daewoo Mobility to begin production of an autonomous driving assistance system for large trucks.The collaboration aims to accelerate their entry into the commercial truck autonomous driving market, expanding from Level 2+ assistance to fully autonomous Level 4 systems.On September 7, RideFlux announced that it has signed a memorandum of understanding (MOU) with Tata Daewoo Mobility to cooperate on the development of a Level 2+ driving assistance system and Level 4 autonomous driving.The two companies will apply RideFlux's core highway driving software to Tata Daewoo Mobility's large trucks, the Maxson and Gussen, to promote the production of the Level 2+ driving assistance system.Specifically, Tata Daewoo Mobility will provide the vehicle platform and control interface, while RideFlux will develop a driver control assistance system (DCAS) software that complies with international standards (UN R171).The Level 2+ driving assistance system will integrate control of the vehicle's longitudinal and lateral movements, including lane keeping, lane changing, merging, overtaking, and toll gate passage. After production, the system's performance will be improved using real driving data collected from sold vehicles, which will also be utilized for verifying Level 4 autonomous driving technology.They will also collaborate on the development of fully autonomous Level 4 trucks. RideFlux plans to retrofit large trucks into autonomous vehicles for testing before moving to mass production of fully autonomous Level 4 trucks.The partnership also aims to explore global market entry. The two companies will seek ways to apply autonomous driving technology to the overseas commercial vehicle market in conjunction with Tata Daewoo Mobility's parent company, Tata Motors' software-defined vehicle (SDV) architecture.Through this collaboration, RideFlux will expand its business scope beyond government demonstration projects to include business-to-business (B2B) transactions supplying autonomous driving software to complete vehicle manufacturers.Tata Daewoo Mobility President Kim Tae-sung stated, "Autonomous driving is a key technology that enhances driver safety and convenience while addressing labor shortages and transportation efficiency issues in the logistics industry."RideFlux CEO Park Jung-hee emphasized, "This agreement marks a milestone for RideFlux as it transitions from a government demonstration-focused business structure to a full-scale expansion into the private B2B market for mass production of complete vehicles."In April, RideFlux became the first in South Korea to receive permission from the Ministry of Land, Infrastructure and Transport for autonomous cargo transport. It is currently conducting autonomous cargo transport over a 112-kilometer route connecting the southeastern logistics complex in Songpa, Seoul, and the logistics center in Jincheon, North Chungcheong Province, at speeds of up to 90 kilometers per hour.* This article has been translated by AI. 2026-09-07 08:56:00
  • LG Energy Solution and Seoul National University Solve LMR Battery Gas Emission Challenge
    LG Energy Solution and Seoul National University Solve LMR Battery Gas Emission Challenge LG Energy Solution and Seoul National University have secured key technology to significantly improve the stability of next-generation LMR (Lithium Manganese Rich) batteries.On September 7, LG Energy Solution announced that it achieved research results that enhance the applicability of LMR batteries for large cells in electric vehicles through a joint study with Professor Lim Jong-woo's research team from the Department of Chemistry at Seoul National University.This research has been recognized for its technical achievements and academic value, leading to its publication in the international journal 'Nature Communications.'The joint research team identified the causes of gas emissions and capacity degradation during the charging and discharging processes of LMR batteries and developed optimal operating conditions for large cells to control these issues.LMR batteries utilize inexpensive manganese as a primary material while also harnessing oxygen within the material for energy storage, achieving high energy density. However, if oxidized oxygen is not fully recovered during the discharging process, it can lead to structural damage and gas emissions within the battery. This has been considered a significant challenge for the commercialization of large cells in electric vehicles, where internal space is limited.The research team discovered that the key variables affecting oxygen recovery are not only the upper charging voltage but also the lower discharging voltage. By lowering the