Digital Treatment for Dizziness

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[INQ. NO. 2511E08] NeuroEars is a venture company established in 2021 that is developing digital treatments for dizziness.
To this end, NeuroEars is developing medical software (SaMD) that measures dizziness based on virtual reality, a diagnostic module that analyzes dizziness based on artifi cial intelligence — and vestibular rehabilitation content that treats dizziness, based on virtual reality and artifi cial intelligence.
NeuroEars has released medical software that measures dizziness after receiving Class-2 medical device approval from the Ministry of Food and Drug Safety, and is expecting that its vestibular rehabilitation content will be released this year.

Dizziness measurement medical software
NeuroEars-Anna, dizziness measurement software, is medical software that measures dizziness based on a virtual reality device (HMD). NeuroEars-Anna allows you to perform all 18 dizziness tests without any additional hardware.
NeuroEars-Anna provides the same VOR test function as the existing nystagmometer, and also provides oculomotor tests and SVV/SVH test functions using virtual reality.Additionally, because it is virtual reality-based software, there are no space limitations, and the optimal system can always be provided to users through remote maintenance.

NeuroEars-Anna is virtual reality-based medical software that has obtained Class-2 medical device approval from the Ministry of Food and Drug Safety. It is the first in Korea to be recognized by the Health Insurance Review and Assessment Service for insurance premiums. NeuroEars-Anna is currently in use at over 70 medical institutions.
NeuroEars is expanding its market by offering its product at a significantly lower price compared to competing products that offer similar functions.


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Cyber Threat Intelligence Search Engine

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[INQ. NO. 2511E07] AI SPERA Inc. specializes in Cyber Threat Intelligence (CTI.). It provides threat intelligence by collecting AI and Open-Source Intelligence (OSINT)-based data to analyze IP threats on a worldwide scale.
AI SPERA’s flagship service, Criminal IP, is a web-based CTI search engine that was released globally in 2022. It also provides an Attack Service Management (ASM) service to proactively respond to and prevent cyberattacks that target IT assets in companies and institutions.

Criminal IP Detects Vulnerabilities in Personal or Corporate Cyber Assets
Criminal IP is a cyber threat intelligence search engine that detects vulnerabilities in personal or corporate cyber assets in real-time. The search engine also provides proactive protection against potential threats.
As a Web-based search engine, Criminal IP enables you to search and analyze malicious IP addresses, phishing sites, and domains, as well as banner information and abuse records at your convenience.
Furthermore, the developer API that Criminal IP provides is used to block attackers looking to infiltrate corporate assets as well as manage assets that are exposed to the attack surface.


 Criminal IP ASM
Criminal IP ASM is a cyber threat intelligence-based IT asset and threat detection attack surface management solution.
AI SPERA provides Cyber Threat Intelligence from a hacker’s perspective by developing AI-driven security solutions. With a single domain, it can identify the IT assets of vulnerable companies and institutions, and enable rapid automated action.


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UWB Wearable Solution

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[INQ. NO. 2511E06] SRV Positioning, a company specializing in Ultra-Wideband (UWB) wireless communication technology solutions, recently introduced its UWB wearable solution at KES 2025, held in Seoul.
UWB is a short-range wireless-communication method based on high frequencies. Similar to Bluetooth, it operates in the gigahertz (GHz) frequency range, offering a longer range than Bluetooth, which operates in the 2,400–2,483 MHz range.
The company’s solution consists of a wearable device and an anchor. It can monitor the wearer’s health status, including heart rate, blood oxygen saturation, and step count, in real time. The applied UWB technology provides location accuracy within 10 cm, even indoors.
A company spokesperson explained, “We are developing this solution for environments that require accurate physical data, such as athletes and hospitalized patients. It can also be used for health monitoring of single-person households, and safety monitoring in industrial settings.”

