TBT

[NEWS] The Growing Importance of Military Product Certification Amid Rising Military Tensions

As global geopolitical conditions become increasingly unstable, military tensions are rising. In this environment, the importance of military standard certification to ensure the reliability and stability of products used in military equipment is becoming more significant. In particular, electronic and mechanical components used in military systems must operate reliably even in extreme environments. Two of the most representative standards used to verify this are MIL-STD-810 and MIL-STD-461.MIL-STD-810Military equipment is operated in much harsher conditions than typical industrial products. Environmental factors such as extreme desert heat, freezing temperatures in polar regions, strong shock and vibration, humidity, and dust can all affect equipment performance. To evaluate whether equipment can operate reliably under these conditions, the United States Department of Defense established the testing standard MIL-STD-810.MIL-STD-810 is a standard used to evaluate the environmental durability of military equipment. Its official title is Environmental Engineering Considerations and Laboratory Tests. It verifies the durability and reliability of equipment by simulating various environmental conditions such as temperature changes, shock, vibration, humidity, altitude, sand, and dust. Products that meet this standard are considered capable of maintaining high reliability even in real battlefield environments.MIL-STD-461Another important factor in military equipment is electromagnetic interference (EMI) and electromagnetic compatibility (EMC). Modern military systems are composed of many electronic devices, and interference between these systems can lead to performance degradation or system malfunction. The standard applied to address these issues is MIL-STD-461.MIL-STD-461 defines requirements for electromagnetic emissions (EMI) and electromagnetic susceptibility (EMS) of military equipment. It ensures that equipment does not emit excessive electromagnetic interference while also maintaining stable operation in external electromagnetic environments. This standard is essential in environments where multiple military systems such as radar, communication equipment, and weapon systems operate simultaneously.Experts note that as military tensions increase, the role of certification systems that ensure the performance and reliability of military equipment is becoming more important. Beyond simple technological competition, verifying that equipment can function reliably in real operational environments is directly connected to national security.Amid growing emphasis on military standards, TBT’s TMS-20 series EO/IR (Electro-Optical and Infrared) camera equipment has drawn attention for obtaining both MIL-STD-810 and MIL-STD-461 certification. The TMS-20 series EO/IR cameras are key systems based on electro-optical and infrared technologies that enable target detection and surveillance both day and night, even in adverse weather conditions. They play an important role in surveillance, reconnaissance, and security missions.In particular, the TMS-20 series EO/IR cameras have been verified through MIL-STD-810 testing to operate reliably under various environmental conditions including extreme temperatures, vibration, shock, and humidity. They also meet the requirements of MIL-STD-461, allowing them to maintain stable performance even in environments with electromagnetic interference. By securing these certifications, the system has demonstrated that it can perform reliable missions in a wide range of operational environments including deserts, maritime areas, and mountainous regions.For companies participating in the defense industry, military standard certification is no longer simply an option but a necessary technological capability. Products that comply with MIL-STD-810 and MIL-STD-461 can demonstrate reliability for military operational environments and are also used as important evaluation criteria in the international defense market.As military technology becomes increasingly precise and electronically integrated, product certification and testing systems based on strict military standards are expected to continue playing a critical role in the defense industry.

[NEWS] Rising Tensions in the Middle East Highlight “Thermal Surveillance Technology”… Interest in Korea’s

