Security Solutions

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[INQ. NO. 2510E02] Founded in 1998, Rifatron Co., Ltd.has risen to the forefront of the Korean CCTV market, thanks to its holistic approach to development, manufacturing, and global distribution of the world’s top-tier video surveillance systems.
Offering a complete range of products, Rifatron meets the various security needs of its clients, providing a one-stop shopping experience for those in search of efficient and comprehensive security solutions. Dedicated to innovation, reliability, and customer satisfaction, it leads with unmatched security solutions, ensuring global client safety and peace of mind.

CCTV IP Camera
Made in Korea, Rifatron’s CCTV IP camera is NDAA and TAA compliant. It has several resolutions of 2MP, 5MP, and 8MP. It has enhanced night vision, so ultra-low light is ensured. It is 100% compatible with Rifatron’s recorders. Easy plug & play setup is possible.

Network Video Recorder & Digital Video Recorder
Made in Korea, both products are NDAA and TAA compliant. They deliver high-resolution, and feature 4K for superior video quality. For camera compatibility, they offer stable performance with various cameras. For customized design, the OEM customized software for user-friendly experience is available.
Rifatron has a comprehensive lineup of products including IP cameras, recorders, and servers. It has developed robust engineering capabilities for customizing and OEM solutions. Over 20 years of specialized industry experience among its team members are efficiently utilized in the manufacturing of its own products. Rigorous quality-control management is carried out to ensure product excellence.
Rifatron is a prominent vendor for Korea Telecom Telecop, as a premier entity in the surveillance service sector. With a solid global footprint, Rifatron serves an esteemed portfolio of over 35 countries in six continents, showcasing a notable advantage and respected standing in the international market.

 
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Vascular Imaging Medical Device

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[INQ. NO. 2510E01] Since 2013, iiSM Inc. has been developing and manufacturing medical devices and optical products based on patented spectroscopic technology.
Vein Probe, a real-time vascular-imaging medical device, is a video medical device that shows blood vessels in real time. Unlike earlier products, it is a device that shows the location and shape of the blood vessels on the display without pretreatment to find, tie and tap the blood vessels. It can even detect the fine blood vessels under the skin, and can be used regardless of age, gender, or race.
In particular, the vascular image can be enlarged, and can be used for small and thin children, and it can store vascular images that can be used for injection procedures and medical records by comparing or using images before and after the procedure.
Using near-infrared rays, the safe Vein Probe has the advantage of preventing repeated injections or incorrect injection treatment. As it is easily portable, it can be placed and used in various types of places. Depending on the purpose of use, the product consists of the VPism-D+, which is exclusively for blood collection and IV injection; and the VPism-C+ that can be used on the entire body, including the face and legs.

iiSM Inc. is currently operating in Korea and the United States to help medical staff to improve the success rate of injections and prevent medical accidents, and to eliminate the pain experienced by patients, caused by incorrect medical procedures (blood collection, IV injection, etc.). The company has overseas agencies in India, Kazakhstan, and Saudi Arabia. Until now, iiSM has exported its products to over 30 countries with a number of partners.
In the future, iiSM plans to develop breast-cancer testing equipment based on Vein Probe’s vascular imaging detection technology. It is seeking to drastically reduce the crowded test process for inspection.

 
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NDIR Gas Sensors and Gas Analyzers

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Backed by its patented non-dispersive infrared (NDIR) technology, ELT SENSOR Corp. has supplied various air-quality monitors and transmitters with high accuracy and long term stability, to detect the IAQ (indoor air quality)-HVAC (heating; ventilation; air conditioning); agricultural; industrial combustible gases, greenhouse gases in semiconductor factories like CO2, CO, C2H2, CxHy, CF4, N2O; and so forth.
ELT SENSOR’s chemical sensors are operating at mission-critical sites to protect workers from toxic & corrosive gases like H2S, SO2, NO2, Cl2, CO, NH3, O2, etc., used in semiconductor fabs, gas controlling facilities, construction sites, and transport vehicles.

With over 20 years of experiences in the gas sensor field, ELT SENSOR has supplied gas sensors to customers in various areas such as pleasant residential environments, efficiently optimized vegetation in greenhouses, breeding farms, and safer industrial working environments. Based on its own accumulated technology, the company exports its gas sensors to more than 30 countries, including the USA, Japan, China, and EU nations. Among its domestic customers are Samsung Electronics, SK hynix and Hyundai Motor.