upper charging voltage from 4.6V to 4.3V, the reduction rate of oxidized oxygen improved significantly from 86% to 97%. Additionally, when discharging was extended to 2.0V instead of the previous 3.0V, the oxygen was nearly restored to its original state.Based on these analytical results, LG Energy Solution's researchers redesigned the operating voltage range and activation process conditions for 40Ah LMR large cells. They specifically applied a process to lower the temperature during the activation stage, effectively suppressing the gas emissions characteristic of large cells.Professor Lim Jong-woo stated, "This research clarifies the causes of degradation in LMR batteries from the perspective of oxygen reversibility and demonstrates that cell stability can be improved solely through electrochemical protocol design. It confirms that both charging and discharging conditions must be comprehensively considered to ensure the long-term stability of LMR batteries."An official from LG Energy Solution remarked, "This research effectively suppresses gas emissions, a major challenge for LMR batteries, ensuring stable battery life even in large cells. This achievement lays a crucial foundation for accelerating growth in the next-generation LMR battery market."Meanwhile, LG Energy Solution is actively working to establish a collaborative R&D ecosystem by hosting the 4th Industry-Academia Cooperation Conference at its Daejeon Technology Research Institute, attended by over 90 professors and graduate students from more than 10 leading domestic universities, including Seoul National University and KAIST.* This article has been translated by AI. 2026-09-07 08:48:10
  • SK Magic Launches Special Chuseok Promotion with 50% Subscription Discount
    SK Magic Launches Special Chuseok Promotion with 50% Subscription Discount SK Magic, the health platform brand of SK Intellix, announced a special promotion in celebration of the upcoming Chuseok holiday, offering customers a chance to access its popular water purifier lineup at more affordable rates until the 30th of this month.During the promotional period, customers can enjoy a 50% discount on subscription fees for up to 18 months on five of SK Magic's most popular water purifiers, including the MEGA ICE ice water purifier and the Two Water purifier.The company is also hosting a large-scale giveaway event. Customers who apply for product consultations during the promotion will be automatically entered into a drawing, with a total of 1,000 customers eligible to win various prizes, including up to 1 million SK Magic points for the grand prize.Additionally, SK Magic is offering benefits for customers switching from other brands. The 'Transfer Reward' program provides up to 350,000 Naver Pay points for those considering switching to SK Magic products. Other products, such as the New Mini water purifier, All Clean air purifier, Full Stainless Spa bidet, and Walkerhill mattress, will also be available at exceptional prices.An SK Magic representative stated, "In celebration of a bountiful Chuseok, we have prepared a promotion featuring significant subscription discounts and point benefits for customers considering gifts for their parents or replacing their appliances. We will continue to introduce innovative products and promotions that prioritize customer value and enhance everyday convenience."* This article has been translated by AI. 2026-09-07 08:48:00
  • National Museum Confirms Calligraphy Attributed to Pro-Japanese Figure
    National Museum Confirms Calligraphy Attributed to Pro-Japanese Figure The National Museum of Korea has confirmed that the calligraphy piece titled 'Ilban Siguk-eun (一飯是國恩),' previously attributed to patriot Park Won-geun (1912–1950), is actually the work of pro-Japanese collaborator Park Jung-yang (1874–1959).On September 7, the museum announced the conclusion reached by its advisory committee following a thorough verification process. Initially, the museum had presented the work as authored by Park Won-geun. However, concerns arose regarding the signature 'Park Won-geun,' which could potentially be another name for Park Jung-yang, prompting the museum to withdraw the piece on August 10.To ensure accurate verification, the museum appointed seven experts in calligraphy, modern history, ancient texts, and conservation science to cross-verify the artifact's history. The experts ultimately concluded that the work belonged to Park Jung-yang.The analysis revealed similarities in the brushstroke techniques to those of Park Jung-yang, and the inscription on the piece matched a seal given to him by calligrapher Kim Tae-seok in 1932. Additionally, several calligraphy pieces circulated