 Rising Tensions in the Middle East Highlight “Thermal Surveillance Technology”… Interest in Korea’s TBT Security SolutionsAs military tensions continue to rise in the Middle East, particularly involving the United States, Iraq, and Israel, surveillance technologies capable of responding to drones, missiles, and asymmetric attacks are gaining attention in the global defense industry.In particular, thermal imaging–based surveillance systems and EO/IR (electro-optical/infrared) technologies are emerging as key equipment, drawing increasing interest in the technological capabilities of companies operating in this field.Increase in Drone and Night-Time Infiltration ThreatsUnlike past conflicts, recent disputes in the Middle East are characterized by the growing use of small drones, low-altitude infiltration, and unmanned reconnaissance, representing asymmetric tactics.These threats are often difficult to detect using traditional systems such as CCTV or radar alone.As a result, key facilities, including military bases, oil and gas infrastructure, ports, and airports, are increasingly deploying integrated security systems using thermal imaging cameras and EO/IR-based surveillance technologies.EO/IR systems offer several advantages:• Ability to detect and track targets both day and night• Stable surveillance capability even in harsh weather conditionsKorean Company TBT Developing Thermal Surveillance TechnologyOne of the companies developing such technologies is TBT Co., Ltd., a Korean security solutions provider.TBT develops and manufactures defense and industrial surveillance equipment based on thermal imaging cameras and electro-optical precision control systems.The company’s key technologies include:• Thermal imaging cameras and infrared sensor modules• Long-range surveillance systems based on EO/IR technology• Electro-optical equipment for air, maritime, and ground surveillance• Drone detection and perimeter security solutionsThese systems can be used for night surveillance, long-range tracking, and drone detection, making them highly valuable technologies in the fields of military and national security.Growing Demand for Energy Infrastructure ProtectionThe Middle East hosts some of the world’s largest oil and gas production facilities and pipeline networks.Due to ongoing conflicts, security for these critical infrastructures has become increasingly important, driving demand for 24-hour surveillance systems.EO/IR-based surveillance systems are widely used in environments such as:• Long-range perimeter monitoring in desert regions• Pipeline and storage facility security• Port and military base surveillance• Unmanned monitoring and drone detectionThermal imaging technology is particularly valuable because it can detect targets in smoke, fog, and nighttime environments. This makes it a critical tool for energy facility protection and military perimeter security operations.Global Defense Surveillance Technology Market Expected to ExpandDefense industry experts predict that as drone warfare and unmanned surveillance systems continue to expand, the market for EO/IR-based surveillance equipment will experience significant growth.Demand for such technologies is expected to increase across areas including:• Border surveillance• Military base protection• Energy infrastructure security• Smart defense surveillance systemsAn industry official stated:“In modern conflict environments, sensor technologies capable of detecting threats that are invisible to the naked eye are the most important. Thermal imaging and EO/IR-based surveillance technologies are becoming core technologies in the next generation of defense and security industries.”

[NEWS] Why Counter-Drone Systems Are Essential in an Era Where Drone Threats Are Becoming Routine

 In recent years, drones have rapidly become part of everyday life, finding applications across a wide range of fields including imaging, logistics, agriculture, and leisure. However, alongside their widespread adoption, security threats posed by drones have also emerged as a very real concern. From military installations, airports, power plants, and major industrial facilities to large public events and urban airspace, drones are increasingly being used as a new form of threat. In this context, Counter-UAS (Counter-Drone) systems are gaining attention as a critical solution.Limitations of Conventional Surveillance and the Need for Counter-Drone Systems Traditional surveillance and security systems were designed primarily to address conventional threats such as personnel, vehicles, and aircraft. Small drones, however, fly at low altitudes and low speeds, allowing them to evade detection by conventional radar and standard monitoring equipment. Even commercially available drones can be exploited for reconnaissance, illegal surveillance, signal interference, or physical attacks. As a result, military bases, airports, ports, nuclear and energy infrastructure, and key government facilities all require new and specialized response capabilities. In today’s evolving security environment, counter-drone systems are no longer optional – they have become an essential element in protecting national critical infrastructure.The Core Challenge of Drone Threats: Small, Fast, and Hard to Detect Small drones present several defining characteristics:•Their compact size and low-altitude flight make detection difficult•They are not easily captured by conventional radar or acoustic sensors•Even commercial models can be used for surveillance, monitoring, or physical attacks For these reasons, traditional measures such as fences or CCTV systems alone are insufficient to counter drone threats. This is why a dedicated system capable of accurate detection, identification, and continuous tracking is required.Integrated EO/IR-Based Counter-Drone Solution Our counter-drone system is designed as an integrated surveillance solution centered on EO/IR sensors, covering the entire process from detection to identification and tracking.•Long-range surveillance using high-resolution EO/IR sensors•Real-time video-based automatic tracking and threat assessment•Multi-layered defense through integration with radar and RF detection systems•Open architecture designed for seamless integration with existing C2 systems This approach ensures the operational reliability, and interoperability demanded by military and public-sector customers.Applications Across Public and Defense Sectors EO/IR-based counter-drone systems can be deployed not only for military force protection, but also across a wide range of public-sector applications:•Security and perimeter monitoring for military bases and operational areas•Protection of airports, ports, and border regions•Safeguarding power plants, nuclear facilities, and energy infrastructure•Security for major national events and critical public facilities•Aerial surveillance support during disaster response and public safety operations Beyond a single system deployment drone, this solution offers value as a platform that can be integrated into nationwide, multi-layered security architectures.Counter-Drone Systems: From Optional Capability to Essential Infrastructure As drone technology continues to advance, the associated threats are becoming increasingly sophisticated. Counter-drone systems are no longer niche solutions for select organizations, but are now recognized as essential security infrastructure for protecting critical assets and human lives. In particular, EO/IR-based counter-drone systems provide a practical and effective response, combining accuracy, reliability, and scalability. Their importance continues to grow for organizations and facilities seeking robust preparedness against evolving drone threats.