Gas Analyzers for Semiconductor Scrubbers
Utilizing high-accuracy dual beam NDIR sensor modules (such as Z-360 or Z-800), ELT SENSOR’s high-end gas analyzers (FGA5000, FGA1000) are applicable for the measurement of various gases like CF4, N2O, NF3 and THC.

With a 3.2-inch LCD display, they are housed in black-colored aluminum. For highly efficient operation, they are fitted with small air diaphragm pumps and pump control boards, as well as dust- and humidity-removal filters.

Internationally Certified Gas Sensors
With international certifications such as CE, RoHS and REACH, the manufacturer’s gas sensors are suitable for a wide range of applications. For instance, general gas sensors for ventilation, robust gas sensors resistant to 99% humidity for agricultural use, and small sensors for restricted spaces are available. ELT SENSOR also provides single-channel and dual-channel sensors that can be used in harsh environments. To meet customer’s intricate needs, the maker can optionally communicate with other products through various kinds of output such as UART, I2C, Analog, PWM and RS485-Modbus (four kinds of input power are available―3V, 5V, 12V and 24V).


 


 
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Large-Scale Data ConsolidationEngine for Industrial DX

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PINE C&I Co., Ltd. originally entered the domestic system integration market in 2005. Until now, the company has transformed its business into a smart data hub-based B2B service provider. Accordingly, it is focusing on developing solutions for smart city and industry digital transformation, which develops a data ecosystem by enabling efficient aggregation and effective utilization of city and industry data.

SMART DATA HUB & SMART DATA LAB Solutions
As an innovative data-convergence solution, PINE C&I’s SMART DATA HUB is a smart-city data platform designed to solve the existing data-silo problems and expedite digital transformation (DX). With this solution, the customer can easily accomplish the integrated management of various kinds of heterogeneous data within diverse individual data systems scattered across the city and specific industries. As a result, the customer can create a new cross-industry service, based on widely diverse data.
The company’s SMART DATA LAB is a data-analysis platform that provides a virtual data experiment space and permits the application of various machine-learning models. The platform thus promotes the realization of more creative and innovative data services.

DT DATA PLATFORM Solution
PINE C&I’s digital twin (DT) data platform is a solution that helps realize optimal large-scale power-plant operation. The platform swiftly consolidates and analyzes big data within a plant on a real-time basis, through its 3-D data-visualization function. It and provides dynamic visualization through real-time DT metaverse monitoring, artificial intelligence (AI) prediction and simulation functions. By helping the user to understand the diverse analysis and prediction system at a glance, the company’s data platform prevents accidents and significantly improves safety.

If an emergency occurs in the plant, the DT platform makes it possible to swiftly hold a multilateral meeting and devise an adequate decision in response to the situation on the ground. Currently, the company’s solution is being supplied to South Korean nuclear power plants.

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Medical Radiation-Reducing Apparatus

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Radiation exposure in medical and industrial fields has emerged as a severe social problem related to people’s lives. To solve the problem, EIGHT MARGIN Co., Ltd. specializes in radiation-exposure reduction and shielding in medical and industrial areas ― through the development of new materials and various kinds of radiation-shielding equipment.

X-PECTER Medical Radiation-Reducing Apparatus
The company’s export mainstays include X-PECTER medical radiation-reducing apparatus. Consisting of ― medical X-ray radiation-shielding lenses; medical C-arm radiation shielding lenses; ordinary radiation shielding lenses; and radiation shielding sheets ― the X-PECTER reduces as much as 80% of the radiation generated by medical radiodiagnostic equipment such as X-ray, C-arm and computed tomography (CT).

Notably, they have technological characteristics that prevent the generation of any diagnostic-image interference.
Unlike existing radiation-shielding products centered on personal-protection apparatus such as lead aprons and lead gloves, EIGHT MARGIN’s X-PECTER apparatuses are installed in the frontal part of radiation X-ray tubes. Accordingly, they effectively shield at least 80% of the major radiation passing through the tube.

Since its initial release on the market in 2023, the X-PECTER has been supplied to more than 180 medical medical centers in Korea. Operating two domestic sales agents, the manufacturer has recently signed sole-agency agreements with buyers in the United States, China, Taiwan, and Indonesia.

EIGHT MARGIN has constantly sought to gain the leading position in the global market of special non-metal radiation-shielding materials and apparatuses for medical or industrial uses. Among the company’s additional product line-up are X-GUARDIAN radiation-shielding sheets for use in the medical field, and X-DIOS radiation-shielding apparatuses for industrial non-destructive testing (NDT) equipment. Efforts are also being made to expand global markets for the additional items. 
 