The spokesperson added, “Until now, UWB has had the limitation of requiring triangulation to determine location, using three anchors. However, recent technological advancements have made location determination possible with just one anchor. We plan to expand our range of solutions for tracking people and managing assets using UWB technology.”
SRV Positioning is a startup that uses UWB technology to monitor the health of users requiring real-time care, such as the elderly and patients, and to address the issues of lonely deaths and emergencies.
SRV Positioning develops UWB wireless communication technology ranging from software to hardware. The company possesses deep-tech sensors, difficult for small manufacturers to develop, and has achieved body signal data accuracy comparable to that of wearable devices from major companies.
SRV Positioning sees UWB technology as a viable solution for real-time safety management solutions for seniors living alone and those with chronic illnesses, driven by an aging population and increasing numbers of isolated households.

 
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Walking-Assistance Wearable Robot for Growing Children

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[INQ. NO. 2511E05] WIRobotics, a Korean wearable-robot company, recently won an Innovation Award in the Digital Health category at CES 2026 to be held in Las Vegas, USA.
This is the third consecutive year the company has won the award. Based on its human-centered design philosophy and proprietary technology, the company has once again demonstrated its global leadership in the wearable-robotics field.
The winning product this time is ‘Wim Kids,’ a wearable robot for walking assistance for growing children. Wim Kids features a growth-adaptive structure, featuring a modular frame system that can be replaced in three stages to accommodate a child’s growing leg length.

This single robot can cover the critical growth stages of a child from ages 4 to 15 years. Its engineering design, which satisfies both the needs for long-term usability and ergonomics, has been praised for its design, not just its size-control. Weighing less than 1kg, it is over 37% lighter than the previous ‘Wim S’ for adults.
Using an ultra-lightweight mechanism and personalized AI algorithm, the company achieved natural walking assistance without hindering the movements of growing children.
With this winning of a CES 2026 award, WIRobotics aims to establish itself as a wearable-robot brand that embraces all generations, from children to seniors.
The company’s CEO stated, “True innovation occurs when technology supports a child’s willpower. We aim to continue evolving our wearable robots to ensure their utility in various applications.”
Meanwhile, WIRobotics began full-scale sales in Europe and China this year. The ultra-lightweight wearable robot is highly regarded in local healthcare and senior-targeting exercise markets.
In August this year, in addition to wearable robots, the company introduced its humanoid robot ALLEX, suggesting a new direction for robotics technology. While the company’s Wim series of wearable walking-assistance robots designed for expanding mobility, the humanoid robot ALLEX, manufactured for expanding experience, realizes technologies that enable humans and robots to coexist.

 
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Reliability-Verification Solution for AI High-Quality Data

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[INQ. NO. 2511E04] As artificial intelligence (AI) technology accelerates, the need for AI reliability verification to ensure quality and safety is being emphasized.
SELECTSTAR Inc., an AI data and reliability specialist, participated in the SK AI Summit 2025, recently held at COEX in Gangnam-gu, Seoul, and introduced its high-quality AI data construction, sales, and reliability verification solutions.
The company’s solutions primarily target companies developing AI services for the general public. The company builds high-quality data desired by clients, processes various types of specialized data, such as copyright-free books and expert Q&A, and sells them for easy AI training.
For reliability verification, the quality and safety of Large Language Model (LLM) answers are key indicators.
LLM’s responses are evaluated for their conciseness and clarity and for whether they contain personal information leaks or risky answers. Their performance is then compared with that of the existing commercial models.

A spokesperson for the company remarked, “This is a consulting solution that verifies how to manage the ‘unpredictability’ of generative AI to a minimally controllable level. AI service companies are increasingly prioritizing high-quality data, rather than simply the vast amounts of information they once had.”
Meanwhile, SELECTSTAR is participating as the head of the data division of the SKT consortium in the government’s National AI Project, which aims to establish Korea’s own AI foundation model.
With the mission of ‘advancing the IT industry through data and making the world a better place,’ SELECTSTAR operates a platform that collects and labels data necessary for AI development through crowdsourcing.
Using its AI technology, the company provides an experience where characters call your name and interact in real time. It supplies AI technology suitable for its customers’ needs.
The company also operates an AI product business by combining data-centric AI technology and domain partnerships, serving as a key data partner for AI companies.


