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LG Innotek aims to grow its Vehicle Sensing Solution business into a 1.4 billion USD operation by 2030

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To newly establish a LiDAR business organization directly under the CEO recentlyTo strengthen Vehicle Camera Module business capability via equity investment, product enhancement, and factory expansion.To become a ‘Vehicle Sensing Total Solution Provider’…providing differentiated customer values 

SEOUL, South Korea, July 3, 2024 /PRNewswire/ — LG Innotek (CEO Moon Hyuksoo) is poised to accelerate growth in the vehicle sensing solution business by leveraging its leading-edge optical technology to drive innovation in the future mobility sector.

At a press conference held in March, LG Innotek CEO Moon, Hyuksoo outlined his plans, stating, “We will identify a new business opportunity where we can leverage our company’s distinctive ‘No. 1 know-how’ in the mobile camera module industry to establish a robust business portfolio.”

The sensing solution business for AD (Autonomous Driving) & ADAS (Advanced Driver Assistance System) is one of the most promising areas where the CEO’s management strategy can be implemented with the greatest impact.

The paramount concern in the autonomous driving market, which is emerging as a key area for future vehicles, is the safety of both drivers and pedestrians. If a vehicle cannot accurately detect obstacles that hamper driving, it may lead to a serious accident. This is the reason why car makers are investing in advanced vehicle sensing solutions.

To newly establish a LiDAR business organization directly under the CEO recently

LG Innotek has identified ‘High Performance LiDAR’ as a key pillar of its Vehicle Sensing Solution business and is pursuing a targeted approach to the LiDAR market.

In particular, LG Innotek has recently established a dedicated business division for LiDAR, reporting directly to the CEO. The development and business of LiDAR, previously dispersed across the existing optical solution business division and CTO, have been consolidated under the LiDAR business division. This organisational restructuring was driven by the CEO’s strong desire to oversee the LiDAR business directly and to enhance capabilities and operational efficiency.

LG Innotek has been consistently strengthening its core capacity to engage in the LiDAR business since 2015. Last year, LG Innotek acquired 77 US patents related to LiDAR from a US autonomous driving startup company. The company currently holds over 300 patents related to LiDAR.

To strengthen Vehicle Camera Module business capability via equity investment, product enhancement, and factory expansion.

Another product line that LG Innotek has identified as a key pillar is high-value added vehicle camera modules.

The majority of camera modules mounted on vehicles that have been commercialised to date tend to fulfil only the basic function of filming and have low added value as products. However, as we enter the era of autonomous driving, the vehicle camera modules must take on the role of the eyes of a driver. It is therefore vital that vehicle camera modules are equipped with enhanced sensing capabilities.

In line with such trends, LG Innotek has entered into a contract for equity investment with AOE Optronics (hereinafter referred to as ‘AOE’) to enhance its capabilities in the vehicle camera module business.

Recently, there has been a notable increase in demand for ‘Aspherical Glass Lenses’, a key component for high-resolution cameras in the autonomous driving vehicle industry. AOE has considerable expertise in manufacturing technologies for this specific area. By working closely with AOE, LG Innotek is able to accelerate the development of high-value camera modules.

Furthermore, in February 2024, LG Innotek launched a ‘High-Performance Heating Camera Module’, designed to rapidly defrost vehicle camera lenses in cold weather conditions. This module maintains its original size while adding a heating function to offer customers enhanced value.

LG Innotek is currently developing a high heat-generating material that can accelerate heating even faster than the current product. The company intends to conduct performance verification on the ultra-high-speed heating camera modules incorporating this material.

Moreover, LG Innotek is developing camera modules with a washing function to remove foreign substances like dust from the lens while driving. These will enable the company to expand its high-value-added vehicle camera module portfolio.

The company is also investing in facilities to occupy the vehicle camera module market.

In addition, LG Innotek purchased approximately 99,173 square meters of land near its manufacturing subsidiary in San Juan de Rio, Mexico, with the intention of expanding its factory last year. The newly expanded factory is scheduled to commence mass production of vehicle camera modules in the second half of next year.

An official from LG Innotek commented, “The decision to locate the vehicle camera module production hub in Mexico was driven by our strategy to enhance our ability to serve customers in the North American region, where major car makers are concentrated, by making good use of the geographical proximity.”

To become a ‘Vehicle Sensing Total Solution Provider’…providing differentiated customer values

LG Innotek aims to become a market leader in AD/ADAS sensing solutions by offering differentiated customer value as a ‘Vehicle Sensing Total Solution Provider’ that encompasses vehicle interior and exterior solutions.

It is well-known that global car manufacturers developing autonomous driving vehicles have established various strategies for adopting different sensing components.

LG Innotek intends to continue improving the performance of vehicle camera modules in response to customers who are interested in adopting only vehicle camera modules.