under the name 'Park Won-geun' in overseas auctions displayed the same handwriting and seal as 'Ilban Siguk-eun.' The museum determined that 'Park Won-geun' was a name used by Park Jung-yang during his studies in Japan.Further literature research confirmed that Park Jung-yang used the name 'Park Won-geun' while selling his calligraphy across various locations in Japan. The term '韓人' used in the work and the Japanese-style mounting from the late 19th to early 20th century also aligned with his history in Japan. Based on this evidence, the museum concluded that the piece was created by Park Jung-yang during his time studying in Japan under the name 'Park Won-geun.'The National Museum of Korea plans to explain the investigation process and results to the family of patriot Park Won-geun and will issue a formal apology. To prevent similar incidents in the future, the museum intends to strengthen pre-exhibition verification processes and expand its pool of experts in modern history.Museum Director Yoo Hong-jun stated, “As the independent verifications from various fields have converged on a single conclusion, we take the results of this investigation seriously and will do our utmost in follow-up actions.” He added, “Accurate fact-checking regarding historical figures is a fundamental duty of the museum to the public, and we acknowledge our shortcomings in this instance.”He further expressed his sincere apologies to the family and the public, who viewed the piece believing it to be a relic of their ancestor, stating, “We will enhance our verification procedures for exhibited items to ensure that such an incident does not occur again.”* This article has been translated by AI. 2026-09-07 08:48:00
  • East Security Partners with Naver Cloud to Develop Cybersecurity-Focused AI Model
    East Security Partners with Naver Cloud to Develop Cybersecurity-Focused AI Model East Security is collaborating with Naver Cloud to develop a domestically produced artificial intelligence (AI) foundation model specialized in cybersecurity. The project will leverage malware data, cyber threat intelligence (CTI), and breach analysis expertise accumulated through endpoint security operations to create an AI model applicable in real-world security monitoring and vulnerability analysis.On September 7, East Security, a subsidiary of Eastsoft specializing in security, announced that the Naver Cloud Consortium, in which it participates, has been selected as the final executing agency for the 'Cybersecurity-Focused AI Foundation Model Development' project, overseen by the Ministry of Science and ICT and the National IT Industry Promotion Agency (NIPA).This initiative is a government-led project aimed at responding to increasingly sophisticated cyber threats through the advancement of high-performance AI and securing a unique domestic security-focused AI model. The Naver Cloud Consortium, recognized for its superior technology and development strategy, was chosen as the final contractor.East Security will provide extensive malware data and CTI expertise accumulated over many years in endpoint security to the Naver Cloud Consortium. This collaboration aims to implement an AI model that can be immediately utilized for security monitoring and vulnerability analysis in a top-tier 'full-stack' environment.Recently, East Security has been leading the commercialization of domestic AI security technology by launching the 'Al-Yak Agent EDR' based on its proprietary foundation model 'K-Exa One' and signing a memorandum of understanding with a domestic AI semiconductor (NPU) company for the development of next-generation K-AI security solutions and technical cooperation.With this project, East Security aims to maximize synergy by integrating domestic AI accelerators into its AI solutions, laying the groundwork for establishing a sovereign AI infrastructure specialized in domestic AI security.In this project, East Security will not only utilize AI models but also provide high-quality cybersecurity big data accumulated from various security products and services, including the vaccine 'Al-Yak.' This will enhance the domestic AI security response capabilities, which have been relatively lacking, by combining endpoint threats, CTI, breach analysis, and analytical expertise.Jung Sang-won, CEO of East Security, stated, "We will mobilize our proven capabilities in commercializing AI security services, as demonstrated by the launch of Al-Yak Agent EDR, along with our unique security data and analytical expertise to elevate national cybersecurity capabilities to a new level."The Naver Cloud Consortium plans to develop two types of security-focused AI models based on HyperCLOVA X and Exa One, featuring a mixture of experts (MoE) structure with 700 billion parameters. Approximately 830TB of security and industrial data will be utilized for training, and the developed models will be tested in key industries such as power, finance, science and technology, telecommunications, semiconductors, defense, and aerospace. The project will run from this month until July of next year. The government will support the model development with 256 NVIDIA B200 GPUs, and the results will be made open-source to promote the domestic security ecosystem.* This article has been translated by AI. 2026-09-07 08:44:00