 
 
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Korean Exporters Maintaining Pace of Growth

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Korea’s October exports reached $59.57 billion, a 3.6% increase year-on-year. This marks the highest-ever October export performance.
By product, exports of four of the 15 major export items increased in October. Semiconductor exports increased significantly by 25.4% to $15.73 billion, marking the eighth consecutive month of growth and the highest-ever October performance.
This growth was driven by strong demand for high-capacity, high-value-added memory, such as server-focused HBM and DDR5, which led to rising memory contract prices.
Computer exports also rose by 1.7% to $980 million, ending a three-month decline and turning positive.
However, there was a relatively high decline in exports of automobiles, auto parts, steel, general machinery, and home appliances, which are being heavily impacted by U.S. tariffs.
By region, exports increased to two of Korea’s nine major export regions in October. Exports to the United States decreased by 16.2% to $8.71 billion — the only region to record a double-digit decline among nine major regions — as key items such as automobiles, auto parts, steel, and general machinery weakened due to the imposition of tariffs by the USA.

Exports to China decreased slightly to $11.55 billion (-5.1%), but remaining above $11 billion for the second consecutive month. Exports to ASEAN decreased by 6.5% to $9.4 billion, as most items, excluding semiconductors, declined due to fewer working days in Korea due to the extended Chuseuk holiday.
With an aim to elevate their sustainable global leadership, Korean exporters are energetically seeking to develop and release competitive new items, which are expected to capture keen attention in global markets. In particular, Korea’s ICT companies are constantly unveiling new attractive, innovative items targeting global markets.


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Navigation Medical Stereotaxic Instrument

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[INQ. NO. 2510E13] SKIA recently introduced SKIA_OPD, which uses augmented reality (AR) to educate patients about pathological phenomena, surgery, and progress.
SKIA is a company that develops non-marker-based AR solutions for medical use. SKIA_OPD was designed based on the world’s first method of adjusting images to patients without using physical markers. An exploratory clinical trial was conducted targeting breast cancer, an indication for non-rigid tissue.
SKIA_OPD is an AR solution that reconstructs 2D medical images that can only be viewed on a monitor into 3D, and projects them onto the patient’s body in real time. It can accurately show the location of the CT being viewed and the shape and location of areas of interest, such as internal organs, bones, lesions, and blood vessels.

[INQ. NO. 2510E13] SKIA recently introduced SKIA_OPD, which uses augmented reality (AR) to educate patients about pathological phenomena, surgery, and progress.
SKIA is a company that develops non-marker-based AR solutions for medical use. SKIA_OPD was designed based on the world’s first method of adjusting images to patients without using physical markers. An exploratory clinical trial was conducted targeting breast cancer, an indication for non-rigid tissue.
SKIA_OPD is an AR solution that reconstructs 2D medical images that can only be viewed on a monitor into 3D, and projects them onto the patient’s body in real time. It can accurately show the location of the CT being viewed and the shape and location of areas of interest, such as internal organs, bones, lesions, and blood vessels.

 
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Hovering Holographic Solution

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[INQ. NO. 2510E12] Marketone Co., Ltd. a display technology company, is conducting business by strengthening holographic display technology that expresses more natural images than AR (augmented reality) and VR (virtual reality) as the industry paradigm shifts from high-definition to immersive displays.
In particular, Marketone went beyond the limitations of holograms, which previously had limited utility in high-light environments, and demonstrated its unique technological capabilities by securing hologram technology that enables clear content expression even in bright places.
Marketone is accelerating research and development with the goal of expanding the supply of these technologies to various fields such as metaverse, medical displays, and automobile control systems.
At CES 2024, Marketone introduced its hovering holographic product line that was completed through these efforts. Its outstanding characteristic is that it maximizes the versatility of the technology and product by upgrading the existing holographic technology, and supports the expression of images and interactions as if floating in the air, regardless of location or environment.