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Various Fiber Optic Cables and Optical Fiber

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Since 1974, Taihan Fiberoptics has led the domestic optical cable industry through vertical integration, producing every stage from preform to cable, and is the first company in Korea to do so. 
Taihan Fiberoptics manufactures high-quality products at its preform and fiber plant in Ansan, Korea, as well as its cable plant in Yesan, Korea.
Also, with an offshore fiber optic cable factory in Grapevine, Texas, USA, in 2014, the company has offered high-end fiber optic cables meeting “the Build America Buy America (BABA)” requirements of “the Broadband Equity, Access, and Development (BEAD) Program.”
Among Taihan Fiberoptics’ latest product portfolio are loose tube, drop, ribbon, micro module, uni tube, all-dielectric self-supporting (ADSS), optical fiber composite overhead ground wire (OPGW), and conductor-type cables. To better meet the diverse needs of overseas buyers, the maker also provides various types of connectivity, such as set-top box (STB) and fiber terminal box (FTB).

ANYWAVE® UA1 Optical Fiber
Featuring low attenuation and superior-bending insensitive properties, the company’s ANYWAVE® optical fiber offers large mode field diameter (MFD). Fully compatible with Corning’s SMF-28® Ultra Fiber, it provides similar performance.

Loose Tube Armored
Widely applicable for aerial, duct and direct buried deployment, the company’s loose tube armored cables with a fiber count of up to 288F are available.


Mini Flat Drop Cables
Mini flat drop cables from the maker are divided into toneable- and non-toneable-types and are suitable for fiber to the x (FTTx) applications.

OPGW Fiber Optic Cables
Offering the combined functions of high-voltage overhead power lines’ grounding cables and fiber optic cables, the company’s OPGW fiber optic cables are available in various types, including non-metallic, aluminum clad, and stainless steel loose tube (SSLT) ones.

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GaN-Based RF Components and Systems

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Equipped with world-class expertise in gallium nitride (GaN)-on-silicon carbide (SiC) technology, RFHIC delivers highly reliable radio frequency (RF) amplifiers and transmitters in collaboration with leading global partners. In the defense sector, the company supplies mission-critical RF components for radar, electronic warfare (EW), communication systems, and soft-kill solutions. Leveraging GaN’s high power-density, thermal robustness, and wideband performance. RFHIC meets the demands of future battlefield environments.
Going beyond defense and telecommunications, RFHIC has expanded into non-communication RF markets, including RF energy solutions and plasma RF generators for semiconductor equipment, as well as RF-based industrial heating, and medical applications.
Operating a U.S. subsidiary located in North Carolina, RFHIC serves customers in more than 40 countries worldwide. Through its vertically integrated value chain from RF power devices to modules, transmitters, and microwave generators, RFHIC ensures rapid delivery of customized, high-power RF solutions that strengthen competitiveness and innovation for its partners.

GaN Power Amplifiers
Featuring high-power wideband performance and excellent efficiency, RFHIC’s GaN Power amplifiers (RRP131K0-10) are ideal for use in various types of RF equipment such as radar and communications systems.

Transmitter Systems
As a turnkey solution for supporting highly reliable RF transmission, RFHIC’s transmitter systems (Part. No. RRK202405K0-680) are applicable for radar, communication systems and other military equipment. They are specially designed to incorporate GaN-based high-power technology.

GaN Wideband Amplifiers
RFHIC’s GaN wideband amplifiers (Part No. RWP2060080-50) are characterized by high-power, and fast switching performance within the wide frequency band ranging from 2 to 6 GHz. As a result, they are suitable for use in electronic warfare and jamming equipment.

Among RFHIC’s key export items are GaN solid-state microwave generators. Featuring high-efficiency, and precise supply of RF energy, they are widely applicable to the plasma, raw material processing and industrial heating fields.

The company’s GaN transistor is a key element based on GaN-on-Sic technology, essential for high-power, high-efficiency RF amplifiers that provide stable performance within radar and communications systems.

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Smartphone-based Wireless Ultrasound Device

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GT KOREA LTD. is a subsidiary of manufacturing company Shinwoo EDS that was established in 2006, and was founded in 2022 to expand its new trade business.
GT KOREA is a global trading company engaged in trade with Asian countries such as Mongolia, Vietnam, Japan, and China. Its main products include medical devices, beauty devices, and cosmetics, but it also strives to discover and offer a diverse range of other products.