  • NH Investment & Securities Raises Doosan Fuel Cell Target Price Following U.S. Data Center Contract
    NH Investment & Securities Raises Doosan Fuel Cell Target Price Following U.S. Data Center Contract NH Investment & Securities announced on September 7 that it has raised its target price for Doosan Fuel Cell from 34,000 won to 58,000 won, citing reduced uncertainty regarding the company's long-term growth following a contract for fuel cells for U.S. data centers. The investment opinion was also upgraded from 'hold' to 'buy.'Research analyst Jeong Yeon-seung stated, "We successfully secured a contract for fuel cells for data centers through our U.S. affiliate, HyAxiom. The contract amount is 501.4 billion won, and it is estimated that a higher price per unit has been applied compared to recent domestic contracts, suggesting the order size is approximately 140 MW."He added, "Considering the absolute supply scale, it is highly likely that these fuel cells will be used as the main power source rather than as auxiliary power for data centers. This contract confirms that phosphoric acid fuel cells (PAFC), which have lower efficiency than solid oxide fuel cells (SOFC), can also enter the U.S. data center power market."Jeong also noted the potential for additional PAFC orders due to increasing on-site power generation demand in the U.S., stating, "The contract for fuel cells for U.S. data centers has alleviated uncertainties regarding long-term growth." He projected a possibility of turning a profit by 2027, explaining, "Based on the orders secured so far, we have secured an annual production volume of over 250 MW of fuel cells. Revenue is expected to expand to 882.1 billion won by 2027, and with PAFC production capacity set to increase to 350 MW annually, there is ample capacity to handle additional orders." However, he cautioned that in 2026, there will be financial burdens due to the costs associated with replacing stacks of previously supplied fuel cells and low operating rates, leading to annual operating losses and increased working capital. He concluded, "From 2027 onwards, production volumes are expected to increase significantly, which will ease fixed cost burdens and enable a return to operating profit."* This article has been translated by AI. 2026-09-07 08:44:00
  • NIA Announces Organizational Restructuring to Enhance AI and AX Support
    NIA Announces Organizational Restructuring to Enhance AI and AX Support The National Information Society Agency (NIA) announced on September 7 that it has implemented an organizational restructuring.Previously, NIA has led the execution of national AI policies, focusing on AI data construction, the spread of AI transformation (AX), the realization of inclusive AI, AI policy support, and the establishment of AI infrastructure.This restructuring aims to strengthen the foundation of AI government stability, enhance AX support functions, and establish a response system for three major AI projects.To achieve this, the existing AI Government Support Team will be elevated to the AI Government Foundation Headquarters. Additionally, a new 'AI Government Project Team' will be established within the AI Government Headquarters to support the establishment and implementation of national tasks related to the introduction of AI services in the public sector.The AI Innovation Support Team will be integrated and reorganized under the AI Intelligent Convergence Headquarters, consolidating AX-related functions.Furthermore, a new 'Agentic AI Innovation Team' will be established under the Intelligent Technology Infrastructure Headquarters to support the creation of an ecosystem where all citizens can utilize AI agents.To ensure the success of the three major AI projects, the Data Utilization Technology Team will be tasked with functions related to physical AI data. This aims to support the acquisition and utilization of high-quality data, which is a core foundation in the physical AI field.NIA President Kim Hyung-cheol stated, "This organizational restructuring is intended to swiftly support the core national AI policies. We will do our utmost to ensure that government AI policies lead to tangible results that citizens can feel."President Kim was appointed as the 16th NIA President in April and will serve until March 2029.* This article has been translated by AI. 2026-09-07 08:40:00