In addition, user facial recognition and tracking functions are also reflected to provide the optimal viewing angle for those accessing the content, and this creates an interactive aerial image, thus enabling a wide range of uses such as AI assistants, unmanned sales systems (kiosks), and remote video calls.
A spokesperson for Marketone explained, “Our hovering holographic product line is a differentiated device that targets the needs of potential customers while technology development in the metaverse field such as AR and VR is somewhat stagnant,” adding, “We were able to receive a favorable response from many visitors at CES 2024, which fully prepared us for taking advantage of such results.”

 
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Wireless Monitoring Deep Body Clinical Thermometer

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[INQ. NO. 2510E11] ChoisTechnology Co., Ltd. has expanded its business into the wireless medical device field since 2013 and launched Thermosafer, the first wireless smart thermometer in Korea to receive medical device certification. Following this, the company developed a comprehensive patient monitoring system including a disposable patch monitoring thermometer that can be used in hospitals and other medical institutions; an electrocardiograph capable of real-time wireless monitoring; a pulse oximeter (SPO2); and a respiratory monitoring device ― as well as high-precision sensors for temperature, humidity, noise, and gas, etc.
Since then, ChoisTechnology has been unveiling a disposable patch monitoring thermometer that can be used in hospitals and other medical institutions; an electrocardiograph capable of real-time wireless monitoring; an oxygen saturation measuring device (SPO2); a comprehensive patient monitoring system including a respiratory monitoring system; and a customized wireless environment monitoring system using high-precision sensors such as temperature, humidity, noise, and gas.

Wireless monitoring deep body clinical thermometer, XST600
Most thermometers that measure existing skin temperature can have serious measurement reliability errors, depending on the measurement method and environment. In other words, reliable body temperature measurements were mainly possible when taken by experts. In addition, existing body temperature measurements only indicate instantaneous temperature, making it difficult to measure and record changes in body temperature over a continuous period.

ChoisTechnology’s wireless monitoring deep body clinical thermometer, Thermosafer XST600, can continuously measure core temperature using ‘Heat Flux’ technology. A wearable core thermometer attached to the forehead allows measurement and continuous monitoring through a smart device. It is also possible to sound an alarm according to the set temperature range. When linked to a subscription service, it is also possible to monitor patients from a remote location.
Compared to existing thermometers, Thermosafer XST600 can easily measure core temperature, so it is expected to be used in various areas such as operating rooms, emergency rooms, pediatrics, and infectious disease diagnosis. Additionally, it can be used for various kinds of research and experiments, such as prognosis and prevention for cancer patients, by continuously monitoring body temperature.

  
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New-concept Wireless Presenter

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[INQ. NO. 2510E10] ChoisTechnology Co., Ltd. is an IoMT specialized company established in 2001. It is also a specialized Switched-Mode Power Supply (SMPS) manufacturer with 47 years of business experience.
As a market leader in the wireless presenter market based on its own wireless and sensor technology, ChoisTechnology is leading the market by launching new products incorporating new technologies.

New-concept wireless presenter, ImagePointer
ImagePointer has received much popularity since its launch, and has established itself as a steady seller. Rather than using the pointer’s laser light from outside the monitor like a conventional pointer, ImagePointer creates an image of the pointer on the computer screen and can be used on any screen, thus solving the problem of existing laser presenters that are difficult to use on LCD and LED screens. Thus, it is a new-concept presenter.
In particular, models without lasers are gaining great popularity in the market as safe presenters that anyone can purchase and use, unlike general laser pointers, which are restricted for purchase by those under the age of 19 years.

Reflecting consumers’ feedback, ChoisTechnology launched a new model, XPM180Y, which contains only the necessary functions and is easy to use. The product has been improved so that anyone can use it easily and conveniently with simple instructions. Additionally, in standby mode, when the USB receiver dongle is plugged into the transmitter, the power is completely cut off, thereby improving efficiency.
In addition, ChoisTechnology launched the Duo Saver, a set product, providing differentiated results based upon ChoisTechnology’s advanced technology. DuoSaver includes a multi-pointing function that can be used in a work environment with many people, such as presentations or meetings, by connecting multiple ImagePointers to a single PC. It can be used not only in small meetings but also in non-face-to-face video conferences and large lectures.


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