Furthermore, the company is actively seeking to attract customers by implementing ‘Sensor Fusion’, which combines vehicle camera modules and LiDAR through software.

This will enable the company to offer customers a wider range of sensing parts for installation on a vehicle’s exterior and a ‘In-Cabin Vehicle Camera Module’ that can be employed for various purposes inside a vehicle, such as teleconferencing, entertainment, and infant monitoring.

The CEO stated that, based on the formula for becoming No. 1 learned from the mobile camera module business, the vehicle sensing solution business will be fostered into a business with annual sales of 1.4 billion USD by 2030 and developed as another top-ranking business.

 

[Reference 1] Outlook on size of global autonomous driving vehicle market
According to the global market research firm, ‘Precedence Research,’ the global autonomous driving vehicle market is forecasted to grow by an annual average of 35% from 158.3 billion USD in 2023 to approximately 2.35 trillion USD in 2032.

[Reference 2] Outlook on size of global autonomous driving LiDAR market
The global autonomous driving vehicle market is forecast to grow by an annual average of 35% from 158.3 billion USD in 2023 to approximately 2.35 trillion USD in 2032, according to the global market research firm, ‘Precedence Research’.

[Reference 3] Outlook on size of global vehicle camera module market
The market research firm S&P Global and LG Innotek’s internal analysis indicates that the global vehicle camera module market will grow at an annual average of 7% from 6.44 billion USD in 2023 to 10.03 billion USD by 2030 due to the advancement of autonomous driving technology.

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BlueNexus Technologies Unveils AquaX Hub at SIWW 2026 — AI Autonomous Operations Extended to Legacy Water Assets

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SINGAPORE, June 21, 2026 /PRNewswire/ — At Singapore International Water Week (SIWW) 2026, BlueNexus Technologies unveiled the global debut of AquaX Hub™ — a compact plug-and-play edge device that brings full AI-powered autonomous operation to standalone water equipment and legacy treatment plants. The launch drew sustained engagement from utilities, industrial operators and engineering firms.

The water sector confronts converging pressures: aging infrastructure, a critical shortage of skilled technicians, and relentless operational cost escalation. AquaX Hub™ answers these directly — extending the AI autonomous operation already proven plant-wide by AquaX Robot™ to a single asset, and delivering comparable monitoring and operational management without a control-system overhaul.

“The industry cannot hire its way out of this problem,” said Jack Zhang, CEO of BlueNexus Technologies. “AI autonomous operation is no longer a future concept — the barrier to entry is gone.”

The AquaX Ecosystem

BlueNexus has built the industry’s first fully integrated AI autonomous water operation platform, spanning three complementary pillars:

AquaX Robot™ is the flagship plant-wide AI agent, built on large language models with proprietary vision, acoustic and infrared multimodal sensing. It optimizes treatment processes 24/7 and predicts equipment failures. Live deployments show up to 90% reduction in on-site staffing, a 50% drop in equipment breakdowns, and approximately 35% lower O&M costs.

AquaX Hub™, making its global debut at SIWW 2026, is a lightweight edge terminal extending that capability to any water system. With an independent local processing module, it monitors and inspects equipment through multimodal sensing and runs a self-contained processing loop. The device integrates seamlessly with existing SCADA, cloud and enterprise platforms via standardized APIs.

i-WaterHub™, the company’s standardized modular treatment plant, operated autonomously by AquaX Robot, delivers 2,500 to 40,000 m³/day for municipal and industrial applications.

Market Momentum

SIWW 2026 convened nearly 500 exhibitors from over 65 countries. BlueNexus has identified priority markets for AquaX Hub™ in Southeast Asia, the Middle East and Africa. “The conversations this week have already translated into concrete business opportunities and we expect rapid deployment in the coming months.” Zhang confirmed.

About BlueNexus Technologies

BlueNexus Technologies is a Singapore-based water-technology company building intelligent, AI-operated systems for the world’s most water-intensive industries. We design and deliver modular water treatment infrastructure that is smarter to run, faster to deploy, and built to operate autonomously.

Web: www.bluenexus.tech

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SOURCE BlueNexus Technologies

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VIVATECH 2026 CELEBRATES ITS 10TH ANNIVERSARY WITH A RECORD EDITION SURPASSING 200,000 VISITORS

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With the presence of Emmanuel Macron and Narendra Modi, Prime Minister of India

PARIS, June 20, 2026 /CNW/ — From June 17 to 20, 2026 at Paris Porte de Versailles, VivaTech celebrated its 10th edition, surpassing the exceptional milestone of 200,000 visitors from 165 nationalities, with more than 15,000 startups present, 1,155 speakers and over 5 billion cumulative impressions on social media. Europe’s largest tech and innovation event has reached a new dimension, consolidating its status as an unmissable global gathering.