  • Director Lee Chang-dongs Possible Love Receives Standing Ovation at Venice Film Festival
    Director Lee Chang-dong's 'Possible Love' Receives Standing Ovation at Venice Film Festival The Netflix film 'Possible Love,' competing at the 83rd Venice International Film Festival, made its world premiere to a six-minute standing ovation and widespread acclaim from international media.On September 6, at the Sala Grande theater on the Lido in Venice, the official screening of 'Possible Love' took place. As the 164-minute film concluded and the credits rolled, the audience erupted into enthusiastic applause and cheers for approximately six minutes.According to reports from U.S. entertainment outlet Variety and others, director Lee Chang-dong and the cast embraced each other, sharing the emotional moment. Notably, actors Sol Kyung-gu and Jo In-sung were seen wiping away tears, while Jeon Do-yeon and Jo Yeo-jeong responded with bright smiles, leaving a lasting impression. The applause continued for six minutes before the organizers prompted the audience to exit.The red carpet event prior to the screening showcased the high interest in the film. Dressed in coordinated black-and-white outfits, director Lee and the four lead actors were met with a flurry of camera flashes from the gathered international press. The actors engaged with fans, signing autographs and providing a warm fan experience.'Possible Love' is Lee's first film in eight years since 'Burning' in 2018. The narrative intertwines the lives of Ho-seok, a factory worker who loses his job due to mass layoffs, and his wife Mi-ok, alongside Ye-ji, who aims to document the harsh realities of factory workers, and her wealthy husband Sang-woo.In a preceding press conference, Lee explained his directorial intent, stating, "The film poses the question of whether cinema can still connect people in the fundamentally changing landscape of human relationships post-COVID-19."Following its world premiere, international media praised the film, positioning it as a strong contender for the Golden Lion award. U.S. outlet Vulture posed the question, "Could this be the best film at this year's Venice Film Festival?" and described it as a timeless work exploring class, desire, and freedom.The Guardian awarded the film four out of five stars, highlighting its "delicate balance, beautiful performances, and intellectual richness," while Time called it a "sensitive drama about love and longing in uncertain times." Deadline commended the perfect casting and ensemble performance, stating that the four lead actors fully realized the director's vision.'Possible Love' is the first Korean film from Netflix to compete at one of the world's top three film festivals. Following its debut in Venice, it has been invited to prestigious global film festivals in Toronto, New York, and London. Additionally, it has been selected as South Korea's entry for the International Feature Film category at the 99th Academy Awards, signaling a strong Oscar campaign.Meanwhile, 'Possible Love' will have an early release in select theaters in South Korea on September 23, followed by a theatrical release in the U.S. on October 23, and will be available to global audiences on Netflix starting November 6.* This article has been translated by AI. 2026-09-07 08:36:00
  • Hyundai Wia to Supply First Fully Autonomous Forklifts in South Korea
    Hyundai Wia to Supply First Fully Autonomous Forklifts in South Korea Hyundai Wia is set to supply fully autonomous forklifts for use in manufacturing environments.On September 7, Hyundai Wia announced that it will provide forklifts capable of fully automated loading and unloading. The first application of these autonomous forklifts will be at Kia's AutoLand plant in Hwaseong in May 2027. These forklifts will autonomously navigate the factory, transporting goods loaded on pallets and performing loading and unloading tasks. The technology builds on Hyundai Wia's experience in developing autonomous mobile robots (AMRs) currently in mass production.The forklifts utilize lidar sensors, vision sensors, and safety scanners to navigate the workspace and transport items. They also employ 'digital twin' technology, which replicates the factory environment in a virtual space, allowing the forklifts to generate optimal travel routes.Hyundai Wia has focused on enhancing the key loading and unloading