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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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LOWE’S INVITES BAY AREA RESIDENTS TO “TRY ON” THEIR KITCHEN WITH LOWE’S STYLE STUDIO™

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Designed exclusively for Apple Vision Pro, Lowe’s Style Studio™ empowers customers to visualize and experience a kitchen refresh in minutes at five Bay Area stores starting April 26

CHARLOTTE, N.C., April 25, 2025 /PRNewswire/ — Beginning Saturday, April 26, Lowe’s stores in northern California will offer free appointments for Lowe’s Style Studio™, an immersive 3D experience that lets customers design and “try on” their dream kitchen using Apple Vision Pro, changing the colors, styles, and features around them in real time. Lowe’s Style Studio™ combines spatial computing with home improvement, giving customers the ultimate confidence of experiencing their dream kitchen—or a smaller project like a new sink or wall color —before actually renovating it.

“We try on clothes, sample paint colors, and test drive cars to help us decide before we buy,” said Chandhu Nair, Lowe’s SVP of Data, AI and Innovation. “Customers deserve that same confidence when it comes to home renovation. With Lowe’s Style Studio, consumers don’t have to guess what their new kitchen could look like—they can step into it and experience their style choices together as if they are actually there. This is the future of retail—personal, immersive, and powered by technology.”

Lowe’s shoppers can focus on a single aspect of the kitchen—like a new cabinet color—or reimagine the entire room using Lowe’s Style Studio™ for Apple Vision Pro. Within the experience they can view full-sized countertops, backsplashes, and appliances within a kitchen, all for free. This is particularly helpful for products like countertops, where a full scale rendering allows customers to see additional variation and veining. Whether it’s a major overhaul or a small refresh, Lowe’s Style Studio™ makes it easy to explore design possibilities before spending a dime.

The pressure to get kitchen remodels right impacts DIYers and the Pros that support them. Interior designers, real estate agents, and installers have used Lowe’s Style Studio™ to help clients feel more comfortable with their design selections. By turning ideas into immersive, shared experiences, the tool brings everyone to the table with clarity and confidence—and with Lowe’s lowest price guarantee, customers can feel good about their choices from every angle. Spatial computing seamlessly blends digital content into the physical space, enabling users to interact in stunning resolution, using intuitive input controlled by a user’s eyes and hands.

Customers are encouraged to bring family members or home professionals to their session, where they can follow along on an iPad that mirrors the Apple Vision Pro experience. Customers can then digitally save and share their selected styles at the end of the session. These can also be saved to the customer’s Lowes.com account for future reference at home.

Sessions are free with no purchase commitments and available by appointment or walk-in (appointments are preferred). Appointments can be made at Lowes.com for the following California stores:

Concord, 1935 Arnold Industrial Way, ConcordEast San Jose, 775 Ridder Park Dr., San JoseDublin, 3750 Dublin Blvd., DublinSouth San Jose, 5550 Cottle Rd., San JoseSunnyvale, 811 East Arques Ave., Sunnyvale

About Lowe’s
Lowe’s Companies, Inc. (NYSE: LOW) is a FORTUNE® 50 home improvement company serving approximately 16 million customer transactions a week in the United States. With total fiscal year 2024 sales of more than $83 billion, Lowe’s operates over 1,700 home improvement stores and employs approximately 300,000 associates. Based in Mooresville, N.C., Lowe’s supports the communities it serves through programs focused on creating safe, affordable housing, improving community spaces, helping to develop the next generation of skilled trade experts and providing disaster relief to communities in need. For more information, visit Lowes.com.

Media Contact
Caitlin Byrnes
Lowe’s Companies, Inc.
caitlin.byrnes@lowes.com 

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SOURCE Lowe’s Companies, Inc.

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Zepp Health Corporation Files 2024 Annual Report on Form 20-F

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MILPITAS, Calif., April 25, 2025 /PRNewswire/ — Zepp Health Corporation (“Zepp Health” or the “Company”) (NYSE: ZEPP), a global leader in smart wearables and health technology, today announced that it has filed its annual report on Form 20-F for the full year ended December 31, 2024 with the U.S. Securities and Exchange Commission (the “SEC”).

The annual report can be accessed on the Company’s investor relations website at http://ir.zepp.com and on the SEC’s website at www.sec.gov. The Company will provide hardcopies of the annual report, free of charge, to its shareholders and ADS holders upon request. Requests should be submitted to ir@zepp.com.