Exceptional speakers

VivaTech welcomed the greatest figures in global tech: Jeff Bezos (Amazon & Blue Origin), Dave Limp (Blue Origin), Bernard Arnault (LVMH), Henna Virkkunen (European Commission), Ekaterina Zaharieva (European Commission). Germany, Country of the Year 2026, was represented by a ministerial delegation, while India, AI Country Partner 2026, was led by Prime Minister Narendra Modi, as a continuation of the AI Summit in New Delhi.

Innovation and business at the heart of the event

More than 4,500 exhibitors, 61% of whom were international, showcased their latest innovations. Among the standout innovations: the smart contact lens by XPANCEO, the thought-controlled humanoid robot by Unitree x HABS, and the 3D-printed resorbable implants by Lattice Medical. New formats such as the Business Plaza and Investors Office Hours further accelerated business connections.

The VivaTech x Bloomberg Awards

For the first time, VivaTech presented the VivaTech x Bloomberg Awards, recognising the most influential figures in global tech, including Sir Tim Berners-Lee (Visionary Award), Joe Tsai (Leadership Award) and Yann LeCun (Momentum Award).

Innovation open to all

VivaTech also took over the Champs-Élysées on June 14th for an open-air technology showcase, before opening its doors to the general public on June 20th with astronaut Thomas Pesquet as guest star.

“This 10th edition was not a celebration of the 9 previous years, but the opening of a new decade full of promise.” — Maurice Lévy, Michèle Benbunan & François Bitouzet, VivaTech

See you from June 16 to 19, 2027 at Paris Expo Porte de Versailles for VivaTech 2027!

About VivaTech

VivaTech accelerates innovation by connecting startups, tech leaders, major companies, and investors responding to our world’s biggest challenges.  

Each year, over four exciting days in Paris, VivaTech creates Europe’s biggest startup and tech event, exploring the most disruptive topics in tech with world-premiere demos, launches, and conferences in a collaborative ecosystem. This is where business meets innovation. Join us for the eleventh edition of VivaTech 16-19 June 2027.

For more information go to our website at https://vivatech.com/media or follow us on social media @VivaTech.

Contact
press@vivatechnology.com 

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SOURCE VivaTech

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Pope Leo XIV embraces paediatric patients at CNAO in Pavia

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PAVIA, Italy, June 20, 2026 /PRNewswire/ — The National Center for Oncological Hadrontherapy (CNAO) served as the first stop today during Pope Leo XIV’s pastoral visit to the city of Pavia. His choice to begin his journey at this center reflects a profound commitment to fostering meaningful dialogue between advanced scientific progress and the alleviation of human suffering.

CNAO President Gianluca Vago and General Manager Sandro Rossi received His Holiness, illustrating the center’s distinctive capabilities. CNAO stands out as a unique reality in Italy, remaining one of the very few facilities worldwide capable of delivering hadrontherapy using both protons and carbon ions. The technological core of the facility is its synchrotron, a subatomic particle accelerator that generates ultra-high-precision beams to treat complex, inoperable and radioresistant tumours. This cutting-edge technology allows for the targeted eradication of diseased cells while meticulously preserving surrounding healthy tissues, drastically improving patients’ survival and quality of life.

Furthermore, CNAO is expanding its capabilities as a premier multi-center utilizing new ion species, like Helium, later Oxygen and Neon. Soon, treatments will incorporate the Leo Cancer Care upright positioning and imaging system. The immediate future also includes beginning therapies with a Hitachi dedicated proton accelerator and gantry and a BNCT system for metastatic diseases, equipped with an electrostatic accelerator produced by TAE Life Science. With these new technologies, CNAO will become one of the most technologically advanced center in the world.

To date, over six thousand individuals, including approximately three hundred children and adolescents, have benefited from these life-saving treatments.

During his visit, the Pope engaged with CNAO’s Board of Directors, a collaborative body uniting national universities, clinical institutions, and research centers. He also extended his heartfelt greetings to the two hundred employees of the center. These doctors, physicists, engineers, and researchers tirelessly operate the advanced technologies in the service of oncology patients.

The emotional pinnacle of the day was the Holy Father’s private gathering with a delegation of young children who underwent treatment. The paediatric patients and their families shared a deeply touching moment of closeness, receiving the Pope’s comforting embrace.

“The visit of Pope Leo XIV honours us and represents a moment of extraordinary human value”, stated CNAO President Gianluca Vago. “In his encyclical Magnifica Humanitas, the Holy Father emphasizes the necessity of a science that constantly safeguards the centrality of the person and directs technology toward the common good. In a time marked by global tensions, CNAO testifies daily how the incredible power of the atom can be used not to destroy, but to heal. The particle beams we utilize against disease are, symbolically, Rays of Hope, sharing and supporting the IAEA project bearing this name. The embrace the Holy Father reserved for our children reminds us that scientific research finds its most authentic purpose when it encounters listening, compassion, and hope”.

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