Healcerion’s World-first Commercialization of Smartphone-based Wireless Ultrasound device
Healcerion’s SONON 500 is the world’s first smartphone-based wireless ultrasound device, attracting significant attention in the global market.
While conventional ultrasound equipment is bulky, expensive, and limited to specific areas within hospitals, SONON 500 is a wireless portable ultrasound device that has been innovatively designed for mobile, low-cost, and highly accessible use.

Its primary advantage is its small size, weighing approximately 300g, so it can easily be held in one hand, making it ideal for outpatient care, emergency situations, and home-visit treatments. Real-time image transmission is possible via wireless connectivity (Wi-Fi and Bluetooth), and the device can be used anywhere, anytime with a mobile app installed.
The battery lasts 3-4 hours on a single charge, making it ideal for a variety of body areas, including the abdomen, the musculoskeletal system, obstetrics and gynecology, and the heart.

SONON 500L is a wireless portable ultrasound diagnostic device that connects to iOS, Android, and Windows devices via Wi-Fi.
It offers various imaging modes (B, Color Flow, PW, and M Mode) and is controlled via the SononX app.
Its compact size (57 × 178 × 39 mm), light weight (approximately 260g), and configuration including battery offer significant advantages for field care and mobility. For battery and connectivity, the 1150 mAh battery provides approximately one hour of continuous shooting and up to eight hours of standby time.

 
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Self-folding Vehicle Signboards

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Compass Co., Ltd. a specialized manufacturer of various kinds of traffic safety products ― vehicle signboards, warning lights, for video management systems, etc.
Its advanced vehicle signboards have earned a global reputation for their exceptional visibility and durability.
The unparalleled technological efficiency of these products has been recognized once again through a successful outsourcing agreement with Bucher Schorling, a global manufacturer of road garbage trucks.

The signboards are basically installed on the rear of Bucher Schorling’s road garbage trucks, contributing to a safe and efficient work environment on roads around the world. This demonstrates that Compass’ signboards go beyond the level of simple warning lights, and play a key role in ensuring driver safety and maximizing road work efficiency.

In particular, the signboards are also proving their value at the forefront of road safety in Korea. They are consistently supplied and installed on vehicles of the Ministry of Land, Infrastructure and Transport, which manages and supervises national roads, and on patrol cars of the Korea Expressway Corporation, which is responsible for highway safety.
These government vehicles are expected to maintain excellent performance even in extreme environments, ensuring the reliability of Compass’ signboards, which meet rigorous standards for visibility, durability, and convenience.

The signboards, which provide drivers with clear information and encourage safe driving, day and night, are faithfully fulfilling their role as a reliable partner in Korea’s road safety.
The vehicle signboards are more than just a light-emitting device; they are an essential solution for ensuring the safety of everyone on the roads.

“Through continuous research and development and innovation, we will continue to present even more advanced technologies and fulfill our role as a leader in contributing to global road safety,” emphasized the company’s CEO.

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A.I. Traffic Signal Controllers

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ITS Co., Ltd. produces and manufactures transportation systems around the world. In particular, it is an optical communication control-based system that can naturally interact with a central control center.
All information signals at on-site intersections and traffic lights can be controlled with advanced dual security equipment, and open APIs are provided for intersection, pedestrian detection, video detection, AI camera-linked buses, ambulance priority signal control, and multi-intersection linkage signals.

ITS’s optical communication-based traffic signal controllers (ITS-2911~16) incorporate communication technology into LED traffic lights, allowing them to accommodate ITS international standards within the controller.
Such traffic signal controllers can control priority signals for emergency vehicles. They can also act as vehicle signals and display the remaining time. They can also extend walking time for pedestrians. They provide driving information using intersection information from an external map app, ensuring safe driving and allowing emergency vehicles to remotely control on-site traffic signal displays.

For ITS-2912, the signal driving unit (SLC) receives signal execution commands from the main control unit. It controls the electrical output of the traffic lights and monitors the output results. This model is controlled via FTTH, LAN, and CAN communications.

This model controls and manages the power supply for LED traffic lights. Its operating temperature range is -34 to +74°C and it uses natural convection air-cooling. It measures 230mm (width) × 430mm (height) × 200mm (depth) and weighs 3kg.
The ITS-2912 attaches to a traffic light pole and features an alarm function for door opening and closing. Cold-rolled steel sheet is used as the material for this model.

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