capabilities of the forklifts. Using vision sensors, the forklifts can accurately recognize the position of pallets and adjust for factors such as the truck's condition and the settling of vehicles during the loading process, as well as the movement of pallets based on ground conditions.Additionally, the forklifts incorporate a real-time data optimization technology using iterative closest point (ICP) algorithms. This allows them to recognize when a pallet has moved up to 250 millimeters from its target position or has tilted more than 10 degrees. The forklifts also feature an automatic posture correction function to adjust to the slope of container entry and exit points.The maximum load capacity of the autonomous forklifts is 4 tons, comparable to that of medium-sized forklifts commonly used in manufacturing. They are designed to operate at a maximum speed of approximately 6.5 kilometers per hour, prioritizing safety within the factory. Each side of the forklift is equipped with safety scanners to detect obstacles and halt operations in case of potential hazards.Hyundai Wia plans to expand its business globally by establishing a total solution for mobile robots, which includes the autonomous forklifts, currently commercialized AMRs, and parking robots.A Hyundai Wia representative stated, "By supplying autonomous forklifts, we can further diversify our lineup of industrial robots used in manufacturing environments." Meanwhile, the global market for autonomous forklifts is rapidly growing due to increasing automation demands in manufacturing and logistics. According to market research firm MarketsandMarkets, the global autonomous forklift market is expected to expand from $3.17 billion this year to $6.07 billion by 2033, with an annual growth rate of 9.7%.* This article has been translated by AI. 2026-09-07 08:32:00
  • HPLS CEO Kim Hyung-jin Projects $4 Billion Annual Revenue from U.S. Electric Steel Plant
    HPLS CEO Kim Hyung-jin Projects $4 Billion Annual Revenue from U.S. Electric Steel Plant Kim Hyung-jin, CEO of the Hyundai Steel-Posco Louisiana Electric Steel Plant (HPLS), projected that the annual revenue from the U.S. facility could reach $4 billion (approximately 5 trillion won) when operating at full capacity. He expressed confidence that the plant could achieve a double-digit operating profit margin within ten years.During a press conference held on September 3 in Donaldsonville, Louisiana, Kim stated, "If we produce 2.7 million tons and sell the targeted products, we can expect about $4 billion in revenue."HPLS is Hyundai Steel's first electric steel mill in the U.S., with a production capacity of 2.7 million tons. Hyundai Steel holds a 50% stake, while Posco owns 20%, and Hyundai Motor and Kia each have 15%. The plant is expected to begin mass production in 2029, producing 1.8 million tons of automotive steel and 900,000 tons of general steel annually.Kim also cautiously shared a long-term goal of achieving a double-digit operating profit margin within ten years. He noted, "The market volatility has increased significantly since COVID-19, making it difficult to predict changes. However, I believe the operating profit margin will be between 10% and 20% in ten years."More than half of the production volume has already secured a sales foundation. Kim mentioned, "We have confirmed sales of 800,000 tons, with 400,000 tons each for Hyundai Motor and Kia, and Posco has plans for 600,000 tons. I believe we can sell the remaining automotive steel through existing sales channels."Kim highlighted the carbon reduction production system as HPLS's greatest strength. Unlike traditional blast furnace methods that use coal, HPLS will utilize natural gas and electric arc furnaces, significantly reducing carbon emissions.He emphasized, "Our biggest advantage is that we can reduce carbon emissions by 70% compared to other automotive steel. As both steel mills and automotive companies aim for sustainability, this will be a significant competitive edge."Collaboration with key investor Posco is also set to intensify. Kim stated, "We reviewed and collaborated with Posco on all aspects of the project design. Some Posco personnel will also work at HPLS in the future, and we will continue to cooperate." However, the two companies are currently negotiating specific roles, including sales rights for the produced products.In conclusion, Kim remarked, "HPLS will become the world's first steel mill capable of producing automotive steel with a 70% reduction in carbon emissions. I ask for your warm interest and support for the success stories we will create in the U.S. in the future."* This article has been translated by AI. 2026-09-07 08:32:00