TBT

[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.     

[NEWS] Protecting Large-Scale Gas and Oil Infrastructure: The Value of EO/IR Based Perimeter Surveillance

  As energy infrastructure security becomes increasingly intertwined with national security, large-scale gas and oil companies are demanding perimeter surveillance technologies that are both highly precise and exceptionally reliable. In response to this growing need, TBT supports the protection of critical assets for global energy companies through its EO/IR based perimeter surveillance solutions.Vast Energy Facilities Demand 24/7 Uninterrupted Surveillance Large-scale energy facilities, including gas fields, refineries, pipeline networks, and storage tank terminals, share common security challenges: expansive coverage areas, complex layouts, and exposure to open and remote environments. Facilities located in harsh conditions such as deserts, coastal regions, or remote areas face even greater challenges, where conventional CCTV systems show clear limitations in detecting intrusions during nighttime, severe weather, or low visibility conditions. TBT’s EO/IR perimeter surveillance system is specifically designed to overcome these environmental constraints. By integrating electro-optical (EO) and infrared (IR) sensors, the system enables real-time situational awareness and threat detection regardless of day or night conditions.EO/IR Technology Optimized for the Energy SectorTBT’s perimeter surveillance solutions for large scale gas and oil operators are built upon the following core technological strengths:Long-range intrusion detection capability- Early detection of personnel, vehicles, and vessels from distances of several kilometers, maximizing response timePerformance in adverse weather and low visibility environments- Reliable imaging and identification of infrastructure threats and unauthorized access even in smoke, fog, dust, and nighttime conditionsIndustrial-grade design for continuous operation- Stable long-term operation in extreme environments, including high and low temperatures, salt exposure, and sandstormsAutomated tracking and integrated system interoperability-Automatic target tracking and centralized monitoring through integration with radar and intrusion detection sensorsThese capabilities play a critical role in preventing security threats that could escalate into secondary incidents such as gas leaks, fires, or explosions.Transitioning from Manpower-Based to System-Centric Surveillance Large energy enterprises are increasingly shifting away from manpower intensive perimeter security toward operations centered on intelligent surveillance systems. TBT’s EO/IR solutions enable fully unmanned, 24/7 monitoring, significantly reducing operational costs while dramatically improving surveillance reliability. In particular, EO/IR based perimeter surveillance has become a de facto essential infrastructure for areas where permanent personnel deployment is impractical, such as outer fence lines, pipeline routes, and remote storage facilities.Supporting ESG and Safety Strategies in the Energy Industry Global gas and oil companies are increasingly adopting ESG management and enhanced safety as core strategic priorities. TBT’s EO/IR perimeter surveillance solutions go beyond conventional security, contributing to accident prevention, environmental protection, and operational stability, key pillars of ESG performance.A Trusted Partner for Global Energy Infrastructure Protection Leveraging its EO/IR expertise, TBT delivers customized perimeter surveillance solutions tailored to the operational environments and security requirements of large-scale gas and oil companies. Through close collaboration across the entire lifecycle, from system design and site analysis to integration and long-term operational support, TBT positions itself as a trusted technology partner dedicated to protecting its customers’ most critical assets.

[NEWS] TBT establishes an "industrial complex fire prevention" observation system at the Ansan Smart Hub...

TBT establishes an "industrial complex fire prevention" observation system at the Ansan Smart Hub Observatory. Early detection enables proactive response to large-scale fires.   TBT has installed its products at the Ansan Smart Hub Observatory and is building a specialized fire prevention observation system for industrial complexes. This installation is designed to reduce the risk of recurring fires in industrial complexes and enable preemptive response by quickly detecting early signs before they escalate into large-scale fires. Ansan Smart Hub is an area with a high concentration of factories, warehouses, and logistics facilities, and the constant operation of flammable materials and equipment, making it a prime location for rapid fire spread. Early warning signs, such as smoke or unusual heat, are often difficult to detect on-site, making delays in early detection potentially devastating.   Observation from the observation deck: Secure the golden hour by identifying smoke and other abnormal signs early.  For this project, TBT leveraged its geographical advantage as an observatory to establish a long-range observation-based fire prevention system that provides a wide view of the industrial complex. The TBT equipment installed atop the observatory allows for constant monitoring of a wide area from a high vantage point, contributing to the rapid detection of smoke and other abnormalities and securing the golden time for initial response. In particular, fires in industrial complexes can quickly spread from a single location to adjacent facilities, making early detection and rapid dissemination a key preventative strategy. The TBT observation equipment was designed to efficiently monitor a wide area, meeting these needs.   Designed for outdoor environments, stable fire prevention infrastructure that can be operated 24 hours.  This installation was designed with the outdoor environment of the industrial complex in mind, ensuring stable operation under a variety of weather conditions, including strong winds, rain, and temperature fluctuations. Furthermore, the installation method, linked to the observation deck structure, ensured stable installation. Maintenance routes were also carefully considered to facilitate management and inspection. This allows site managers to quickly identify risk situations based on continuous observation information and, if necessary, coordinate with relevant agencies to expedite on-site dispatch and response.   "Prevention is key to industrial complex fires," expanding into a smart industrial complex safety system.  A TBT official stated, "Once a fire breaks out in an industrial complex, the damage can be extensive and spread rapidly, so prevention and early detection are key." They added, "The installation of the Ansan Smart Hub Observatory has laid the foundation for proactive fire risk management, and we will continue to expand our smart fire prevention observation solutions applicable to industrial complexes and public facilities." Starting with this installation, TBT plans to continue strengthening safety solutions tailored to the characteristics of industrial complexes and contribute to the expansion of prevention-focused safety management infrastructure, a key element of smart cities and smart industrial complexes.