About Zepp Health Corporation (NYSE: ZEPP)

Zepp Health Corporation (NYSE: ZEPP) is a global smart wearable and health technology leader, empowering users to live their healthiest lives by optimizing their health, fitness, and wellness journeys through its leading consumer brands, Amazfit, Zepp Clarity and Zepp Aura. Powered by its proprietary Zepp Digital Management Platform, which includes the Zepp OS, AI chips, biometric sensors and data algorithms, Zepp delivers cloud-based 24/7 actionable insights and guidance to help users attain their wellness goals. To date, Zepp has shipped over 200 million units, and its products are available in more than 90 countries and regions. Founded in 2013 as Huami Corp., the Company changed its name to Zepp Health Corporation in February 2021 to emphasize its health focus with a name that resonates across languages and cultures globally. Zepp has team members and offices across globe, especially in Europe and USA regions.

For investor and media inquiries, please contact:

In China:
Zepp Health Corporation
Grace Yujia Zhang
Email: ir@zepp.com 

Piacente Financial Communications
Tel: +86-10-6508-0677
Email: zepp@tpg-ir.com 

 

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SOURCE Zepp Health Corp.

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Symphony Robotics Welcomes Neurosurgery Leader Dr. Neil A. Martin as Chief Medical Officer to Revolutionize Glioblastoma Treatment with First-Ever MRI-Steerable Micro-Robotics

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MIAMI, April 25, 2025 /PRNewswire/ — Symphony Robotics, a pioneer in advanced neurosurgical micro-robotics, today announced the appointment of renowned neurosurgeon Dr. Neil A. Martin as its Chief Medical Officer (CMO). In this pivotal role, Dr. Martin will lead the advancement of the company’s groundbreaking, engine-free, nonlinear, flexible micro-robotic system, poised to transform the treatment landscape for Glioblastoma Multiforme (GBM).

Symphony Robotics, a pioneer in advanced neurosurgical micro-robotics, appoints renowned neurosurgeon as CMO.

“Glioblastoma remains the most treatment-resistant and lethal primary brain tumor, with a median survival of only 14-16 months following maximal safe resection plus adjuvant chemoradiotherapy, and a five-year survival rate below 7%,” stated Dr. Martin. “Despite significant advances in molecular characterization and targeted therapeutics, meaningful improvements in clinical outcomes have remained elusive.”

Early preclinical studies using anatomically accurate GBM models under real-time MRI guidance have shown that Symphony Robotics’ platform achieves significant improvements in maneuverability, resulting in up to 3 times the volumetric coverage when compared with existing technologies, with millimeter-level precision, crucial for protecting critical healthy brain tissue while maximizing tumor removal.

Dr. Martin continued, “Symphony Robotics is positioned to transform the treatment paradigm by substantially extending the capabilities of Laser Interstitial Thermal Therapy (LITT) in GBM—potentially tripling the ablation volume achievable through its steerability after single-site minimally invasive insertion. Our initial objective is to significantly enhance the efficacy of LITT through precise, nonlinear navigation to previously unreachable tumor margins, even in large and irregular tumors. We are implementing an aggressive translational research pipeline for developing applications to accompany and synergize with thermal ablation, including targeted drug and immunotherapy delivery systems for precision neuro-oncology.”

“Symphony Robotics is built on a foundation of rigorous research and a robust intellectual property portfolio, supported by grants from the National Institutes of Health (NIH) and the National Science Foundation (NSF), and exclusively licensed from Case Western Reserve University,” said Mordechai (Moty) Avisar, Founder and CEO of Symphony Robotics. “Welcoming Dr. Martin—a visionary leader in neurosurgery—to our team marks a pivotal milestone that will accelerate our mission to revolutionize GBM treatment. By harnessing the power of artificial intelligence, our platform is poised to optimize therapy and deliver this life-changing technology to patients worldwide.”

The company is currently establishing collaborations with leading neurosurgical centers to initiate beta site testing later this year, ensuring thorough clinical assessment in diverse patient populations and anatomical scenarios.

CONTACT: info@symphonyrobotics.health
LinkedIn: https://www.linkedin.com/company/symphonyrobotics/

Symphony Robotics is developing advanced medical technology focused on transforming neurosurgical precision through its engine-free, nonlinear, flexible, micro-robotic platform, leveraging AI to optimize GBM treatment. Recognizing the limitations of current techniques in treating complex intracranial pathologies, particularly aggressive cancers like GBM and medically refractory epilepsy, the company aims to improve surgical outcomes by enabling more precise and extensive tumor ablation, minimizing damage to healthy brain tissue, and ultimately improving both patient survival and quality of life. The integration of real-time MRI guidance with advanced robotics and computational navigation algorithms allows their innovative platform to access and treat previously unreachable areas within the brain. Disclaimer: Symphony Robotics’ products are not approved by the Food and Drug Administration (FDA) and are not available for commercial distribution or clinical use.

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SOURCE Symphony Robotics

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